技术领域Technical Field
本发明涉及一种基于工业互联网的高铁供电智能运维平台。The present invention relates to an intelligent operation and maintenance platform for high-speed railway power supply based on industrial Internet.
背景技术Background technique
高铁铁路电力中压配电系统由配电所、站场供电线路、区间贯通线路以及变电所高压部分组成，为铁路沿线高铁和用电负荷供电，其供电可靠性和电能质量直接影响铁路的安全运行。供电系统可靠正常的持续运行状态对整个高铁的运行安全具有决定性影响。高铁供电系统的设备维护工作复杂、专业多、设备分布广，并且维护频次、成本和要求日益上升，传统的定期检修和事后检修模式难以满足可持续发展的需求，其存在以下几方面问题：The medium-voltage power distribution system of high-speed railways consists of distribution stations, station power supply lines, section through lines and high-voltage parts of substations. It supplies power to high-speed railways and power loads along the railway. Its power supply reliability and power quality directly affect the safe operation of the railway. The reliable and normal continuous operation of the power supply system has a decisive impact on the safe operation of the entire high-speed railway. The equipment maintenance work of the high-speed railway power supply system is complex, multi-disciplinary, and the equipment is widely distributed. In addition, the maintenance frequency, cost and requirements are increasing. The traditional regular maintenance and post-maintenance model is difficult to meet the needs of sustainable development. It has the following problems:
（1）运维工作存在人力瓶颈；(1) There is a manpower bottleneck in operation and maintenance work;
（2）各系统不能互联互通，无法产生新质能力，缺少全景监控平台；(2) The systems cannot be interconnected, new capabilities cannot be generated, and there is a lack of a panoramic monitoring platform;
（3）运维数据总体处于分散状态，数据分析应用能力不足；(3) Operation and maintenance data is generally scattered, and data analysis and application capabilities are insufficient;
（4）设备运行管控未能闭环管理。(4) Equipment operation control failed to implement closed-loop management.
发明内容Summary of the invention
本发明的目的是克服现有技术的不足而提供一种基于工业互联网的高铁供电智能运维平台，对高铁供电系统的设备实行全方位、全流程管理，节省人力，运行安全、可靠稳定。The purpose of the present invention is to overcome the shortcomings of the prior art and provide a high-speed railway power supply intelligent operation and maintenance platform based on the industrial Internet, which implements all-round and full-process management of the equipment of the high-speed railway power supply system, saves manpower, and ensures safe, reliable and stable operation.
为了达到上述目的，本发明是这样实现的，其是一种基于工业互联网的高铁供电智能运维平台，包括高铁电力配电所1-n个、区间变电所1-m个、站内变电所1-k个、工区变电所1-u个、地方变电所1-v个及其它变电所1-w个；其特征在于还包括遥控机器人1-x个、无人机1-y架、传感输入设备1-z台、综合数据环网、智能运维服务器、电力监控系统、屏幕综合显示器、立体环境感知器、信息状态监控器及智能运维后台控制指令器；所述遥控机器人1-x个、无人机1-y架及传感输入设备1-z台均分别采集高铁电力配电所1-n个、区间变电所1-m个、站内变电所1-k个、工区变电所1-u个、地方变电所1-v个及其它变电所1-w个的参数和数据并各自将所采集的参数和数据通过综合数据环网输入至智能运维服务器，所述智能运维服务器将接收到的信号进行处理分析后控制电力监控系统，同时智能运维服务器也将信号输入至屏幕综合显示器显示；所述智能运维后台控制指令器通过智能运维服务器操作电力监控系统并将操作信号在屏幕综合显示器显示，智能运维后台控制指令器还能通过智能运维服务器及综合数据环网操作遥控机器人1-x个、无人机1-y架及传感输入设备1-z台，智能运维后台控制指令器还能通过智能运维服务器分别操作立体环境感知器及信息状态监控器；所述立体环境感知器可将感知的信号通过智能运维服务器及综合数据环网操作遥控机器人1-x个、无人机1-y架及传感输入设备1-z台，所述信息状态监控器可将感知的信号通过智能运维服务器及综合数据环网操作遥控机器人1-x个、无人机1-y架及传感输入设备1-z台。In order to achieve the above-mentioned purpose, the present invention is implemented as follows: it is a high-speed rail power supply intelligent operation and maintenance platform based on the industrial Internet, including 1-n high-speed rail power distribution stations, 1-m interval substations, 1-k substations in stations, 1-u substations in work areas, 1-v local substations and 1-w other substations; it is characterized in that it also includes 1-x remote-controlled robots, 1-y drones, 1-z sensor input devices, a comprehensive data ring network, an intelligent operation and maintenance server, a power monitoring system, a screen integrated display, a three-dimensional environment sensor, an information status monitor and an intelligent operation and maintenance background control commander; the 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices respectively collect parameters and data of 1-n high-speed rail power distribution stations, 1-m interval substations, 1-k substations in stations, 1-u substations in work areas, 1-v local substations and 1-w other substations, and each inputs the collected parameters and data to the intelligent operation and maintenance server through the comprehensive data ring network The intelligent operation and maintenance server processes and analyzes the received signal and then controls the power monitoring system. At the same time, the intelligent operation and maintenance server also inputs the signal to the screen integrated display for display; the intelligent operation and maintenance background control commander operates the power monitoring system through the intelligent operation and maintenance server and displays the operation signal on the screen integrated display. The intelligent operation and maintenance background control commander can also operate 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices through the intelligent operation and maintenance server and the integrated data ring network. The intelligent operation and maintenance background control commander can also operate the three-dimensional environment sensor and the information status monitor respectively through the intelligent operation and maintenance server; the three-dimensional environment sensor can use the perceived signal to operate 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices through the intelligent operation and maintenance server and the integrated data ring network, and the information status monitor can use the perceived signal to operate 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices through the intelligent operation and maintenance server and the integrated data ring network.
