技术领域technical field
本申请涉及电动力车技术领域，具体涉及电动力车的充电技术领域，尤其涉及向电动力车供电的系统和方法。The present application relates to the technical field of electric vehicles, in particular to the technical field of charging electric vehicles, and in particular to a system and method for supplying power to electric vehicles.
背景技术Background technique
电动力车作为一种新能源车，有着无污染的优点，越来越受到人们的欢迎和重视，随着电动力车的飞速发展，用于电动力车充电的充电桩正在迅速发展，电动力车的充电系统使用充电桩联网服务器已经是一个大趋势。As a new energy vehicle, electric vehicles have the advantages of no pollution, and are more and more popular and valued by people. With the rapid development of electric vehicles, charging piles for charging electric vehicles are developing rapidly. It is already a big trend for the car charging system to use charging pile networked servers.
目前电动力车的充电系统，在充电桩上安装带有SIM卡的无线通信模块，充电桩通过无线通信模块接入互联网，进而通过互联网连接服务器，从而实现充电桩与服务器之间的数据交换。At present, in the charging system of electric vehicles, a wireless communication module with a SIM card is installed on the charging pile. The charging pile is connected to the Internet through the wireless communication module, and then connected to the server through the Internet, thereby realizing data exchange between the charging pile and the server.
然而，目前的电动力车的充电系统，充电桩上安装的无线通信模块的成本较高，为了实时上传充电桩的充电信息，无论是否有电动力车充电，均需实现服务器与充电桩的24小时互联，存在较多的流量费用，并且由于传输链路传输的数据量较少，容易掉线，接入互联网的成本较高。However, in the current electric vehicle charging system, the cost of the wireless communication module installed on the charging pile is relatively high. In order to upload the charging information of the charging pile in real time, no matter whether there is electric vehicle charging or not, it is necessary to realize the 24-hour communication between the server and the charging pile. For hourly interconnection, there are more traffic charges, and because the amount of data transmitted by the transmission link is small, it is easy to drop the line, and the cost of accessing the Internet is relatively high.
发明内容Contents of the invention
本申请的目的在于提出一种改进的向电动力车供电的系统和方法，来解决以上背景技术部分提到的技术问题。The purpose of this application is to propose an improved system and method for supplying power to an electric vehicle to solve the technical problems mentioned in the background art section above.
第一方面，本申请提供了一种向电动力车供电的系统，所述系统包括：移动终端，用于向服务器发送充电请求，接收所述服务器返回的充电凭据，向充电桩输出所述充电凭据，其中，所述充电请求包括用户选定的充电类型和用户账户信息；所述服务器，用于响应于接收的所述充电请求满足预设的验证规则，向所述移动终端返回所述充电凭据；所述充电桩，用于响应于输入所述充电凭据而指示连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电。In a first aspect, the present application provides a system for supplying power to electric vehicles, the system comprising: a mobile terminal, configured to send a charging request to a server, receive a charging credential returned by the server, and output the charging certificate to a charging pile. Credentials, wherein the charging request includes the charging type selected by the user and user account information; the server is configured to return the charging request to the mobile terminal in response to the received charging request meeting a preset verification rule. Credentials; the charging pile is used to instruct to connect to the charging interface of the electric vehicle and lock the connection through an electronic lock in response to the input of the charging certificate, so as to supply power to the electric vehicle.
第二方面，本申请提供了一种移动终端，所述移动终端包括：充电请求发送模块，用于向服务器发送充电请求，其中，所述充电请求包括用户选定的充电类型和用户账户信息；充电凭据接收模块，用于接收所述服务器返回的充电凭据，所述充电凭据用于指示充电桩连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电；充电凭据输出模块，用于向充电桩输出所述充电凭据。In a second aspect, the present application provides a mobile terminal, which includes: a charging request sending module, configured to send a charging request to a server, wherein the charging request includes a charging type selected by a user and user account information; The charging credential receiving module is used to receive the charging credential returned by the server, and the charging credential is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through an electronic lock to supply power to the electric vehicle; The credential output module is used to output the charging credential to the charging pile.
第三方面，本申请提供了一种服务器，所述服务器包括：充电凭据返回模块，用于响应于从移动终端接收的充电请求满足预设的验证规则，向所述移动终端返回所述充电凭据；其中，所述充电请求包括用户选定的充电类型和用户账户信息，所述充电凭据用于经所述移动终端向充电桩输出，用于指示所述充电桩连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电。In a third aspect, the present application provides a server, the server includes: a charging credential return module, configured to return the charging credential to the mobile terminal in response to a charging request received from the mobile terminal satisfying a preset verification rule ; Wherein, the charging request includes the charging type selected by the user and user account information, and the charging credential is used to output to the charging pile via the mobile terminal, which is used to indicate that the charging pile is connected to the charging interface of the electric vehicle and The connection is locked by an electronic lock, and power is supplied to the electric vehicle.
第四方面，本申请提供了一种充电桩，所述充电桩包括：锁定连接供电模块，用于响应于从移动终端输入充电凭据而指示连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电，其中，所述充电凭据为服务器响应于从移动终端接收的所述充电请求满足预设的验证规则而向所述移动终端返回的充电凭据，所述充电请求包括用户选定的充电类型和用户账户信息。In a fourth aspect, the present application provides a charging pile, the charging pile includes: a locking connection power supply module, used for instructing to connect the charging interface of the electric vehicle and locking the charging interface through an electronic lock in response to inputting the charging credentials from the mobile terminal. connected to supply power to the electric vehicle, wherein the charging credential is the charging credential returned by the server to the mobile terminal in response to the charging request received from the mobile terminal satisfying a preset verification rule, and the charging request Including user selected charging type and user account information.
第五方面，本申请提供了一种向电动力车供电的方法，所述方法包括：移动终端向服务器发送充电请求，接收所述服务器返回的充电凭据，向充电桩输出所述充电凭据，其中，所述充电请求包括用户选定的充电类型和用户账户信息；所述服务器响应于接收的所述充电请求满足预设的验证规则，向所述移动终端返回所述充电凭据；所述充电桩响应于输入所述充电凭据，连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电。In a fifth aspect, the present application provides a method for supplying power to an electric vehicle, the method comprising: the mobile terminal sends a charging request to the server, receives the charging credentials returned by the server, and outputs the charging credentials to the charging pile, wherein , the charging request includes the charging type selected by the user and user account information; the server returns the charging credential to the mobile terminal in response to the received charging request meeting a preset verification rule; the charging pile Responsive to inputting the charging credentials, connecting a charging port of the electric vehicle and locking the connection through an electronic lock provides power to the electric vehicle.
第六方面，本申请提供了一种用于移动终端的向电动力车供电的方法，所述方法包括：向服务器发送充电请求，其中，所述充电请求包括用户选定的充电类型和用户账户信息；接收所述服务器返回的充电凭据，其中，所述充电凭据用于指示充电桩连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电；向充电桩输出所述充电凭据。In a sixth aspect, the present application provides a method for supplying power to an electric vehicle for a mobile terminal, the method comprising: sending a charging request to a server, wherein the charging request includes the charging type selected by the user and the user account Information; receive the charging credentials returned by the server, wherein the charging credentials are used to indicate that the charging pile is connected to the charging interface of the electric vehicle and lock the connection through an electronic lock, and supply power to the electric vehicle; output to the charging pile The charging credentials.
第七方面，本申请提供了一种用于服务器的向电动力车供电的方法，所述方法包括：响应于从移动终端接收的充电请求满足预设的验证规则，向所述移动终端返回所述充电凭据；其中，所述充电请求包括用户选定的充电类型和用户账户信息，所述充电凭据用于经所述移动终端向充电桩输出，用于指示所述充电桩连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电。In a seventh aspect, the present application provides a method for a server to supply power to an electric vehicle, the method comprising: in response to a charging request received from a mobile terminal satisfying a preset verification rule, returning to the mobile terminal the The charging credential; wherein, the charging request includes the charging type selected by the user and user account information, the charging credential is used to output to the charging pile via the mobile terminal, and is used to indicate that the charging pile is connected to the electric vehicle The charging interface is used to lock the connection through an electronic lock to supply power to the electric vehicle.
第八方面，本申请提供了一种用于充电桩的向电动力车供电的方法，所述方法包括：响应于从移动终端输入充电凭据而指示连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电，其中，所述充电凭据为服务器响应于从移动终端接收的所述充电请求满足预设的验证规则而向所述移动终端返回的充电凭据，所述充电请求包括用户选定的充电类型和用户账户信息。In an eighth aspect, the present application provides a method for supplying power to an electric vehicle for a charging pile, the method comprising: in response to inputting a charging credential from a mobile terminal, instructing to connect to the charging interface of the electric vehicle and locking it through an electronic lock The connection supplies power to the electric vehicle, wherein the charging credential is the charging credential returned by the server to the mobile terminal in response to the charging request received from the mobile terminal satisfying a preset verification rule, the The charging request includes user-selected charging type and user account information.
本申请提供的向电动力车供电的系统和方法，通过移动终端向服务器发送包括用户选定的充电类型和用户账户信息的充电请求，接收服务器返回的充电凭据，向充电桩输出所述充电凭据，通过服务器响应于充电请求满足预设的验证规则，向移动终端返回所述充电凭据，通过充电桩响应于输入充电凭据，根据充电凭据连接电动力车的充电接口，并使用电子锁锁定连接，向电动力车供电，从而有效利用移动终端进行数据传输，减少了流量费用，并且降低了传输链路掉线的风险，降低了充电桩接入互联网的成本。In the system and method for supplying power to electric vehicles provided by the present application, the mobile terminal sends a charging request including the charging type selected by the user and user account information to the server, receives the charging certificate returned by the server, and outputs the charging certificate to the charging pile , through the server responding to the charging request meeting the preset verification rules, returning the charging credentials to the mobile terminal, through the charging pile responding to the input charging credentials, connecting the charging interface of the electric vehicle according to the charging credentials, and using the electronic lock to lock the connection, Power is supplied to electric vehicles, thereby effectively using mobile terminals for data transmission, reducing traffic charges, reducing the risk of transmission link dropouts, and reducing the cost of charging piles connecting to the Internet.
附图说明Description of drawings
通过阅读参照以下附图所作的对非限制性实施例所作的详细描述，本申请的其它特征、目的和优点将会变得更明显：Other characteristics, objects and advantages of the present application will become more apparent by reading the detailed description of non-limiting embodiments made with reference to the following drawings:
图1是根据本申请的向电动力车供电的系统的一个示例性架构图；Fig. 1 is an exemplary architecture diagram of a system for supplying power to an electric vehicle according to the present application;
图2根据本申请实施例的向电动力车供电的系统的信令流的场景；FIG. 2 is a scenario of a signaling flow of a system for supplying power to an electric vehicle according to an embodiment of the present application;
图3a是根据本申请的用于移动终端的向电动力车供电的方法的一个实施例的第一个应用场景图；Fig. 3a is a first application scene diagram of an embodiment of a method for a mobile terminal to supply power to an electric vehicle according to the present application;
图3b是根据本申请的用于移动终端的向电动力车供电的方法的一个实施例的第二个应用场景图；Fig. 3b is a second application scenario diagram of an embodiment of a method for powering an electric vehicle for a mobile terminal according to the present application;
图3c是根据本申请的用于移动终端的向电动力车供电的方法的一个实施例的第三个应用场景图；Fig. 3c is a third application scenario diagram of an embodiment of a method for powering an electric vehicle for a mobile terminal according to the present application;
图3d是根据本申请的用于移动终端的向电动力车供电的方法的一个实施例的第四个应用场景图；Fig. 3d is a fourth application scenario diagram of an embodiment of a method for a mobile terminal to supply power to an electric vehicle according to the present application;
图4是根据本申请的用于向电动力车供电的移动终端的一个实施例的结构示意图；Fig. 4 is a schematic structural diagram of an embodiment of a mobile terminal for supplying power to an electric vehicle according to the present application;
图5是根据本申请的用于向电动力车供电的服务器的一个实施例的结构示意图；Fig. 5 is a schematic structural diagram of an embodiment of a server for supplying power to electric vehicles according to the present application;
图6是根据本申请的用于向电动力车供电的供电桩的一个实施例的结构示意图；Fig. 6 is a schematic structural view of an embodiment of a power supply pile for powering an electric vehicle according to the present application;
图7是根据本申请的用于系统的向电动力车供电的方法的一个实施例的示意性流程图；Fig. 7 is a schematic flowchart of an embodiment of a method for supplying power to an electric vehicle for a system according to the present application;
图8是根据本申请的用于移动终端的向电动力车供电的方法的一个实施例的示意性流程图；Fig. 8 is a schematic flowchart of an embodiment of a method for a mobile terminal to supply power to an electric vehicle according to the present application;
图9是根据本申请的用于服务器的向电动力车供电的方法的一个实施例的示意性流程图；Fig. 9 is a schematic flowchart of an embodiment of a method for a server to supply power to an electric vehicle according to the present application;
图10是根据本申请的用于充电桩的向电动力车供电的方法的一个实施例的示意性流程图；Fig. 10 is a schematic flowchart of an embodiment of a method for supplying power to an electric vehicle for a charging pile according to the present application;
图11是适于用来实现本申请实施例的移动终端或服务器的计算机系统的结构示意图。FIG. 11 is a schematic structural diagram of a computer system suitable for implementing a mobile terminal or a server according to an embodiment of the present application.
具体实施方式detailed description
下面结合附图和实施例对本申请作进一步的详细说明。可以理解的是，此处所描述的具体实施例仅仅用于解释相关发明，而非对该发明的限定。另外还需要说明的是，为了便于描述，附图中仅示出了与有关发明相关的部分。The application will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain related inventions, rather than to limit the invention. It should also be noted that, for the convenience of description, only the parts related to the related invention are shown in the drawings.
需要说明的是，在不冲突的情况下，本申请中的实施例及实施例中的特征可以相互组合。下面将参考附图并结合实施例来详细说明本申请。It should be noted that, in the case of no conflict, the embodiments in the present application and the features in the embodiments can be combined with each other. The present application will be described in detail below with reference to the accompanying drawings and embodiments.