本发明与现有技术相比的优点为：对高铁供电系统的设备实行全方位、全流程管理，节省人力，运行安全、可靠稳定。Compared with the prior art, the advantages of the present invention are: all-round and full-process management of the equipment of the high-speed railway power supply system is implemented, manpower is saved, and the operation is safe, reliable and stable.
附图说明BRIEF DESCRIPTION OF THE DRAWINGS
图1是本发明的结构示意图；Fig. 1 is a schematic structural diagram of the present invention;
图2是本发明的控制流程图。FIG. 2 is a control flow chart of the present invention.
具体实施方式Detailed ways
下面结合附图对本发明的具体实施方式作进一步说明。在此需要说明的是，对于这些实施方式的说明用于帮助理解本发明，但并不构成对本发明的限定。此外，下面所描述的本发明各个实施方式中所涉及到的技术特征只要彼此之间未构成冲突就可以互相结合。The specific embodiments of the present invention are further described below in conjunction with the accompanying drawings. It should be noted that the description of these embodiments is used to help understand the present invention, but does not constitute a limitation of the present invention. In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not conflict with each other.
如图1及图2所示，其是一种基于工业互联网的高铁供电智能运维平台，包括高铁电力配电所1-n个、区间变电所1-m个、站内变电所1-k个、工区变电所1-u个、地方变电所1-v个、其它变电所1-w个、遥控机器人1-x个、无人机1-y架、传感输入设备1-z台、综合数据环网、智能运维服务器、电力监控系统、屏幕综合显示器、立体环境感知器、信息状态监控器及智能运维后台控制指令器；所述遥控机器人1-x个、无人机1-y架及传感输入设备1-z台均分别采集高铁电力配电所1-n个、区间变电所1-m个、站内变电所1-k个、工区变电所1-u个、地方变电所1-v个及其它变电所1-w个的参数和数据并各自将所采集的参数和数据通过综合数据环网输入至智能运维服务器，所述智能运维服务器将接收到的信号进行处理分析后控制电力监控系统，同时智能运维服务器也将信号输入至屏幕综合显示器显示；所述智能运维后台控制指令器通过智能运维服务器操作电力监控系统并将操作信号在屏幕综合显示器显示，智能运维后台控制指令器还能通过智能运维服务器及综合数据环网操作遥控机器人1-x个、无人机1-y架及传感输入设备1-z台，智能运维后台控制指令器还能通过智能运维服务器分别操作立体环境感知器及信息状态监控器；所述立体环境感知器可将感知的信号通过智能运维服务器及综合数据环网操作遥控机器人1-x个、无人机1-y架及传感输入设备1-z台，所述信息状态监控器可将感知的信号通过智能运维服务器及综合数据环网操作遥控机器人1-x个、无人机1-y架及传感输入设备1-z台。As shown in Figures 1 and 2, it is an intelligent operation and maintenance platform for high-speed rail power supply based on the industrial Internet, including 1-n high-speed rail power distribution stations, 1-m interval substations, 1-k station substations, 1-u work area substations, 1-v local substations, 1-w other substations, 1-x remote-controlled robots, 1-y drones, 1-z sensor input devices, an integrated data ring network, an intelligent operation and maintenance server, a power monitoring system, a screen integrated display, a three-dimensional environment sensor, an information status monitor and an intelligent operation and maintenance background control commander; the 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices respectively collect parameters and data of 1-n high-speed rail power distribution stations, 1-m interval substations, 1-k station substations, 1-u work area substations, 1-v local substations and 1-w other substations, and each inputs the collected parameters and data to the intelligent operation and maintenance server through the integrated data ring network, and the intelligent operation and maintenance service The device processes and analyzes the received signal and then controls the power monitoring system. At the same time, the intelligent operation and maintenance server also inputs the signal to the screen integrated display for display; the intelligent operation and maintenance background control commander operates the power monitoring system through the intelligent operation and maintenance server and displays the operation signal on the screen integrated display. The intelligent operation and maintenance background control commander can also operate 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices through the intelligent operation and maintenance server and the integrated data ring network. The intelligent operation and maintenance background control commander can also operate the three-dimensional environment sensor and the information status monitor respectively through the intelligent operation and maintenance server; the three-dimensional environment sensor can use the perceived signal to operate 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices through the intelligent operation and maintenance server and the integrated data ring network, and the information status monitor can use the perceived signal to operate 1-x remote-controlled robots, 1-y drones and 1-z sensor input devices through the intelligent operation and maintenance server and the integrated data ring network.