图1示出了可以应用本申请的向电动力车供电的系统的实施例的示例性架构图100。FIG. 1 shows an exemplary architecture diagram 100 of an embodiment of a system for supplying power to electric vehicles to which the present application can be applied.
如图1所示，系统架构100至少可以包括充电桩110、移动终端120和服务器130。充电桩110、移动终端120和服务器130之间的连接可以通过各种连接类型连接，例如无线通信链路等等。As shown in FIG. 1 , the system architecture 100 may at least include a charging pile 110 , a mobile terminal 120 and a server 130 . The connection between the charging pile 110, the mobile terminal 120 and the server 130 can be connected through various connection types, such as wireless communication links and the like.
充电桩110可以为现有技术中或未来发展的技术中用于向电动力车供电的设备，可以固定在地面或墙壁，安装于公共建筑(公共楼宇、商场、公共停车场等)和居民小区停车场或充电站内，可以根据不同的电压等级为各种型号的电动力车充电。充电桩的输入端与交流电网直接连接，输出端都装有充电插头(例如充电枪)用于为电动力车充电。充电桩还可以安装有显示屏，以便显示充电量、费用、充电时间等数据。The charging pile 110 can be a device used to supply power to electric vehicles in the existing technology or in the technology developed in the future. It can be fixed on the ground or on the wall, and installed in public buildings (public buildings, shopping malls, public parking lots, etc.) and residential areas. In the parking lot or charging station, various types of electric vehicles can be charged according to different voltage levels. The input end of the charging pile is directly connected to the AC grid, and the output end is equipped with a charging plug (such as a charging gun) for charging the electric vehicle. The charging pile can also be equipped with a display screen to display data such as charging amount, cost, and charging time.
移动终端120可以是具有显示屏并且支持网络连接的各种电子设备，包括但不限于智能手机、平板电脑、膝上型便携计算机等可以在移动中使用的计算机设备。用户可以使用移动终端120的无线连接方式与充电桩建立通信连接，例如蓝牙连接、Zigbee连接、UWB(ultrawideband)连接以及其他现在已知或将来开发的用于点对点通信的无线连接方式等；使用移动终端120的移动网络与服务器130交互以传输数据。移动终端120上可以安装有用于进行数据处理及数据传输的各种通讯客户端应用，例如电动力车充电应用、支付类应用和购物类应用等。The mobile terminal 120 may be various electronic devices that have a display screen and support network connection, including but not limited to smart phones, tablet computers, laptop computers and other computer devices that can be used on the move. The user can use the wireless connection method of the mobile terminal 120 to establish a communication connection with the charging pile, such as Bluetooth connection, Zigbee connection, UWB (ultrawideband) connection, and other wireless connection methods for point-to-point communication that are now known or will be developed in the future; The mobile network of the terminal 120 interacts with the server 130 to transfer data. Various communication client applications for data processing and data transmission may be installed on the mobile terminal 120, such as electric vehicle charging applications, payment applications, and shopping applications.
服务器130可以是提供各种服务的服务器，例如对移动终端120中进行的数据处理提供支持的后台服务器。后台服务器可以对接收到的请求等数据进行分析等处理，并将处理结果反馈给移动终端。The server 130 may be a server that provides various services, such as a background server that supports data processing performed in the mobile terminal 120 . The background server can analyze and process the data received, such as requests, and feed back the processing results to the mobile terminal.
本申请实施例所提供的向电动力车供电的系统一般由充电桩110、移动终端120和服务器130执行。The system for supplying power to an electric vehicle provided in the embodiment of the present application is generally implemented by the charging pile 110 , the mobile terminal 120 and the server 130 .
其中，移动终端120，配置用于向服务器发送充电请求，接收服务器返回的充电凭据，向充电桩输出充电凭据，其中，充电请求包括用户选定的充电类型和用户账户信息。Wherein, the mobile terminal 120 is configured to send a charging request to the server, receive the charging credential returned by the server, and output the charging credential to the charging pile, wherein the charging request includes the charging type selected by the user and user account information.
在本实施例中，移动终端向服务器发送的充电请求，可以包括用户选定的充电类型和用户账户信息，以便服务器根据用户账户信息验证用户身份，以及基于充电类型返回充电凭据。In this embodiment, the charging request sent by the mobile terminal to the server may include the charging type selected by the user and user account information, so that the server can verify the user's identity according to the user account information, and return a charging credential based on the charging type.
上述的基于充电类型返回充电凭据，若用户选定的充电类型为限定了定额充电额度的定额充电类型，例如限定电量额度、金额额度和/或时间额度，则基于该定额充电类型返回的充电凭据中可以包括解锁凭据，该解锁凭据响应于供电达到定额充电额度而解除锁定；若用户选定的充电类型为未限定定额充电额度的许可充电类型，则基于该许可充电类型返回的充电凭据仅用于指示充电桩供电。The above-mentioned charging credentials are returned based on the charging type. If the charging type selected by the user is a fixed charging type that limits the fixed charging amount, such as a limited amount of electricity, amount of money, and/or time limit, the charging credentials returned based on the fixed charging type may include an unlock credential, which is unlocked in response to the power supply reaching the fixed charging amount; if the charging type selected by the user is a permitted charging type that does not limit the fixed charging amount, the charging credential returned based on the permitted charging type can only be used Instruct the charging pile to supply power.
可选地，用户在使用充电桩之前，可以根据将要使用的充电桩是专属充电桩还是公用充电桩，在移动终端中选择不同的充电类型以发送充电请求。Optionally, before using the charging pile, the user may select different charging types in the mobile terminal to send a charging request according to whether the charging pile to be used is a dedicated charging pile or a public charging pile.
在使用专属充电桩充电时，用户可以通过移动终端选定充电类型为专属充电类型。移动终端响应于用户选定的充电类型为专属充电类型，可以向服务器发送专属充电请求，该专属充电请求可以包括专属充电类型、输入或预置于终端中的用户账户信息(包括用户账户的余额)以及专属充电桩的数据，并接收服务器响应于该专属充电请求返回的针对专属充电桩的专属充电凭据；之后向专属充电桩输入专用许可凭据。在这里，专属充电桩数据通常可以预设于用户的移动终端中，以提高移动终端的获取速度；在一些情况下，也可以为用户实时添加的(例如扫描充电桩呈现的信息得到的)充电桩数据或与充电桩进行数据传输获得的充电桩数据。When using the exclusive charging pile to charge, the user can select the charging type as the exclusive charging type through the mobile terminal. In response to the charging type selected by the user as the exclusive charging type, the mobile terminal can send an exclusive charging request to the server. The exclusive charging request can include the exclusive charging type, user account information input or preset in the terminal (including user account balance ) and the data of the dedicated charging pile, and receive the dedicated charging certificate for the dedicated charging pile returned by the server in response to the dedicated charging request; then input the dedicated permission certificate to the dedicated charging pile. Here, the exclusive charging pile data can usually be preset in the user's mobile terminal to improve the acquisition speed of the mobile terminal; in some cases, it can also be added in real time by the user (such as obtained by scanning the information presented by the charging pile) pile data or charging pile data obtained through data transmission with charging piles.
在使用公用充电桩充电时，用户可以通过移动终端选定充电类型为公用充电类型。移动终端响应于用户选定的充电类型为公用充电类型，向服务器发送公用充电请求，该公用充电请求可以包括公用充电类型和用户账户信息(包括用户账户的余额)，接收服务器响应于公用充电请求返回的针对充电桩的公用充电凭据；之后向充电桩输出公用充电凭据。When using a public charging pile to charge, the user can select the charging type as the public charging type through the mobile terminal. In response to the charging type selected by the user as the public charging type, the mobile terminal sends a public charging request to the server. The public charging request may include the public charging type and user account information (including the balance of the user account), and the receiving server responds to the public charging request. The returned public charging credential for the charging pile; then output the public charging credential to the charging pile.
在使用公用充电桩充电时，按照移动终端在充电桩充电时能否联网，公用充电类型可以包括联网许可充电类型、联网定额充电类型和离网定额充电类型，以下针对这三种公用充电类型分别进行描述。When charging with a public charging pile, according to whether the mobile terminal can connect to the Internet when charging at the charging pile, the public charging types can include the network license charging type, the network fixed charging type and the off-grid fixed charging type. The following three public charging types are respectively to describe.
当用户选定的充电类型为公用充电类型中的联网许可充电类型时，移动终端进一步用于向服务器发送包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；接收服务器响应于联网许可充电请求返回的联网许可充电凭据；向充电桩输出联网许可充电凭据。When the charging type selected by the user is the charging type permitted by the network in the public charging type, the mobile terminal is further used to send to the server a charging request for the network permission including the charging type permitted by the network, user account information and charging pile data; the receiving server responds The network license charging credential returned by the network license charging request; output the network license charge credential to the charging pile.
当用户选定的充电类型为公用充电类型中的联网定额充电类型时，移动终端进一步用于向服务器发送包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；接收服务器响应于联网定额充电请求返回的联网定额充电凭据；向充电桩输出联网定额充电凭据。When the charging type selected by the user is the networked fixed charging type in the public charging type, the mobile terminal is further used to send to the server a networked fixed charging request including the networked fixed charging type, user account information, fixed charging amount and charging pile data; receiving the networked fixed charging certificate returned by the server in response to the networked fixed charging request; and outputting the networked fixed charging certificate to the charging pile.
当用户选定的充电类型为公用充电类型中的离网定额充电类型时，移动终端进一步用于向服务器发送包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；接收服务器响应于离网定额充电请求返回的离网定额充电凭据；向充电桩输出离网定额充电凭据。When the charging type selected by the user is the off-grid fixed charging type in the public charging type, the mobile terminal is further used to send an off-grid fixed charging request including the off-grid fixed charging type, user account information and fixed charging amount to the server; The off-grid fixed charging credential returned by the server in response to the off-grid rated charging request; outputting the off-grid rated charging credential to the charging pile.
为了获取针对特定充电桩的充电凭据，移动终端向服务器发送的充电请求中可以包括的充电桩数据，以便服务器返回针对该充电桩的充电凭据。这里的充电桩数据，可以由移动终端扫描充电桩呈现的条码或二维码得到，也可以由充电桩通过与移动终端建立的无线连接(例如蓝牙连接)向移动终端发送，也可以是使用专属充电类型的用户的移动终端中预先输入或预置的充电桩信息。In order to obtain the charging credential for a specific charging pile, the charging request sent by the mobile terminal to the server may include charging pile data, so that the server returns the charging credential for the charging pile. The charging pile data here can be obtained by scanning the barcode or QR code presented by the charging pile by the mobile terminal, or can be sent by the charging pile to the mobile terminal through a wireless connection (such as a Bluetooth connection) established with the mobile terminal, or can be obtained by using a dedicated Charging pile information pre-input or preset in the mobile terminal of the charging type user.
移动终端120在接收到服务器返回的充电凭据后，可以通过多种输入方式向充电桩输出充电凭据。例如，移动终端可以通过上述无线连接(例如蓝牙连接)向充电桩输出充电凭据，也可以以条码或二维码形式呈现充电凭据供充电桩的扫描器件扫描以实现输入。After receiving the charging credential returned by the server, the mobile terminal 120 can output the charging credential to the charging pile through various input methods. For example, the mobile terminal can output the charging credential to the charging pile through the wireless connection (such as Bluetooth connection), or present the charging credential in the form of a barcode or two-dimensional code for the scanning device of the charging pile to scan for input.
可选地，移动终端进一步用于响应于接收到充电桩输入的实际充电额度，向服务器发送包括实际充电额度的解锁请求，接收服务器响应于解锁请求返回的解锁凭据，向充电桩输出返回的解锁凭据。Optionally, the mobile terminal is further configured to send an unlocking request including the actual charging amount to the server in response to receiving the actual charging amount input by the charging pile, receive the unlocking credential returned by the server in response to the unlocking request, and output the returned unlocking to the charging pile credentials.
考虑到在不同的时间段电动力车充电所收的电价可能不同，移动终端还可以进一步用于向服务器发送限定使用时间的充电请求，接收服务器返回的限定使用时间的充电凭据，向充电桩输出限定使用时间的充电凭据。Considering that the electricity prices charged for charging electric vehicles may be different in different time periods, the mobile terminal can also be further used to send a charging request for a limited usage time to the server, receive the charging credentials for a limited usage time returned by the server, and output to the charging pile Charge credentials for limited usage time.
服务器130，配置用于响应于接收的充电请求满足预设的验证规则，向移动终端返回充电凭据。The server 130 is configured to return a charging credential to the mobile terminal in response to the received charging request satisfying a preset verification rule.
在本实施例中，服务器在接收到移动终端发送的充电请求后，首先对用户账户信息进行验证，以确认用户身份有效；之后可以对充电请求中的其它数据的有效性进行验证，响应于所有验证通过，则基于充电请求中的充电类型，向移动终端返回充电凭据。In this embodiment, after receiving the charging request sent by the mobile terminal, the server first verifies the user account information to confirm that the user identity is valid; then it can verify the validity of other data in the charging request, responding to all If the verification is passed, the charging credential is returned to the mobile terminal based on the charging type in the charging request.
可选地，服务器130可以响应于接收到专属充电请求，根据预设的验证规则对专属充电请求中包括的专属充电类型、用户账户信息(包括用户账户的余额)以及专属充电桩数据的有效性进行验证，例如，若用户账户信息满足预设的验证规则中包括的有效用户账户验证条件、用户账户信息和充电桩数据满足预设的验证规则中包括的用户账户信息与充电桩数据的专属关系，则验证该用户账户信息有效，并且该用户账户信息和充电桩数据之间的关系符合专属关系；之后响应于上述验证通过，向移动终端返回专属充电凭据。Optionally, in response to receiving the exclusive charging request, the server 130 may verify the validity of the exclusive charging type, user account information (including the balance of the user account) and the exclusive charging pile data included in the exclusive charging request according to preset verification rules. Perform verification, for example, if the user account information meets the valid user account verification conditions included in the preset verification rules, and the user account information and charging pile data meet the exclusive relationship between user account information and charging pile data included in the preset verification rules , then it is verified that the user account information is valid, and the relationship between the user account information and the charging pile data conforms to the exclusive relationship; then, in response to passing the above verification, return the exclusive charging credential to the mobile terminal.
备选地或附加地，服务器130可以响应于接收到公用充电请求，根据预设的验证规则对公用充电请求中包括的公用充电类型和用户账户信息的有效性进行验证，例如，若用户账户信息满足预设的验证规则中的有效用户账户验证条件，以及用户账户信息中包括的用户账户的余额满足预设的验证规则中的余额阈值(也即返回公用充电凭据所需的余额)，则验证该用户账户信息有效，并且该用户账户信息中的用户账户的余额满足返回公用充电凭据所需的余额；之后响应于上述验证通过，向移动终端返回公用充电凭据。Alternatively or additionally, in response to receiving the public charging request, the server 130 may verify the validity of the public charging type and user account information included in the public charging request according to preset verification rules, for example, if the user account information If the valid user account verification conditions in the preset verification rules are met, and the balance of the user account included in the user account information meets the balance threshold in the preset verification rules (that is, the balance required to return the public charging credential), then the verification The user account information is valid, and the balance of the user account in the user account information satisfies the balance required for returning the public charging credential; then, in response to passing the verification, return the public charging credential to the mobile terminal.
在这里，有效用户账户验证条件为用于验证有效用户账户的条件，可以由验证方预先设定于服务器130中，本申请对此不做限定。余额阈值可以根据充电请求的不同分别进行设定，例如，若充电请求限定了定额充电额度，则余额阈值为定额充电额度所需的账户额度；若充电请求中未限定定额充电额度，则余额阈值为已知的电动力车的电源的额定容量所需的账户额度。返回的充电凭据可以是任意形式具有唯一识别特征的数据，例如，可以是条码形式的充电凭据、二维码形式的充电凭据或其他数字、文字形式的充电凭据。Here, the valid user account verification condition is a condition for verifying a valid user account, which can be preset in the server 130 by the verification party, which is not limited in this application. The balance threshold can be set separately according to different charging requests. For example, if the charging request limits the fixed charging amount, the balance threshold is the account amount required for the fixed charging amount; if the charging request does not limit the fixed charging amount, the balance threshold The account line required for the known rated capacity of the power supply of the electric vehicle. The returned charging voucher can be data with unique identification characteristics in any form, for example, it can be a charging voucher in the form of a barcode, a charging voucher in the form of a two-dimensional code, or a charging voucher in the form of other numbers or characters.
可选地，服务器可以响应于联网许可充电请求中的用户账户信息满足预设的验证规则中的有效用户账户验证条件，以及余额满足预设的验证规则中的余额阈值，向移动终端返回针对充电桩的联网许可充电凭据。Optionally, the server may respond to the user account information in the networking permission charging request meeting the valid user account verification conditions in the preset verification rules, and the balance meeting the balance threshold in the preset verification rules, and return the charging request to the mobile terminal. The network license charging credentials of the pile.
可选地，服务器可以响应于联网定额充电请求中用户账户信息满足预设的验证规则中的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送针对充电桩且限定定额充电额度的联网定额充电凭据。Optionally, the server may deduct the fixed charging amount in response to the fact that the user account information in the online fixed charging request meets the valid user account verification conditions in the preset verification rules and the account balance included in the user account information meets the required account amount for the fixed charging amount. The account quota required for the quota, and the online fixed charging credential for the charging pile and the fixed charging quota is sent to the mobile terminal.
可选地，服务器可以响应于离网定额充电请求中用户账户信息满足预设的验证规则中的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送限定定额充电额度的离网定额充电凭据。Optionally, the server may deduct the fixed amount in response to the fact that the user account information in the off-grid fixed charging request meets the valid user account verification conditions in the preset verification rules and the account balance included in the user account information meets the required account amount for the fixed charging amount. The account amount required for the charging amount, and the off-grid fixed charging credential that limits the fixed charging amount is sent to the mobile terminal.
与上述的移动终端向服务器发送解锁请求相对应，服务器进一步响应于接收解锁请求，根据扣除实际充电额度所需的账户额度，向移动终端返回解锁凭据。Corresponding to the above mobile terminal sending an unlocking request to the server, the server further responds to receiving the unlocking request, and returns an unlocking credential to the mobile terminal according to the account amount required to deduct the actual charging amount.
与上述的移动终端向服务器发送限定使用时间的充电请求相对应，服务器可以响应于接收的限定使用时间的充电请求满足预设的验证规则(例如用户账户有效性验证、用户账户余额验证等上述描述中出现的验证)，向移动终端返回限定使用时间的充电凭据。Corresponding to the above mobile terminal sending a charge request with a limited usage time to the server, the server may respond to the received charging request with a limited usage time to meet the preset verification rules (such as user account validity verification, user account balance verification, etc. described above). Verification appearing in ), return to the mobile terminal a charging credential that limits the usage time.
充电桩110，配置用于响应于输入充电凭据而指示连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。The charging pile 110 is configured to instruct to connect to the charging interface of the electric vehicle and lock the connection through an electronic lock in response to inputting the charging credentials, so as to supply power to the electric vehicle.
在本实施例中，充电桩110可以通过无线连接(例如蓝牙连接)接收移动终端输入的充电凭据，也可以通过扫描器件扫描移动终端呈现的充电凭据，之后响应于输入充电凭据，允许连接电动力车的充电接口，待电动力车的充电接口与充电桩的供电接口连接并通过电子锁锁定连接后，向电动力车供电。其中，电子锁为预设于充电桩110的充电枪上的锁具，可以保证充电插头插入充电插座到位后进行充电，保证充电时插头有效可靠的处于插座中，以及在收到电子锁解锁信号时解锁。In this embodiment, the charging post 110 can receive the charging credential input by the mobile terminal through a wireless connection (such as a Bluetooth connection), or can scan the charging credential presented by the mobile terminal through a scanning device, and then allow the connection of electric power in response to the input charging credential. The charging interface of the electric vehicle, after the charging interface of the electric vehicle is connected with the power supply interface of the charging pile and locked and connected by the electronic lock, supplies power to the electric vehicle. Among them, the electronic lock is a lock preset on the charging gun of the charging pile 110, which can ensure that the charging plug is inserted into the charging socket and then charged, and that the plug is effectively and reliably in the socket during charging, and when the electronic lock unlock signal is received. unlock.
充电桩110可以进一步用于响应于输入专属充电凭据，根据专属充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。The charging pile 110 can be further used to connect to the charging interface of the electric vehicle according to the exclusive charging credential and lock the connection through the electronic lock to supply power to the electric vehicle in response to inputting the exclusive charging credential.
充电桩110可以进一步用于响应于输入公用充电凭据，根据公用充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。The charging pile 110 can be further used to connect to the charging interface of the electric vehicle according to the public charging credential and lock the connection through the electronic lock to supply power to the electric vehicle in response to inputting the public charging credential.
上述的公用充电凭据可以包括述联网许可充电凭据、联网定额充电凭据和离网定额充电凭据。The above-mentioned public charging certificate may include the above-mentioned network permit charging certificate, network fixed charging certificate and off-grid fixed charging certificate.
可选地，充电桩进一步用于响应于输入联网许可充电凭据，根据联网许可充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Optionally, the charging pile is further configured to connect to the charging port of the electric vehicle according to the network-connected charging credential and lock the connection through an electronic lock to supply power to the electric vehicle in response to inputting the networking-permitted charging credential.
可选地，充电桩进一步用于响应于输入联网定额充电凭据，根据联网定额充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Optionally, the charging pile is further used to connect to the charging interface of the electric vehicle according to the input of the network fixed charging credential and lock the connection through the electronic lock to supply power to the electric vehicle.
可选地，充电桩进一步用于响应于输入离网定额充电凭据，根据离网定额充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Optionally, the charging pile is further used to connect to the charging interface of the electric vehicle according to the off-grid fixed charging credential and lock the connection through an electronic lock to supply power to the electric vehicle in response to inputting the off-grid fixed charging credential.
在充电桩根据充电凭据向电动力车供电之后，充电桩进一步响应于充电凭据中限定定额充电额度以及向电动力车供电的额度达到定额充电额度，停止供电并解除连接；或者，与上述的移动终端向服务器发送解锁请求相对应，充电桩进一步响应于充电凭据中未限定定额充电额度，向电动力车供电至电动力车的电源的额定容量，向移动终端发送实际充电额度，响应于从移动终端输入解锁凭据，停止供电并解除连接。After the charging pile supplies power to the electric vehicle according to the charging certificate, the charging pile further responds to the fixed charging amount defined in the charging certificate and the amount of power supplied to the electric vehicle reaches the fixed charging amount, stops the power supply and disconnects; or, with the above mobile Corresponding to the terminal sending an unlock request to the server, the charging pile further responds to the undefined fixed charging amount in the charging certificate, supplies power to the electric vehicle to the rated capacity of the power supply of the electric vehicle, sends the actual charging amount to the mobile terminal, and responds to the charging from the mobile terminal. The terminal enters the unlock credentials, powers down and disconnects.
与上述的电动力车在不同的时间段所享受到的电价可能不同相适应，充电桩可以进一步用于响应于当前时间满足限定使用时间的充电凭据所限定的使用时间，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Compatible with the above-mentioned electricity prices enjoyed by electric vehicles in different time periods may be different, the charging pile can be further used to connect the charging of electric vehicles in response to the current time meeting the usage time defined by the charging credential that limits the usage time. The interface is locked and connected through an electronic lock, and power is supplied to the electric vehicle.
应该理解，图1中的充电桩110、移动终端120和服务器130的数目仅仅是示意性的。根据实现需要，可以具有任意数目的充电桩110、移动终端120和服务器130。It should be understood that the numbers of charging piles 110 , mobile terminals 120 and servers 130 in FIG. 1 are only illustrative. There may be any number of charging piles 110 , mobile terminals 120 and servers 130 according to implementation requirements.
本申请的上述实施例提供的方法通过使用移动终端向服务器发送充电请求以及接收充电凭据，有效利用移动终端进行数据传输，减少了流量费用，并且降低了传输链路掉线的风险，降低了充电桩接入互联网的成本。The method provided by the above-mentioned embodiments of the present application uses the mobile terminal to send a charging request to the server and receives the charging certificate, effectively uses the mobile terminal for data transmission, reduces traffic charges, reduces the risk of transmission link drop, and reduces charging time. The cost of pile access to the Internet.
继续参考图2，图2示出了根据本申请实施例的向电动力车供电的系统内的信令流的场景。在图2所示的实施例中，应用该信令流的向电动力车供电的系统，包括如图1所示的充电桩、移动终端和服务器。Continuing to refer to FIG. 2 , FIG. 2 shows a scenario of a signaling flow in a system for supplying power to electric vehicles according to an embodiment of the present application. In the embodiment shown in FIG. 2 , the system for supplying power to electric vehicles using the signaling flow includes the charging pile, mobile terminal and server as shown in FIG. 1 .
如图2所示，在可选步骤201中，若在用户在使用充电桩时移动终端可以联网，可以通过移动终端获取充电桩数据以确定要使用的移动终端。在这里，移动终端获取充电桩数据的途径，可以通过扫描充电桩所呈现的数据码(例如二维码等)得到，还可以通过与充电桩进行数据传输得到。当该充电桩为专属充电桩时，移动终端获取的充电桩数据，还可以是预先设置于移动终端中的充电桩数据。之后，可以执行步骤202。As shown in Fig. 2, in optional step 201, if the mobile terminal can be connected to the Internet when the user is using the charging pile, the charging pile data can be acquired through the mobile terminal to determine the mobile terminal to be used. Here, the way for the mobile terminal to obtain the data of the charging pile can be obtained by scanning the data code (such as a two-dimensional code, etc.) presented by the charging pile, or through data transmission with the charging pile. When the charging pile is a dedicated charging pile, the charging pile data acquired by the mobile terminal may also be charging pile data preset in the mobile terminal. Afterwards, step 202 may be performed.
在步骤202中，移动终端生成包括用户账户信息和充电类型的充电请求。其中，用户账户信息为用户在移动终端登录的用户数据，通常可以包括用户名称和用户账户余额等；充电类型可以为用户在移动终端选择确认的充电类型。之后，可以执行步骤203。需要说明的是，若用户发送的充电请求为离网定额充电请求，则可以直接开始执行步骤202，无需执行步骤201以获取充电桩数据。In step 202, the mobile terminal generates a charging request including user account information and charging type. Among them, the user account information is the user data logged in by the user on the mobile terminal, which usually includes the user name and the balance of the user account, etc.; the charging type can be the charging type selected and confirmed by the user on the mobile terminal. Afterwards, step 203 may be performed. It should be noted that, if the charging request sent by the user is an off-grid fixed charging request, step 202 can be directly executed without executing step 201 to obtain charging pile data.
在步骤203中，移动终端向服务器发送充电请求。In step 203, the mobile terminal sends a charging request to the server.
在步骤204中，服务器响应于充电请求满足预设的验证规则，生成充电凭据。之后，可以执行步骤205。In step 204, the server generates a charging credential in response to the charging request meeting a preset verification rule. Afterwards, step 205 may be performed.
在步骤205中，服务器向移动终端返回充电凭据。之后，可以执行步骤206。In step 205, the server returns the charging credentials to the mobile terminal. Afterwards, step 206 may be performed.
在步骤206中，移动终端向充电桩输出充电凭据。之后，可以执行步骤207。In step 206, the mobile terminal outputs the charging credential to the charging pile. Afterwards, step 207 may be performed.
在步骤207中，充电桩锁定连接，向电动力车供电。之后，若输入的充电凭据中限定了定额充电额度，则执行步骤208；若输入的充电凭据中未限定定额充电额度，则执行步骤209。In step 207, the charging pile is locked and connected to supply power to the electric vehicle. Afterwards, if the fixed charging amount is defined in the input charging credentials, then step 208 is executed; if the fixed charging amount is not defined in the input charging credentials, then step 209 is executed.
在步骤208中，供电桩响应于向电动力车供电达到定额充电额度，停止供电并解锁。In step 208, the power supply pile stops power supply and unlocks in response to the power supply to the electric vehicle reaching the fixed charging amount.
在步骤209中，供电桩向移动终端传送实际充电额度。之后，可以执行步骤210。In step 209, the power supply pile transmits the actual charging amount to the mobile terminal. Afterwards, step 210 may be performed.
在步骤210中，移动终端向服务器发送实际充电额度。之后，服务器可以执行步骤211。In step 210, the mobile terminal sends the actual charging amount to the server. Afterwards, the server may execute step 211.
在步骤211中，服务器扣除用户账户的余额中实际充电额度所需的账户额度，得到剩余账户余额。之后，服务器可以执行步骤212。In step 211, the server deducts the account amount required for the actual charging amount from the balance of the user account to obtain the remaining account balance. Afterwards, the server may perform step 212 .
在步骤212中，服务器向移动用户终端返回解锁凭据和剩余账户余额。之后，可以由用户终端执行步骤213。In step 212, the server returns the unlocking credentials and remaining account balance to the mobile user terminal. Afterwards, step 213 may be performed by the user terminal.
在步骤213中，用户终端根据接收的剩余账户余额，更新用户账户的余额，并向充电桩输出解锁凭据。之后，可以由充电桩执行步骤215。In step 213, the user terminal updates the balance of the user account according to the received remaining account balance, and outputs the unlocking credential to the charging pile. Afterwards, step 215 may be performed by the charging pile.
在步骤215中，充电桩根据接收的解锁凭据，解锁充电枪与电动力车的连接。In step 215, the charging pile unlocks the connection between the charging gun and the electric vehicle according to the received unlocking credentials.
本领域技术人员可以理解，出于示例和便于理解的目的，在以下描述中绘出和描述了一个或多个特定技术细节，但是本申请的实施例也可以在不具有这些特征的情况下实践，其中的描述并不构成对本申请的限定，例如，在充电请求为离网定额充电请求时，可以直接从步骤202开始执行；在步骤203和步骤204中，对应在步骤203中发送的不同充电请求，在步骤204中返回不同的充电凭据，例如在步骤203中发送专属充电请求，在步骤204中返回专属充电凭据；在步骤203中发送联网许可充电请求，在步骤204中返回联网许可充电凭据；在步骤203中发送联网定额充电请求，在步骤204中返回联网定额充电凭据；在步骤203中发送离网定额充电请求，在步骤204中返回离网定额充电凭据等。Those skilled in the art can understand that for the purposes of illustration and ease of understanding, one or more specific technical details are drawn and described in the following description, but the embodiments of the present application can also be practiced without these features , the description therein does not constitute a limitation to this application. For example, when the charging request is an off-grid fixed charging request, it can be executed directly from step 202; in step 203 and step 204, corresponding to the different charging Request, return different charging credentials in step 204, for example, send a dedicated charging request in step 203, return a dedicated charging credential in step 204; send a charging request for networking permission in step 203, and return a charging credential for networking permission in step 204 ; In step 203, send the online fixed charging request, and return the online fixed charging certificate in step 204;
继续参见图3，图3是根据本申请实施例的用户使用移动终端与供电桩和服务器通讯以向电动力车供电的应用场景。Continuing to refer to FIG. 3 , FIG. 3 is an application scenario in which a user uses a mobile terminal to communicate with a power supply pile and a server to supply power to an electric vehicle according to an embodiment of the present application.
在图3的应用场景中，用户可以通过预设的电动力车充电应用，与供电桩和服务器通讯以向电动力车供电。如图3a所示，在应用中可以首先呈现供用户登录的提示框301，待用户登录验证用户账户信息后，可以如图3b所示，呈现供用户选择的充电类型302，在用户选择专属充电类型之后如图3c所示，移动终端可以根据呈现供用户选择的充电方式303，当用户选择充满后，向服务器发送专属充电请求，之后如图3d所示，接收返回的专属充电凭据304，向充电桩输出专属充电凭据以连接电动力车充电。In the application scenario shown in FIG. 3 , the user can communicate with the power supply pile and the server through the preset electric vehicle charging application to supply power to the electric vehicle. As shown in Figure 3a, in the application, a prompt box 301 for user login can first be presented. After the user logs in to verify the user account information, the charging type 302 for the user to choose can be presented as shown in Figure 3b. After the type is shown in Figure 3c, the mobile terminal can send a dedicated charging request to the server after the user chooses to be fully charged according to the charging method 303 presented for the user to choose, and then receive the returned dedicated charging credential 304 as shown in Figure 3d, and send it to the server. The charging pile outputs a dedicated charging certificate to connect to the electric vehicle for charging.
进一步参考图4，其示出了用于向电动力车供电的移动终端的一个实施例的示例性结构图。如图4所示，该用于向电动力车供电的移动终端400，包括：充电请求发送模块410、充电凭据接收模块420和充电凭据输出模块430。Further referring to FIG. 4 , it shows an exemplary structural diagram of an embodiment of a mobile terminal for supplying power to an electric vehicle. As shown in FIG. 4 , the mobile terminal 400 for supplying power to electric vehicles includes: a charging request sending module 410 , a charging credential receiving module 420 and a charging credential outputting module 430 .
充电请求发送模块410，用于向服务器发送充电请求，其中，充电请求包括用户选定的充电类型和用户账户信息；A charging request sending module 410, configured to send a charging request to the server, wherein the charging request includes the charging type selected by the user and user account information;
充电凭据接收模块420，用于接收服务器返回的充电凭据，充电凭据用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；The charging credential receiving module 420 is used to receive the charging credential returned by the server, and the charging credential is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through the electronic lock to supply power to the electric vehicle;
充电凭据输出模块430，用于向充电桩输出充电凭据。The charging credential output module 430 is configured to output the charging credential to the charging pile.
在一些可选地实现方式中，移动终端中用户选定的充电类型包括：专属充电类型或公用充电类型，以及充电请求发送模块进一步用于：向服务器发送专属充电请求或公用充电请求，其中，专属充电请求包括专属充电类型、用户账户信息和专属充电桩数据；公用充电请求至少包括公用充电类型和用户账户信息，用户账户信息包括用户账户的余额；充电凭据接收模块进一步用于：接收服务器响应于专属充电请求返回的针对充电桩的专属充电凭据或响应于公用充电请求返回的公用充电凭据；充电凭据输出模块进一步用于：向充电桩输出专用许可凭据或公用许可凭据。In some optional implementations, the charging type selected by the user in the mobile terminal includes: a dedicated charging type or a public charging type, and the charging request sending module is further used to: send a dedicated charging request or a public charging request to the server, wherein, The exclusive charging request includes the exclusive charging type, user account information and exclusive charging pile data; the public charging request includes at least the public charging type and user account information, and the user account information includes the balance of the user account; the charging credential receiving module is further used to: receive the server response The dedicated charging certificate for the charging pile returned in response to the dedicated charging request or the public charging certificate returned in response to the public charging request; the charging certificate output module is further used to: output the dedicated permission certificate or the public permission certificate to the charging pile.
在一些可选地实现方式中，移动终端中公用充电类型包括以下任意一项：联网许可充电类型、联网定额充电类型和离网定额充电类型；以及充电请求发送模块进一步用于：向服务器发送以下任意一项公用充电请求：包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；以及包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；充电凭据接收模块进一步用于：接收服务器至少以下任意一项响应于公用充电请求返回的公用充电凭据：响应于联网许可充电请求返回的联网许可充电凭据；响应于联网定额充电请求返回的联网定额充电凭据；响应于离网定额充电请求返回的离网定额充电凭据；充电凭据输出模块进一步用于：向充电桩输出联网许可凭据、联网定额充电凭据或离网定额充电凭据。In some optional implementations, the public charging type in the mobile terminal includes any one of the following: a network-connected permission charging type, a network-connected fixed charging type, and an off-grid fixed charging type; and the charging request sending module is further used to: send the following to the server Any public charging request: a network-licensed charging request including the network-licensed charging type, user account information, and charging pile data; a networked fixed-rate charging request including the network-connected fixed charging type, user account information, fixed charging quota, and charging pile data; and An off-grid fixed charging request including off-grid fixed charging type, user account information, and fixed charging quota; the charging credential receiving module is further used to: receive the public charging credential returned by the server in response to at least any of the following public charging requests: The network license charging certificate returned by the permission charging request; the network fixed charging certificate returned in response to the network fixed charging request; the off-grid fixed charging certificate returned in response to the off-grid fixed charging request; the charging credential output module is further used to: output to the charging pile Network license certificate, network fixed charging certificate or off-grid fixed charging certificate.
在一些可选地实现方式中，移动终端还包括：解锁请求发送模块440，用于响应于获取充电桩输出的实际充电额度，向服务器发送包括实际充电额度的解锁请求；解锁凭据接收模块450，用于接收服务器响应于解锁请求返回的解锁凭据和剩余账户余额；解锁凭据输出模块460，用于向充电桩输出返回的解锁凭据并更新本地账户余额。In some optional implementation manners, the mobile terminal further includes: an unlocking request sending module 440, configured to send an unlocking request including the actual charging amount to the server in response to acquiring the actual charging amount output by the charging pile; the unlocking credential receiving module 450, It is used to receive the unlocking credential and the remaining account balance returned by the server in response to the unlocking request; the unlocking credential output module 460 is used to output the returned unlocking credential to the charging pile and update the local account balance.
在一些可选地实现方式中，充电请求发送模块进一步用于：向服务器发送限定使用时间的充电请求；充电凭据接收模块进一步用于：接收服务器返回的限定使用时间的充电凭据；充电凭据输出模块进一步用于：向充电桩输出限定使用时间的充电凭据。In some optional implementations, the charging request sending module is further configured to: send a charging request with a limited use time to the server; the charging credential receiving module is further used to: receive the charging credential returned by the server; the charging credential output module It is further used for: outputting a charging credential for a limited use time to the charging pile.
应当理解，移动终端400中记载的诸步骤分别与系统100中描述的移动终端的各个步骤相对应。由此，上文针对用于向电动力车供电的系统100中移动终端描述的操作和特征同样适用于移动终端400及其中包含的操作和特征，在此不再赘述。It should be understood that the steps recorded in the mobile terminal 400 respectively correspond to the steps of the mobile terminal described in the system 100 . Therefore, the operations and features described above for the mobile terminal in the system 100 for supplying power to electric vehicles are also applicable to the mobile terminal 400 and the operations and features included therein, and will not be repeated here.
进一步参考图5，其示出了用于向电动力车供电的服务器的一个实施例的示例性结构图。如图5所示，该用于向电动力车供电的服务器，服务器500包括：充电凭据返回模块510，用于响应于从移动终端接收的充电请求满足预设的验证规则，向移动终端返回充电凭据；其中，充电请求包括用户选定的充电类型和用户账户信息，充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Further referring to FIG. 5 , it shows an exemplary structural diagram of an embodiment of a server for supplying power to electric vehicles. As shown in FIG. 5, the server for supplying power to electric vehicles, the server 500 includes: a charging credential return module 510, used to return the charging certificate to the mobile terminal in response to the charging request received from the mobile terminal meeting the preset verification rules. Credentials; wherein, the charging request includes the charging type selected by the user and user account information, and the charging credential is used to output to the charging pile via the mobile terminal, and is used to indicate that the charging pile is connected to the charging interface of the electric vehicle and locked through the electronic lock. Electric powered vehicles.
在一些可选地实现方式中，充电类型包括以下任一：专属充电类型和公用充电类型；充电请求包括以下任一：包括专属充电类型、用户账户信息和专属充电桩数据的专属充电请求；以及至少包括公用充电类型和用户账户信息的公用充电请求；其中，用户账户信息包括用户账户的余额；充电凭据返回模块进一步用于：响应于专属充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及用户账户信息和充电桩数据满足预设的验证规则中包括的用户账户信息与充电桩数据的专属关系，向移动终端返回专属充电凭据，其中，专属充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；或响应于公用充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回公用充电凭据，其中，公用充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。In some optional implementation manners, the charging type includes any of the following: a dedicated charging type and a public charging type; the charging request includes any of the following: a dedicated charging request including a dedicated charging type, user account information, and dedicated charging pile data; and A public charging request including at least the public charging type and user account information; wherein, the user account information includes the balance of the user account; the charging credential return module is further used for: responding to the user account information in the exclusive charging request meeting the preset verification rules The valid user account verification conditions included, and the user account information and charging pile data meet the exclusive relationship between the user account information and charging pile data included in the preset verification rules, and the exclusive charging credential is returned to the mobile terminal, wherein the exclusive charging credential is used Output to the charging pile via the mobile terminal to indicate that the charging pile is connected to the charging interface of the electric vehicle and locked through the electronic lock to supply power to the electric vehicle; or in response to the user account information in the public charging request meeting the preset verification The valid user account verification conditions included in the rules, and the balance meets the balance threshold included in the preset verification rules, and the public charging credential is returned to the mobile terminal, wherein the public charging credential is used to output to the charging pile via the mobile terminal to indicate The charging pile is connected to the charging interface of the electric vehicle and locked through the electronic lock to supply power to the electric vehicle.
在一些可选地实现方式中，公用充电类型包括以下任意一项：联网许可充电类型、联网定额充电类型和离网定额充电类型；公用充电请求包括以下任意一项：包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；充电凭据返回模块进一步用于：响应于联网许可充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回针对充电桩的联网许可充电凭据，其中，联网许可充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；响应于联网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送针对充电桩且限定定额充电额度的联网定额充电凭据，其中，联网定额充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电，以及响应于向电动力车供电的额度达到定额充电额度，停止供电并解除连接；以及响应于离网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送限定定额充电额度的离网定额充电凭据，其中，离网定额充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电，以及响应于向电动力车供电的额度达到定额充电额度，停止供电并解除连接。In some optional implementations, the public charging type includes any one of the following: network-connected permitted charging type, networked fixed-rate charging type, and off-grid fixed-rated charging type; the public charging request includes any of the following: including networked permitted charging type, user Online permission charging request for account information and charging pile data; online fixed charging request including online fixed charging type, user account information, fixed charging quota and charging pile data; including off-grid fixed charging type, user account information and fixed charging quota The off-grid quota charging request; the charging credential return module is further used for: responding to the user account information in the online permission charging request meeting the valid user account verification conditions included in the preset verification rules, and the balance meeting the preset verification rules included The balance threshold of the charging pile is returned to the mobile terminal with the charging certificate of the network permission, wherein the charging certificate of the network permission is used to output to the charging pile through the mobile terminal, and is used to indicate that the charging pile is connected to the charging interface of the electric vehicle and locked by the electronic lock Connect and supply power to the electric vehicle; in response to the user account information in the online fixed charging request meeting the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information meets the account amount required for the fixed charging amount, Deduct the account amount required for the fixed charging quota, and send to the mobile terminal a networked fixed charging certificate for the charging pile and a limited fixed charging quota. The charging interface of the electric vehicle is locked and connected through an electronic lock, power is supplied to the electric vehicle, and in response to the amount of power supplied to the electric vehicle reaches the fixed charging amount, the power supply is stopped and the connection is disconnected; and in response to the off-grid fixed charging request, the user The account information meets the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information meets the account amount required for the fixed charging amount, deducts the account amount required for the fixed charging amount, and sends the limited quota to the mobile terminal The off-grid fixed charging certificate of the charging amount, wherein the off-grid fixed charging certificate is used to output to the charging pile through the mobile terminal, and is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through an electronic lock to supply power to the electric vehicle , and in response to the amount of power supplied to the electric vehicle reaching the fixed charging amount, the power supply is stopped and the connection is disconnected.
在一些可选地实现方式中，服务器还包括：解锁凭据返回模块520，用于响应于接收移动终端发送的解锁请求，在账户余额中扣除实际充电额度所需的账户额度，得到剩余的账户余额，向移动终端返回解锁凭据和剩余的账户余额，其中，解锁请求为移动终端响应于获取充电桩输出的实际充电额度，向服务器发送的包括实际充电额度的解锁请求；解锁凭据用于经移动终端向充电桩输出，用于指示充电桩停止供电并解除连接。In some optional implementations, the server further includes: an unlocking credential return module 520, configured to, in response to receiving the unlocking request sent by the mobile terminal, deduct the account amount required for the actual charging amount from the account balance to obtain the remaining account balance , return the unlocking credential and the remaining account balance to the mobile terminal, wherein the unlocking request is an unlocking request including the actual charging amount sent to the server by the mobile terminal in response to obtaining the actual charging amount output by the charging pile; the unlocking credential is used to Output to the charging pile, used to instruct the charging pile to stop power supply and disconnect.
在一些可选地实现方式中，充电凭据返回模块进一步用于：响应于从移动终端接收的限定使用时间的充电请求满足预设的验证规则，向移动终端返回限定使用时间的充电凭据，其中，充电凭据经移动终端向充电桩输出，用于指示充电桩响应于当前时间满足限定使用时间的充电凭据所限定的使用时间，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。In some optional implementation manners, the charging credential return module is further configured to: return the charging credential of the limited usage time to the mobile terminal in response to the charging request of the limited usage time received from the mobile terminal meeting a preset verification rule, wherein, The charging certificate is output to the charging pile through the mobile terminal, which is used to indicate that the charging pile responds to the current time meeting the usage time defined by the charging certificate that limits the usage time. powered by.
应当理解，服务器500中记载的诸步骤分别与系统100中描述的服务器的各个步骤相对应。由此，上文针对用于向电动力车供电的系统100中服务器描述的操作和特征同样适用于服务器500及其中包含的操作和特征，在此不再赘述。It should be understood that the steps recorded in the server 500 respectively correspond to the steps of the server described in the system 100 . Therefore, the operations and features described above for the server in the system 100 for supplying power to electric vehicles are also applicable to the server 500 and the operations and features contained therein, and will not be repeated here.
进一步参考图6，其示出了用于向电动力车供电的充电桩的一个实施例的示例性结构图。如图6所示，该用于向电动力车供电的充电桩600，包括：锁定连接供电模块610，用于响应于从移动终端输入充电凭据而指示连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电，其中，充电凭据为服务器响应于从移动终端接收的充电请求满足预设的验证规则而向移动终端返回的充电凭据，充电请求包括用户选定的充电类型和用户账户信息。Further referring to FIG. 6 , it shows an exemplary structural diagram of an embodiment of a charging pile for supplying power to an electric vehicle. As shown in FIG. 6, the charging pile 600 for supplying power to electric vehicles includes: a locking connection power supply module 610, used to indicate to connect the charging interface of the electric vehicle and pass the electronic lock in response to inputting the charging credentials from the mobile terminal. Lock the connection and supply power to the electric vehicle, wherein the charging credential is the charging credential returned by the server to the mobile terminal in response to the charging request received from the mobile terminal meeting the preset verification rules. The charging request includes the charging type selected by the user and the user's account information.
在一些可选地实现方式中，充电类型包括专属充电类型或公用充电类型；充电请求包括专属充电请求或公用充电请求；其中，专属充电请求包括专属充电类型、用户账户信息和专属充电桩数据；公用充电请求至少包括公用充电类型和用户账户信息，用户账户信息包括用户账户的余额；锁定连接供电模块进一步用于：响应于输入专属充电凭据或公用充电凭据，根据专属充电凭据或公用充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；其中，专属充电凭据为服务器响应于专属充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及用户账户信息和充电桩数据满足预设的验证规则中包括的用户账户信息与充电桩数据的专属关系，向移动终端返回的专属充电凭据；公用充电凭据为服务器响应于公用充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回的公用充电凭据。In some optional implementations, the charging type includes a dedicated charging type or a public charging type; the charging request includes a dedicated charging request or a public charging request; where the dedicated charging request includes a dedicated charging type, user account information and dedicated charging pile data; The public charging request includes at least the public charging type and user account information, and the user account information includes the balance of the user account; the lock connection power supply module is further used to: respond to the input of the exclusive charging credential or the public charging credential, connect according to the exclusive charging credential or the public charging credential The charging interface of the electric vehicle is locked and connected through an electronic lock to supply power to the electric vehicle; the exclusive charging credential is that the server responds to the user account information in the exclusive charging request and meets the valid user account verification conditions included in the preset verification rules , and the user account information and charging pile data satisfy the exclusive relationship between user account information and charging pile data included in the preset verification rules, and the exclusive charging credential returned to the mobile terminal; the public charging credential is the server’s response to the public charging request. The user account information satisfies the valid user account verification conditions included in the preset verification rules, and the balance meets the balance threshold included in the preset verification rules, and the public charging credential is returned to the mobile terminal.
在一些可选地实现方式中，公用充电类型包括以下任意一项：联网许可充电类型、联网定额充电类型和离网定额充电类型；公用充电请求包括以下任意一项：包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；以及包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；锁定连接供电模块进一步用于：响应于输入联网许可充电凭据、联网定额充电凭据或离网定额充电凭据，根据联网许可充电凭据、联网定额充电凭据或离网定额充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；其中，联网许可充电凭据为服务器响应于联网许可充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回的针对充电桩的联网许可充电凭据；联网定额充电凭据为服务器响应于联网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送的针对充电桩且限定定额充电额度的联网定额充电凭据；离网定额充电凭据为服务器响应于离网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送的限定定额充电额度的离网定额充电凭据。In some optional implementations, the public charging type includes any one of the following: network-connected permitted charging type, networked fixed-rate charging type, and off-grid fixed-rated charging type; the public charging request includes any of the following: including networked permitted charging type, user Online permission charging request for account information and charging pile data; online fixed charging request including online fixed charging type, user account information, fixed charging quota and charging pile data; and off-grid fixed charging type, user account information and fixed charging quota The off-grid fixed charging request; the lock connection power supply module is further used for: in response to inputting the network allowed charging certificate, the network fixed charging certificate or the off grid fixed charging certificate, according to the network allowed charging certificate, the network fixed charging certificate or the off grid fixed charging certificate Connect the charging interface of the electric vehicle and lock the connection through an electronic lock to supply power to the electric vehicle; wherein, the network license charging credential is a valid user included in the server’s response to the network license charging request and the user account information satisfies the preset verification rules The account verification condition, and the balance meets the balance threshold included in the preset verification rules, and the charging certificate for the charging pile is returned to the mobile terminal; Valid user account verification conditions included in the established verification rules and the account balance included in the user account information meet the account amount required for the fixed charging amount, the account amount required for deducting the fixed charging amount, and send to the mobile terminal. The online fixed charging credential of the fixed charging quota; the off-grid fixed charging credential is that the server responds to the user account information in the off-grid fixed charging request meeting the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information satisfies The account amount required for the fixed charging amount, the account amount required for deducting the fixed charging amount, and the off-grid fixed charging credential sent to the mobile terminal to limit the fixed charging amount.
在一些可选地实现方式中，充电桩还包括：解除供电连接模块620，响应于充电凭据中限定定额充电额度以及向电动力车供电的额度达到定额充电额度，停止供电并解除连接；或响应于充电凭据中未限定定额充电额度，向电动力车供电至电动力车的电源的额定容量，向移动终端发送实际充电额度，响应于从移动终端输入解锁凭据，停止供电并解除连接；其中，解锁凭据为服务器响应于接收从移动终端输入的解锁请求，在账户余额中扣除实际充电额度所需的账户额度，得到剩余的账户余额，向移动终端返回的解锁凭据；解锁请求为移动终端响应于获取充电桩输出的实际充电额度，向服务器发送的包括实际充电额度的解锁请求。In some optional implementations, the charging pile also includes: disconnecting the power supply connection module 620, in response to the fixed charging amount defined in the charging certificate and the amount of power supplied to the electric vehicle reaching the fixed charging amount, stop power supply and disconnect; or respond Since the fixed charging amount is not defined in the charging certificate, the electric vehicle is powered to the rated capacity of the power supply of the electric vehicle, the actual charging amount is sent to the mobile terminal, and the power supply is stopped and the connection is disconnected in response to inputting the unlocking certificate from the mobile terminal; wherein, The unlocking credential is the unlocking credential that the server returns to the mobile terminal after deducting the account amount required for the actual charging amount from the account balance in response to receiving the unlocking request input from the mobile terminal; the unlocking request is the mobile terminal responding to Obtain the actual charging amount output by the charging pile, and send an unlock request including the actual charging amount to the server.
在一些可选地实现方式中，锁定连接供电模块进一步用于：响应于当前时间满足限定使用时间的充电凭据所限定的使用时间，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；其中，限定使用时间的充电凭据为移动终端向充电桩输出的由服务器响应于从移动终端接收的限定使用时间的充电请求满足预设的验证规则，向移动终端返回限定使用时间的充电凭据；充电请求为移动终端向服务器发送限定使用时间的充电请求。In some optional implementations, the locked connection power supply module is further configured to: in response to the current time meeting the use time defined by the charging credential that limits the use time, connect the charging interface of the electric vehicle and lock the connection through an electronic lock, Power supply for power vehicles; wherein, the charging credential for limiting the usage time is the output of the mobile terminal to the charging pile by the server in response to the charging request for the limited usage time received from the mobile terminal meeting the preset verification rules, and returns the credentials for the limited usage time to the mobile terminal The charging credential; the charging request is a charging request that the mobile terminal sends to the server to limit the usage time.
应当理解，充电桩600中记载的诸步骤分别与系统100中描述的充电桩的各个步骤相对应。由此，上文针对用于向电动力车供电的系统100中充电桩描述的操作和特征同样适用于充电桩600及其中包含的操作和特征，在此不再赘述。It should be understood that the various steps recorded in the charging pile 600 correspond to the respective steps of the charging pile described in the system 100 . Therefore, the operations and features described above for the charging pile in the system 100 for supplying power to electric vehicles are also applicable to the charging pile 600 and the operations and features contained therein, and will not be repeated here.
进一步参考图7，其示出了用于系统的向电动力车供电的方法的一个实施例的示意性流程图。如图7所示，该向电动力车供电的方法700，包括：Further referring to FIG. 7 , it shows a schematic flowchart of an embodiment of a method for the system to supply power to an electric vehicle. As shown in Figure 7, the method 700 for supplying power to an electric vehicle includes:
步骤710：移动终端向服务器发送充电请求，接收服务器返回的充电凭据，向充电桩输出充电凭据，其中，充电请求包括用户选定的充电类型和用户账户信息。Step 710: The mobile terminal sends a charging request to the server, receives the charging credential returned by the server, and outputs the charging credential to the charging pile, wherein the charging request includes the charging type selected by the user and user account information.
步骤720：服务器响应于接收的充电请求满足预设的验证规则，向移动终端返回充电凭据。Step 720: The server returns a charging credential to the mobile terminal in response to the received charging request satisfying a preset verification rule.
步骤730：充电桩响应于输入充电凭据，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Step 730: In response to inputting the charging credentials, the charging pile connects to the charging interface of the electric vehicle and locks the connection through the electronic lock to supply power to the electric vehicle.
在一些可选地实现方式中，用户选定的充电类型包括：专属充电类型或公用充电类型，以及移动终端向服务器发送充电请求，接收服务器返回的充电凭据，向充电桩输出充电凭据包括：移动终端向服务器发送专属充电请求或公用充电请求，接收服务器响应于专属充电请求返回的针对充电桩的专属充电凭据或响应于公用充电请求返回的公用充电凭据，以及向充电桩输出专用许可凭据或公用许可凭据；其中，专属充电请求包括专属充电类型、用户账户信息和专属充电桩数据；公用充电请求至少包括公用充电类型和用户账户信息，用户账户信息包括用户账户的余额；服务器响应于接收的充电请求满足预设的验证规则，向移动终端返回充电凭据包括：服务器响应于专属充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及用户账户信息和充电桩数据满足预设的验证规则中包括的用户账户信息与充电桩数据的专属关系，向移动终端返回专属充电凭据；或响应于公用充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回公用充电凭据；充电桩响应于输入充电凭据，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电包括：充电桩响应于输入专属充电凭据或公用充电凭据，根据专属充电凭据或公用充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。In some optional implementations, the charging type selected by the user includes: a dedicated charging type or a public charging type, and the mobile terminal sends a charging request to the server, receives the charging credentials returned by the server, and outputs the charging credentials to the charging pile. The terminal sends a dedicated charging request or a public charging request to the server, receives the dedicated charging certificate for the charging pile returned by the server in response to the dedicated charging request or the public charging certificate returned in response to the public charging request, and outputs the dedicated permission certificate or public charging certificate to the charging pile. License credentials; wherein, the exclusive charging request includes the exclusive charging type, user account information and exclusive charging pile data; the public charging request includes at least the public charging type and user account information, and the user account information includes the balance of the user account; the server responds to the received charging The request meets the preset verification rules, and the charging credentials returned to the mobile terminal include: the server responds that the user account information in the exclusive charging request meets the valid user account verification conditions included in the preset verification rules, and the user account information and charging pile data Satisfy the exclusive relationship between the user account information included in the preset verification rules and the charging pile data, and return the exclusive charging credentials to the mobile terminal; or respond to the user account information in the public charging request meeting the valid users included in the preset verification rules The account verification condition, and the balance meets the balance threshold included in the preset verification rules, and the public charging credential is returned to the mobile terminal; the charging pile responds to the input charging credential, connects the charging interface of the electric vehicle and locks the connection through the electronic lock, and sends to the battery The power supply of the power vehicle includes: the charging pile responds to the input of the exclusive charging certificate or the public charging certificate, connects the charging interface of the electric vehicle according to the exclusive charging certificate or the public charging certificate and locks the connection through the electronic lock, and supplies power to the electric vehicle.
在一些可选地实现方式中，公用充电类型包括以下任意一项：联网许可充电类型、联网定额充电类型和离网定额充电类型；移动终端向服务器发送公用充电请求，接收服务器响应于公用充电请求返回的公用充电凭据，以及向充电桩输出公用许可凭据包括：移动终端向服务器发送以下任意一项公用充电请求：包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；以及包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；接收服务器至少以下任意一项响应于公用充电请求返回的公用充电凭据：响应于联网许可充电请求返回的联网许可充电凭据；响应于联网定额充电请求返回的联网定额充电凭据；响应于离网定额充电请求返回的离网定额充电凭据；以及向充电桩输出联网许可凭据、联网定额充电凭据或离网定额充电凭据；服务器响应于公用充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回公用充电凭据包括：服务器响应于联网许可充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回针对充电桩的联网许可充电凭据；响应于联网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送针对充电桩且限定定额充电额度的联网定额充电凭据；以及响应于离网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送限定定额充电额度的离网定额充电凭据；以及充电桩响应于输入公用充电凭据，根据公用充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电包括：充电桩响应于输入联网许可充电凭据、联网定额充电凭据或离网定额充电凭据，根据联网许可充电凭据、联网定额充电凭据或离网定额充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。In some optional implementations, the public charging type includes any one of the following: network-connected permission charging type, network-connected fixed charging type and off-grid fixed charging type; the mobile terminal sends a public charging request to the server, and the receiving server responds to the public charging request The returned public charging credential, and the output of the public license credential to the charging pile include: the mobile terminal sends any of the following public charging requests to the server: a networking license charging request including the charging type of the networking license, user account information, and charging pile data; Online fixed charging request including fixed charging type, user account information, fixed charging amount and charging pile data; and off-grid fixed charging request including off-grid fixed charging type, user account information and fixed charging amount; receiving server at least any of the following Public charging credentials returned in response to public charging requests: networking permission charging credentials returned in response to networking permission charging requests; networking fixed charging credentials returned in response to networking fixed charging requests; off-grid rated charging returned in response to off-grid fixed charging requests Credentials; and output the network license certificate, network fixed charging certificate or off-grid fixed charging certificate to the charging pile; the server responds to the user account information in the public charging request to meet the valid user account verification conditions included in the preset verification rules, and the balance Meeting the balance threshold included in the preset verification rules, returning the public charging credentials to the mobile terminal includes: the server responds to the user account information in the networking permission charging request meeting the valid user account verification conditions included in the preset verification rules, and the balance Satisfying the balance threshold included in the preset verification rules, returning to the mobile terminal the network-connected permission charging credentials for the charging pile; responding to the user account information in the network-connected fixed charging request meeting the valid user account verification conditions included in the preset verification rules and The account balance included in the user account information meets the account amount required for the fixed charging amount, deducts the account amount required for the fixed charging amount, and sends to the mobile terminal an online fixed charging credential for the charging pile and a limited fixed charging amount; and responding to off-grid The user account information in the fixed charging request satisfies the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information meets the account amount required for the fixed charging amount. The mobile terminal sends an off-grid fixed charging certificate that limits the fixed charging amount; and the charging pile responds to the input of the public charging certificate, connects the charging interface of the electric vehicle according to the public charging certificate and locks the connection through the electronic lock, and supplies power to the electric vehicle, including: charging The pile responds to the input of the network permit charging certificate, the network fixed charging certificate or the off-grid fixed charging certificate, and connects the charging interface of the electric vehicle according to the network permitted charging certificate, the network fixed charging certificate or the off-grid fixed charging certificate and locks the connection through the electronic lock, Provide power to electric vehicles.
在一些可选地实现方式中，方法还包括：步骤740，移动终端响应于获取充电桩输出的实际充电额度，向服务器发送包括实际充电额度的解锁请求，接收服务器响应于解锁请求返回的解锁凭据和剩余账户余额，向充电桩输出返回的解锁凭据并更新本地账户余额；步骤750，服务器响应于接收解锁请求，在账户余额中扣除实际充电额度所需的账户额度，得到剩余的账户余额，向移动终端返回解锁凭据和剩余的账户余额；步骤760，充电桩响应于充电凭据中限定定额充电额度以及向电动力车供电的额度达到定额充电额度，停止供电并解除连接；或响应于充电凭据中未限定定额充电额度，向电动力车供电至电动力车的电源的额定容量，向移动终端发送实际充电额度，响应于从移动终端输入解锁凭据，停止供电并解除连接。In some optional implementations, the method further includes: step 740, the mobile terminal sends an unlocking request including the actual charging amount to the server in response to obtaining the actual charging amount output by the charging pile, and receives the unlocking credential returned by the server in response to the unlocking request and the remaining account balance, output the returned unlocking credentials to the charging pile and update the local account balance; step 750, the server responds to receiving the unlock request, deducts the account amount required for the actual charging amount from the account balance, obtains the remaining account balance, and sends to The mobile terminal returns the unlock certificate and the remaining account balance; step 760, the charging pile responds to the fixed charging quota defined in the charging certificate and the amount of power supply to the electric vehicle reaches the fixed charging quota, stops power supply and disconnects; or responds to the charge in the charging certificate The fixed charging amount is not limited, the electric vehicle is powered to the rated capacity of the electric vehicle's power supply, the actual charging amount is sent to the mobile terminal, and the power supply is stopped and the connection is disconnected in response to inputting the unlocking credential from the mobile terminal.
在一些可选地实现方式中，移动终端向服务器发送充电请求，接收服务器返回的充电凭据，向充电桩输出充电凭据包括：移动终端向服务器发送限定使用时间的充电请求，接收服务器返回的限定使用时间的充电凭据，向充电桩输出限定使用时间的充电凭据；服务器响应于接收的充电请求满足预设的验证规则，向移动终端返回充电凭据包括：服务器响应于接收的限定使用时间的充电请求满足预设的验证规则，向移动终端返回限定使用时间的充电凭据；充电桩响应于输入充电凭据，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电包括：充电桩响应于当前时间满足限定使用时间的充电凭据所限定的使用时间，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。In some optional implementation manners, the mobile terminal sends a charging request to the server, receives the charging credential returned by the server, and outputting the charging credential to the charging pile includes: the mobile terminal sends a charging request of limited usage time to the server, and receives the limited usage time returned by the server. The charging credentials of the time, output the charging credentials of the limited usage time to the charging pile; the server responds to the received charging request meeting the preset verification rules, and returns the charging credentials to the mobile terminal, including: the server responds to the received charging request of the limited usage time. The preset verification rules return the charging credentials of the limited usage time to the mobile terminal; the charging pile responds to the input charging credentials, connects the charging interface of the electric vehicle and locks the connection through the electronic lock, and supplies power to the electric vehicle including: the charging pile responds to The current time satisfies the use time limited by the charging certificate that limits the use time, connect the charging interface of the electric vehicle and lock the connection through the electronic lock, and supply power to the electric vehicle.
应当理解，用于系统的向电动力车供电的方法700中记载的诸步骤分别与系统100中描述的各个装置相对应。由此，上文针对用于向电动力车供电的系统100中的各个装置描述的操作和特征同样适用于用于系统的向电动力车供电的方法700及其中包含的各个步骤，在此不再赘述。It should be understood that the steps recorded in the method 700 for supplying power to an electric vehicle for the system correspond to the devices described in the system 100 respectively. Therefore, the operations and features described above for each device in the system 100 for supplying power to an electric vehicle are also applicable to the method 700 for supplying power to an electric vehicle and the various steps contained therein, which are not described herein. Let me repeat.
进一步参考图8，其示出了用于移动终端的向电动力车供电的方法的一个实施例的示意性流程图。如图8所示，该用于移动终端的向电动力车供电的方法800，包括：Further referring to FIG. 8 , it shows a schematic flowchart of an embodiment of a method for a mobile terminal to supply power to an electric vehicle. As shown in FIG. 8, the method 800 for powering an electric vehicle for a mobile terminal includes:
步骤810：向服务器发送充电请求，其中，充电请求包括用户选定的充电类型和用户账户信息。Step 810: Send a charging request to the server, wherein the charging request includes the charging type selected by the user and user account information.
步骤820：接收服务器返回的充电凭据，其中，充电凭据用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Step 820: Receive the charging credential returned by the server, wherein the charging credential is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through the electronic lock to supply power to the electric vehicle.
步骤830：向充电桩输出充电凭据。Step 830: Output the charging credential to the charging pile.
在一些可选地实现方式中，用户选定的充电类型包括：专属充电类型或公用充电类型，以及向服务器发送充电请求包括：向服务器发送专属充电请求或公用充电请求，其中，专属充电请求包括专属充电类型、用户账户信息和专属充电桩数据；公用充电请求至少包括公用充电类型和用户账户信息，用户账户信息包括用户账户的余额；接收服务器返回的充电凭据包括：接收服务器响应于专属充电请求返回的针对充电桩的专属充电凭据或响应于公用充电请求返回的公用充电凭据；向充电桩输出充电凭据包括：向充电桩输出专用许可凭据或公用许可凭据。In some optional implementations, the charging type selected by the user includes: a dedicated charging type or a public charging type, and sending a charging request to the server includes: sending a dedicated charging request or a public charging request to the server, wherein the dedicated charging request includes Exclusive charging type, user account information and exclusive charging pile data; the public charging request includes at least the public charging type and user account information, and the user account information includes the balance of the user account; the charging credentials returned by the receiving server include: the receiving server responds to the exclusive charging request The returned exclusive charging credential for the charging pile or the public charging credential returned in response to the public charging request; outputting the charging credential to the charging pile includes: outputting the dedicated permission credential or the public permission credential to the charging pile.
在一些可选地实现方式中，公用充电类型包括以下任意一项：联网许可充电类型、联网定额充电类型和离网定额充电类型；以及向服务器发送公用充电请求包括：向服务器发送以下任意一项公用充电请求：包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；以及包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；接收服务器响应于公用充电请求返回的公用充电凭据包括：接收服务器至少以下任意一项响应于公用充电请求返回的公用充电凭据：响应于联网许可充电请求返回的联网许可充电凭据；响应于联网定额充电请求返回的联网定额充电凭据；响应于离网定额充电请求返回的离网定额充电凭据；向充电桩输出公用许可凭据包括：向充电桩输出联网许可凭据、联网定额充电凭据或离网定额充电凭据。In some optional implementations, the public charging type includes any one of the following: an online license charging type, an online fixed charging type, and an off-grid fixed charging type; and sending a public charging request to the server includes: sending any of the following to the server Public charging request: including network licensed charging type, user account information and charging pile data; networked fixed charging request including networked fixed charging type, user account information, fixed charging quota and charging pile data; and including off-grid The off-grid fixed charging request of the fixed charging type, user account information and fixed charging amount; the public charging credentials returned by the receiving server in response to the public charging request include: the public charging credentials returned by the receiving server in response to at least any of the following public charging requests: The networking permission charging credentials returned in response to the networking permission charging request; the networking fixed charging credentials returned in response to the networking fixed charging request; the off-grid fixed charging credentials returned in response to the off-grid fixed charging request; outputting the public permission credentials to the charging pile includes: Output the network license certificate, network fixed charging certificate or off-grid fixed charging certificate to the charging pile.
在一些可选地实现方式中，方法还包括：步骤840，响应于获取充电桩输出的实际充电额度，向服务器发送包括实际充电额度的解锁请求；步骤850，接收服务器响应于解锁请求返回的解锁凭据和剩余账户余额；步骤860，向充电桩输出返回的解锁凭据并更新本地账户余额。In some optional implementations, the method further includes: step 840, in response to obtaining the actual charging amount output by the charging pile, sending an unlocking request including the actual charging amount to the server; step 850, receiving the unlocking request returned by the server in response to the unlocking request Credentials and remaining account balance; step 860, outputting the returned unlocking credential to the charging pile and updating the local account balance.
在一些可选地实现方式中，向服务器发送充电请求包括：向服务器发送限定使用时间的充电请求；接收服务器返回的充电凭据包括：接收服务器返回的限定使用时间的充电凭据；向充电桩输出充电凭据包括：向充电桩输出限定使用时间的充电凭据。In some optional implementation manners, sending the charging request to the server includes: sending a charging request with a limited usage time to the server; receiving the charging credential returned by the server includes: receiving the charging credential with a limited usage time returned by the server; The credential includes: outputting a charging credential for a limited use time to the charging pile.
应当理解，用于移动终端的向电动力车供电的方法800中记载的诸步骤分别与用于系统的向电动力车供电的方法700中描述的用于移动终端的各个步骤相对应。由此，上文针对用于系统的向电动力车供电的方法700中用于移动终端的各个步骤所描述的操作和特征同样适用于用于移动终端的向电动力车供电的方法800及其中包含的各个步骤，在此不再赘述。It should be understood that the steps described in the method 800 for powering an electric vehicle for a mobile terminal correspond to the steps for a mobile terminal described in the method 700 for powering an electric vehicle for a system. Therefore, the operations and features described above for the various steps of the mobile terminal in the method 700 for supplying power to an electric vehicle for a system are also applicable to the method 800 for supplying power to an electric vehicle for a mobile terminal and therein The various steps involved will not be repeated here.
进一步参考图9，其示出了用于服务器的向电动力车供电的方法的一个实施例的示意性流程图。如图9所示，该用于服务器的向电动力车供电的方法900，包括：Further referring to FIG. 9 , it shows a schematic flowchart of an embodiment of a method for a server to supply power to an electric vehicle. As shown in FIG. 9, the method 900 for supplying power to an electric vehicle for a server includes:
步骤910，响应于从移动终端接收的充电请求满足预设的验证规则，向移动终端返回充电凭据；其中，充电请求包括用户选定的充电类型和用户账户信息，充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。Step 910, in response to the charging request received from the mobile terminal satisfying the preset verification rules, return the charging credential to the mobile terminal; wherein, the charging request includes the charging type selected by the user and user account information, and the charging credential is used to charge to the mobile terminal via the mobile terminal. The charging pile output is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through the electronic lock to supply power to the electric vehicle.
在一些可选地实现方式中，充电类型包括以下任一：专属充电类型和公用充电类型；充电请求包括以下任一：包括专属充电类型、用户账户信息和专属充电桩数据的专属充电请求；以及至少包括公用充电类型和用户账户信息的公用充电请求；其中，用户账户信息包括用户账户的余额；响应于从移动终端接收的充电请求满足预设的验证规则，向移动终端返回充电凭据包括：响应于从移动终端接收的专属充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及用户账户信息和充电桩数据满足预设的验证规则中包括的用户账户信息与充电桩数据的专属关系，向移动终端返回专属充电凭据，其中，专属充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；或响应于从移动终端接收的公用充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回公用充电凭据，其中，公用充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。In some optional implementation manners, the charging type includes any of the following: a dedicated charging type and a public charging type; the charging request includes any of the following: a dedicated charging request including a dedicated charging type, user account information, and dedicated charging pile data; and A public charging request including at least the public charging type and user account information; wherein the user account information includes the balance of the user account; in response to the charging request received from the mobile terminal meeting the preset verification rules, returning the charging credentials to the mobile terminal includes: Response The user account information in the exclusive charging request received from the mobile terminal meets the valid user account verification conditions included in the preset verification rules, and the user account information and charging pile data meet the user account information and the user account information included in the preset verification rules. The exclusive relationship of the charging pile data returns the exclusive charging credential to the mobile terminal, wherein the exclusive charging credential is used to output to the charging pile via the mobile terminal, and is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through an electronic lock. Electric vehicle power supply; or in response to the user account information in the public charging request received from the mobile terminal meets the valid user account verification conditions included in the preset verification rules, and the balance meets the balance threshold included in the preset verification rules, Return the public charging credential to the mobile terminal, wherein the public charging credential is used to output to the charging pile via the mobile terminal, and is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through the electronic lock to supply power to the electric vehicle.
在一些可选地实现方式中，公用充电类型包括以下任意一项：联网许可充电类型、联网定额充电类型和离网定额充电类型；公用充电请求包括以下任意一项：包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；响应于从移动终端接收的公用充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回公用充电凭据包括：响应于从移动终端接收的联网许可充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回针对充电桩的联网许可充电凭据，其中，联网许可充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；响应于从移动终端接收的联网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送针对充电桩且限定定额充电额度的联网定额充电凭据，其中，联网定额充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电，以及响应于向电动力车供电的额度达到定额充电额度，停止供电并解除连接；以及响应于从移动终端接收的离网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送限定定额充电额度的离网定额充电凭据，其中，离网定额充电凭据用于经移动终端向充电桩输出，用于指示充电桩连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电，以及响应于向电动力车供电的额度达到定额充电额度，停止供电并解除连接。In some optional implementations, the public charging type includes any one of the following: network-connected permitted charging type, networked fixed-rate charging type, and off-grid fixed-rated charging type; the public charging request includes any of the following: including networked permitted charging type, user Online permission charging request for account information and charging pile data; online fixed charging request including online fixed charging type, user account information, fixed charging quota and charging pile data; including off-grid fixed charging type, user account information and fixed charging quota An off-grid fixed charging request; in response to the user account information in the public charging request received from the mobile terminal meeting the valid user account verification conditions included in the preset verification rules, and the balance meeting the balance threshold included in the preset verification rules, Returning the public charging credential to the mobile terminal includes: responding to the user account information in the network-connected permission charging request received from the mobile terminal meeting the valid user account verification conditions included in the preset verification rules, and the balance meeting the preset verification rules. The balance threshold of the charging pile is returned to the mobile terminal with the charging certificate of the network permission, wherein the charging certificate of the network permission is used to output to the charging pile through the mobile terminal, and is used to indicate that the charging pile is connected to the charging interface of the electric vehicle and locked by the electronic lock Connect and supply power to the electric vehicle; in response to the user account information in the network fixed charging request received from the mobile terminal meets the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information meets the fixed charging quota. The required account amount is deducted from the account amount required for the fixed charging amount, and the online fixed charging certificate for the charging pile and the fixed charging amount are sent to the mobile terminal. To instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through the electronic lock, to supply power to the electric vehicle, and to stop the power supply and disconnect the connection in response to the amount of power supplied to the electric vehicle reaching the fixed charging amount; The user account information in the off-grid fixed charging request received by the terminal meets the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information meets the account amount required for the fixed charging amount, deducting the amount required for the fixed charging amount account amount, and send the off-grid fixed charging certificate to the mobile terminal to limit the fixed charging amount. The off-grid fixed charging certificate is used to output to the charging pile through the mobile terminal, and is used to instruct the charging pile to connect to the charging interface of the electric vehicle and pass The electronic lock locks the connection, supplies power to the electric vehicle, and stops the power supply and releases the connection in response to the amount of power supplied to the electric vehicle reaching a fixed charge amount.
在一些可选地实现方式中，方法还包括：步骤920，响应于接收移动终端发送的解锁请求，在账户余额中扣除实际充电额度所需的账户额度，得到剩余的账户余额，其中，解锁请求为移动终端响应于获取充电桩输出的实际充电额度，向服务器发送的包括实际充电额度的解锁请求；向移动终端返回解锁凭据和剩余的账户余额，其中，解锁凭据用于经移动终端向充电桩输出，用于指示充电桩停止供电并解除连接。In some optional implementations, the method further includes: Step 920, in response to receiving the unlock request sent by the mobile terminal, deducting the account amount required for the actual charging amount from the account balance to obtain the remaining account balance, wherein the unlock request In response to obtaining the actual charging amount output by the charging pile, the mobile terminal sends an unlocking request including the actual charging amount to the server; the unlocking credential and the remaining account balance are returned to the mobile terminal, wherein the unlocking credential is used to charge the charging pile via the mobile terminal. Output, used to instruct the charging pile to stop supplying power and disconnect.
在一些可选地实现方式中，响应于从移动终端接收的充电请求满足预设的验证规则，向移动终端返回充电凭据包括：响应于从移动终端接收的限定使用时间的充电请求满足预设的验证规则，向移动终端返回限定使用时间的充电凭据，其中，充电凭据经移动终端向充电桩输出，用于指示充电桩响应于当前时间满足限定使用时间的充电凭据所限定的使用时间，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电。In some optional implementation manners, in response to the charging request received from the mobile terminal meeting a preset verification rule, returning the charging credential to the mobile terminal includes: responding to the charging request received from the mobile terminal meeting the preset Verification rules, return to the mobile terminal a charging credential with a limited usage time, wherein the charging credential is output to the charging pile via the mobile terminal, and is used to indicate that the charging pile responds to the current time meeting the usage time defined by the charging credential with a limited usage time. The charging interface of the power car is locked and connected through an electronic lock to supply power to the electric car.
应当理解，用于服务器的向电动力车供电的方法900中记载的诸步骤分别与用于系统的向电动力车供电的方法700中描述的用于服务器的各个步骤相对应。由此，上文针对用于系统的向电动力车供电的方法700中用于服务器的各个步骤所描述的操作和特征同样适用于用于服务器的向电动力车供电的方法900及其中包含的各个步骤，在此不再赘述。It should be understood that the steps described in the method 900 for supplying power to an electric vehicle for a server correspond to the steps for a server described in the method 700 for supplying power to an electric vehicle for a system. Therefore, the operations and features described above for the various steps of the server in the method 700 for supplying power to an electric vehicle for a system are also applicable to the method 900 for a server and the methods contained therein. Each step will not be repeated here.
进一步参考图10，其示出了用于充电桩的向电动力车供电的方法的一个实施例的示意性流程图。如图10所示，该用于充电桩的向电动力车供电的方法1000，包括：Further referring to FIG. 10 , it shows a schematic flowchart of an embodiment of a method for supplying power to an electric vehicle for a charging pile. As shown in Fig. 10, the method 1000 for supplying power to electric vehicles for charging piles includes:
步骤1010，响应于从移动终端输入充电凭据而指示连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电，其中，充电凭据为服务器响应于从移动终端接收的充电请求满足预设的验证规则而向移动终端返回的充电凭据，充电请求包括用户选定的充电类型和用户账户信息。Step 1010, in response to inputting the charging credential from the mobile terminal, instruct to connect the charging interface of the electric vehicle and lock the connection through the electronic lock, and supply power to the electric vehicle, wherein the charging credential is that the server responds to the charging request received from the mobile terminal and meets the predetermined requirements. The charging credentials returned to the mobile terminal according to the set verification rules, and the charging request includes the charging type selected by the user and user account information.
在一些可选地实现方式中，充电类型包括专属充电类型或公用充电类型；充电请求包括专属充电请求或公用充电请求；其中，专属充电请求包括专属充电类型、用户账户信息和专属充电桩数据；公用充电请求至少包括公用充电类型和用户账户信息，用户账户信息包括用户账户的余额；响应于从移动终端输入充电凭据而指示连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电包括：响应于输入专属充电凭据或公用充电凭据，根据专属充电凭据或公用充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；其中，专属充电凭据为服务器响应于专属充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及用户账户信息和充电桩数据满足预设的验证规则中包括的用户账户信息与充电桩数据的专属关系，向移动终端返回的专属充电凭据；公用充电凭据为服务器响应于公用充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回的公用充电凭据。In some optional implementations, the charging type includes a dedicated charging type or a public charging type; the charging request includes a dedicated charging request or a public charging request; where the dedicated charging request includes a dedicated charging type, user account information and dedicated charging pile data; The public charging request includes at least the public charging type and user account information, and the user account information includes the balance of the user account; in response to inputting the charging credentials from the mobile terminal, instructing to connect to the charging interface of the electric vehicle and locking the connection through an electronic lock, to the electric vehicle The power supply includes: in response to inputting exclusive charging credentials or public charging credentials, connecting to the charging interface of the electric vehicle according to the exclusive charging credentials or public charging credentials and locking the connection through an electronic lock, and supplying power to the electric vehicle; wherein, the exclusive charging credentials are the server response The user account information in the exclusive charging request meets the valid user account verification conditions included in the preset verification rules, and the user account information and charging pile data meet the exclusive user account information and charging pile data included in the preset verification rules. relationship, the exclusive charging credential returned to the mobile terminal; the public charging credential is that the server responds to the public charging request in which the user account information satisfies the valid user account verification conditions included in the preset verification rules, and the balance meets the preset verification rules. Included balance threshold, public charging credentials returned to the mobile terminal.
在一些可选地实现方式中，公用充电类型包括以下任意一项：联网许可充电类型、联网定额充电类型和离网定额充电类型；公用充电请求包括以下任意一项：包括联网许可充电类型、用户账户信息和充电桩数据的联网许可充电请求；包括联网定额充电类型、用户账户信息、定额充电额度和充电桩数据的联网定额充电请求；以及包括离网定额充电类型、用户账户信息和定额充电额度的离网定额充电请求；响应于输入公用充电凭据，根据公用充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电包括：响应于输入联网许可充电凭据、联网定额充电凭据或离网定额充电凭据，根据联网许可充电凭据、联网定额充电凭据或离网定额充电凭据连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；其中，联网许可充电凭据为服务器响应于联网许可充电请求中的用户账户信息满足预设的验证规则中包括的有效用户账户验证条件，以及余额满足预设的验证规则中包括的余额阈值，向移动终端返回的针对充电桩的联网许可充电凭据；联网定额充电凭据为服务器响应于联网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送的针对充电桩且限定定额充电额度的联网定额充电凭据；离网定额充电凭据为服务器响应于离网定额充电请求中用户账户信息满足预设的验证规则中包括的有效用户账户验证条件以及用户账户信息包括的账户余额满足定额充电额度所需的账户额度，扣除定额充电额度所需的账户额度，向移动终端发送的限定定额充电额度的离网定额充电凭据。In some optional implementations, the public charging type includes any one of the following: network-connected permitted charging type, networked fixed-rate charging type, and off-grid fixed-rated charging type; the public charging request includes any of the following: including networked permitted charging type, user Online permission charging request for account information and charging pile data; online fixed charging request including online fixed charging type, user account information, fixed charging quota and charging pile data; and off-grid fixed charging type, user account information and fixed charging quota In response to the input of public charging credentials, connect the charging interface of the electric vehicle according to the public charging credentials and lock the connection through the electronic lock, and supply power to the electric vehicle includes: in response to inputting the network permission charging credentials, network fixed charging According to the certificate or off-grid fixed charging certificate, according to the network license charging certificate, network fixed charging certificate or off grid fixed charging certificate, connect the charging interface of the electric vehicle and lock the connection through the electronic lock, and supply power to the electric vehicle; among them, the network license charging certificate In response to the server’s response to the user account information in the networking permission charging request meeting the valid user account verification conditions included in the preset verification rules, and the balance meeting the balance threshold included in the preset verification rules, the information returned to the mobile terminal for the charging pile The network license charging credentials; the network fixed charging credentials are the server's response to the user account information in the network fixed charging request that meets the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information meets the fixed charging quota. account amount, the account amount required to deduct the fixed charging amount, and the online fixed charging certificate sent to the mobile terminal for the charging pile and limited fixed charging amount; the off-grid fixed charging certificate is the user account in the server response to the off-grid fixed charging request The information meets the valid user account verification conditions included in the preset verification rules and the account balance included in the user account information meets the account amount required for the fixed charging amount, the account amount required for deducting the fixed charging amount, and the limited quota sent to the mobile terminal The off-grid fixed charging credential for the charging amount.
在一些可选地实现方式中，方法还包括：步骤1020，响应于充电凭据中限定定额充电额度以及向电动力车供电的额度达到定额充电额度，停止供电并解除连接；或响应于充电凭据中未限定定额充电额度，向电动力车供电至电动力车的电源的额定容量，向移动终端发送实际充电额度，响应于从移动终端输入解锁凭据，停止供电并解除连接；其中，解锁凭据为服务器响应于接收从移动终端输入的解锁请求，在账户余额中扣除实际充电额度所需的账户额度，得到剩余的账户余额，向移动终端返回的解锁凭据；解锁请求为移动终端响应于获取充电桩输出的实际充电额度，向服务器发送的包括实际充电额度的解锁请求。In some optional implementations, the method further includes: Step 1020, in response to the fixed charging quota defined in the charging certificate and the amount of power supplied to the electric vehicle reaching the fixed charging quota, stop power supply and disconnect the connection; Unlimited fixed charging quota, supplying power to the electric vehicle to the rated capacity of the power supply of the electric vehicle, sending the actual charging quota to the mobile terminal, in response to inputting the unlocking credential from the mobile terminal, stopping the power supply and disconnecting; wherein, the unlocking credential is the server In response to receiving the unlock request input from the mobile terminal, deduct the account amount required for the actual charging amount from the account balance, obtain the remaining account balance, and return the unlocking credential to the mobile terminal; the unlock request is the output of the mobile terminal in response to obtaining the charging pile. The actual charging amount, and the unlock request including the actual charging amount is sent to the server.
在一些可选地实现方式中，响应于从移动终端输入充电凭据而指示连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电包括：响应于当前时间满足从移动终端输入的限定使用时间的充电凭据所限定的使用时间，连接电动力车的充电接口并通过电子锁锁定连接，向电动力车供电；其中，限定使用时间的充电凭据为移动终端向充电桩输出的由服务器响应于从移动终端接收的限定使用时间的充电请求满足预设的验证规则，向移动终端返回限定使用时间的充电凭据；充电请求为移动终端向服务器发送限定使用时间的充电请求。In some optional implementations, in response to inputting charging credentials from the mobile terminal, instructing to connect to the charging port of the electric vehicle and locking the connection through an electronic lock, supplying power to the electric vehicle includes: responding to the current time meeting the requirements input from the mobile terminal The use time limited by the charging certificate of limited use time is connected to the charging interface of the electric vehicle and locked through the electronic lock to supply power to the electric vehicle; wherein, the charge certificate of limited use time is output by the mobile terminal to the charging pile by the server In response to the charging request of limited usage time received from the mobile terminal meeting the preset verification rules, the charging credential of limited usage time is returned to the mobile terminal; the charging request is the mobile terminal sending a charging request of limited usage time to the server.
应当理解，用于充电桩的向电动力车供电的方法1000中记载的诸步骤分别与用于系统的向电动力车供电的方法700中描述的用于充电桩的各个步骤相对应。由此，上文针对用于系统的向电动力车供电的方法700中用于充电桩的各个步骤所描述的操作和特征同样适用于用于充电桩的向电动力车供电的方法1000及其中包含的各个步骤，在此不再赘述。It should be understood that the steps described in the method 1000 for supplying power to an electric vehicle for a charging pile correspond to the steps for a charging pile described in the method 700 for supplying power to an electric vehicle for a system. Therefore, the operations and features described above for each step in the method 700 for supplying power to an electric vehicle for a system are also applicable to the method 1000 for supplying power to an electric vehicle for a charging pile and therein The various steps involved will not be repeated here.
下面参考图11，其示出了适于用来实现本申请实施例的移动终端或服务器的计算机系统1100的结构示意图。Referring now to FIG. 11 , it shows a schematic structural diagram of a computer system 1100 suitable for implementing a mobile terminal or a server according to an embodiment of the present application.
如图11所示，计算机系统1100包括中央处理单元(CPU)1101，其可以根据存储在只读存储器(ROM)1102中的程序或者从存储部分1108加载到随机访问存储器(RAM)1103中的程序而执行各种适当的动作和处理。在RAM1103中，还存储有系统1100操作所需的各种程序和数据。CPU1101、ROM1102以及RAM1103通过总线1104彼此相连。输入/输出(I/O)接口1105也连接至总线1104。As shown in FIG. 11 , a computer system 1100 includes a central processing unit (CPU) 1101, which can operate according to a program stored in a read-only memory (ROM) 1102 or a program loaded from a storage section 1108 into a random access memory (RAM) 1103 Instead, various appropriate actions and processes are performed. In the RAM 1103, various programs and data necessary for the operation of the system 1100 are also stored. The CPU 1101 , ROM 1102 , and RAM 1103 are connected to each other via a bus 1104 . An input/output (I/O) interface 1105 is also connected to the bus 1104 .
以下部件连接至I/O接口1105：包括键盘、鼠标等的输入部分1106；包括诸如阴极射线管(CRT)、液晶显示器(LCD)等以及扬声器等的输出部分1107；包括硬盘等的存储部分1108；以及包括诸如LAN卡、调制解调器等的网络接口卡的通信部分1109。通信部分1109经由诸如因特网的网络执行通信处理。驱动器1110也根据需要连接至I/O接口1105。可拆卸介质1111，诸如磁盘、光盘、磁光盘、半导体存储器等等，根据需要安装在驱动器1110上，以便于从其上读出的计算机程序根据需要被安装入存储部分1108。The following components are connected to the I/O interface 1105: an input section 1106 including a keyboard, a mouse, etc.; an output section 1107 including a cathode ray tube (CRT), a liquid crystal display (LCD), etc., and a speaker; a storage section 1108 including a hard disk, etc. and a communication section 1109 including a network interface card such as a LAN card, a modem, or the like. The communication section 1109 performs communication processing via a network such as the Internet. A drive 1110 is also connected to the I/O interface 1105 as needed. A removable medium 1111 such as a magnetic disk, optical disk, magneto-optical disk, semiconductor memory, etc. is mounted on the drive 1110 as necessary so that a computer program read therefrom is installed into the storage section 1108 as necessary.
特别地，根据本公开的实施例，上文参考流程图描述的过程可以被实现为计算机软件程序。例如，本公开的实施例包括一种计算机程序产品，其包括有形地包含在机器可读介质上的计算机程序，所述计算机程序包含用于执行流程图所示的方法的程序代码。在这样的实施例中，该计算机程序可以通过通信部分1109从网络上被下载和安装，和/或从可拆卸介质1111被安装。在该计算机程序被中央处理单元(CPU)1101执行时，执行本申请的方法中限定的上述功能。In particular, according to an embodiment of the present disclosure, the processes described above with reference to the flowcharts can be implemented as computer software programs. For example, embodiments of the present disclosure include a computer program product including a computer program tangibly embodied on a machine-readable medium, the computer program including program code for performing the methods shown in the flowcharts. In such an embodiment, the computer program may be downloaded and installed from a network via communication portion 1109 and/or installed from removable media 1111 . When the computer program is executed by the central processing unit (CPU) 1101, the above-mentioned functions defined in the method of the present application are performed.
附图中的流程图和框图，图示了按照本申请各种实施例的系统、方法和计算机程序产品的可能实现的体系架构、功能和操作。在这点上，流程图或框图中的每个方框可以代表一个模块、程序段、或代码的一部分，所述模块、程序段、或代码的一部分包含一个或多个用于实现规定的逻辑功能的可执行指令。也应当注意，在有些作为替换的实现中，方框中所标注的功能也可以以不同于附图中所标注的顺序发生。例如，两个接连地表示的方框实际上可以基本并行地执行，它们有时也可以按相反的顺序执行，这依所涉及的功能而定。也要注意的是，框图和/或流程图中的每个方框、以及框图和/或流程图中的方框的组合，可以用执行规定的功能或操作的专用的基于硬件的系统来实现，或者可以用专用硬件与计算机指令的组合来实现。The flowchart and block diagrams in the Figures illustrate the architecture, functionality, and operation of possible implementations of systems, methods and computer program products according to various embodiments of the present application. In this regard, each block in a flowchart or block diagram may represent a module, program segment, or portion of code that contains one or more logic devices for implementing the specified Executable instructions for a function. It should also be noted that, in some alternative implementations, the functions noted in the block may occur out of the order noted in the figures. For example, two blocks shown in succession may, in fact, be executed substantially concurrently, or they may sometimes be executed in the reverse order, depending upon the functionality involved. It should also be noted that each block of the block diagrams and/or flowchart illustrations, and combinations of blocks in the block diagrams and/or flowchart illustrations, can be implemented by a dedicated hardware-based system that performs the specified functions or operations , or may be implemented by a combination of dedicated hardware and computer instructions.
描述于本申请实施例中所涉及到的模块可以通过软件的方式实现，也可以通过硬件的方式来实现。所描述的模块也可以设置在处理器中，例如，可以描述为：一种处理器包括充电请求发送模块、充电凭据接收模块和充电凭据输出模块。其中，这些模块的名称在某种情况下并不构成对该模块本身的限定，例如，充电请求发送模块还可以被描述为“用于向服务器发送充电请求的模块”。The modules involved in the embodiments described in the present application may be implemented by means of software or hardware. The described modules can also be set in a processor, for example, it can be described as: a processor includes a charging request sending module, a charging credential receiving module and a charging credential outputting module. Wherein, the names of these modules do not constitute a limitation on the module itself under certain circumstances, for example, the charging request sending module may also be described as "a module for sending a charging request to the server".
作为另一方面，本申请还提供了一种非易失性计算机存储介质，该非易失性计算机存储介质可以是上述实施例中所述装置中所包含的非易失性计算机存储介质；也可以是单独存在，未装配入终端中的非易失性计算机存储介质。上述非易失性计算机存储介质存储有一个或者多个程序，当所述一个或者多个程序被一个设备执行时，使得所述设备：向服务器发送充电请求，其中，所述充电请求包括用户选定的充电类型和用户账户信息；接收所述服务器返回的充电凭据，其中，所述充电凭据用于指示充电桩连接电动力车的充电接口并通过电子锁锁定所述连接，向所述电动力车供电；向充电桩输出所述充电凭据。As another aspect, the present application also provides a non-volatile computer storage medium, which may be the non-volatile computer storage medium contained in the device described in the above embodiments; It may be a non-volatile computer storage medium that exists independently and is not assembled into the terminal. The above-mentioned non-volatile computer storage medium stores one or more programs, and when the one or more programs are executed by a device, the device: sends a charging request to the server, wherein the charging request includes user selected The specified charging type and user account information; receive the charging credential returned by the server, wherein the charging credential is used to instruct the charging pile to connect to the charging interface of the electric vehicle and lock the connection through an electronic lock. supplying power to the vehicle; outputting the charging credentials to the charging pile.
以上描述仅为本申请的较佳实施例以及对所运用技术原理的说明。本领域技术人员应当理解，本申请中所涉及的发明范围，并不限于上述技术特征的特定组合而成的技术方案，同时也应涵盖在不脱离所述发明构思的情况下，由上述技术特征或其等同特征进行任意组合而形成的其它技术方案。例如上述特征与本申请中公开的(但不限于)具有类似功能的技术特征进行互相替换而形成的技术方案。The above description is only a preferred embodiment of the present application and an illustration of the applied technical principles. Those skilled in the art should understand that the scope of the invention involved in this application is not limited to the technical solution formed by the specific combination of the above-mentioned technical features, but should also cover the technical solutions made by the above-mentioned technical features without departing from the inventive concept. Other technical solutions formed by any combination of or equivalent features thereof. For example, a technical solution formed by replacing the above-mentioned features with technical features with similar functions disclosed in (but not limited to) this application.
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| CN201610105809.XACN105575000B (en) | 2015-10-29 | 2016-02-25 | The system and method powered to electric power vehicle |
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| CN201610105809.XACN105575000B (en) | 2015-10-29 | 2016-02-25 | The system and method powered to electric power vehicle |
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| TR01 | Transfer of patent right | Effective date of registration:20220628 Address after:224051 No. 258, Ruihe Road, Yancheng City, Jiangsu Province Patentee after:Jiangsu Gaode Rail Transit Technology Co.,Ltd. Address before:No. 666, Yingbin Avenue, Nanyang Economic Zone, Yancheng City, Jiangsu Province, 224045 Patentee before:YANCHENG HUIZHONG NEW ENERGY TECHNOLOGY Co.,Ltd. | |
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee | Granted publication date:20190521 |