工作时，高铁电力配电所1-n个、区间变电所1-m个、站内变电所1-k个、工区变电所1-u个、地方变电所1-v个及其它变电所1-w个构成现场设备层，遥控机器人1-x个、无人机1-y架及传感输入设备1-z台构成数据采集层，综合数据环网及智能运维服务器构成智能监测层，电力监控系统、屏幕综合显示器、立体环境感知器、信息状态监控器及智能运维后台控制指令器构成营运中心层，这样本发明包含了现场设备层、数据采集层、智能监测层和营运中心层四类子系统，通过所涵盖的遥控机器人、无人机、立体环境感知器、信息状态监控四大核心模块，实现供电设备的全体信息感知。其可以根据自动/手动生成的巡检工单自主规划巡检路线，开展供电设备的巡检工作，对变电所内设备、环境、安防状态进行实时在线监测及智能管控，并通过营运中心显示各种信息和状态。When working, 1-n high-speed rail power distribution stations, 1-m interval substations, 1-k substations in stations, 1-u substations in work areas, 1-v local substations and 1-w other substations constitute the field equipment layer, 1-x remote control robots, 1-y drones and 1-z sensor input devices constitute the data acquisition layer, the comprehensive data ring network and the intelligent operation and maintenance server constitute the intelligent monitoring layer, the power monitoring system, the screen integrated display, the three-dimensional environment sensor, the information status monitor and the intelligent operation and maintenance background control commander constitute the operation center layer, so that the present invention includes four subsystems of the field equipment layer, the data acquisition layer, the intelligent monitoring layer and the operation center layer, and realizes the overall information perception of the power supply equipment through the four core modules of the remote control robot, drone, three-dimensional environment sensor and information status monitoring. It can independently plan the inspection route according to the inspection work order generated automatically/manually, carry out the inspection work of the power supply equipment, conduct real-time online monitoring and intelligent control of the equipment, environment and security status in the substation, and display various information and status through the operation center.
在本实施例中，综合数据环网采用工业互联网，智能运维服务器采用的设备型号LUMES-400-IOMS,电力监控系统采用的设备型号LUMES-400-PSCADA，屏幕综合显示器采用的设备型号LUMES-400-SID，立体环境感知器采用的设备型号LUMES-400-SES，信息状态监控器采用的设备型号LUMES-400-ISM，智能运维后台控制指令器采用的设备型号LUMES-400-IOMBCA，传感输入设备1-z台采用的设备型号LUMES-400-SID-3-V（三相电压表）、LUMES-400-SID-3-I（三相电流表）、LUMES-400-SID-3-P（三相功率表）、LUMES-400-SID-3-COS（功率因数表）或LUMES-400-SID-PSM（相序表）等等。In this embodiment, the integrated data ring network adopts the industrial Internet, the intelligent operation and maintenance server adopts the device model LUMES-400-IOMS, the power monitoring system adopts the device model LUMES-400-PSCADA, the screen integrated display adopts the device model LUMES-400-SID, the stereoscopic environment sensor adopts the device model LUMES-400-SES, the information status monitor adopts the device model LUMES-400-ISM, the intelligent operation and maintenance background control commander adopts the device model LUMES-400-IOMBCA, the sensor input devices 1-z adopt the device model LUMES-400-SID-3-V (three-phase voltmeter), LUMES-400-SID-3-I (three-phase ammeter), LUMES-400-SID-3-P (three-phase power meter), LUMES-400-SID-3-COS (power factor meter) or LUMES-400-SID-PSM (phase sequence meter), etc.
以上结合附图对本发明的实施方式作出详细说明，但本发明不局限于所描述的实施方式。对于本领域的普通技术人员而言，在不脱离本发明的原理和宗旨的情况下对这些实施方式进行多种变化、修改、替换及变形仍落入在本发明的保护范围内。The embodiments of the present invention are described in detail above with reference to the accompanying drawings, but the present invention is not limited to the described embodiments. For those skilled in the art, various changes, modifications, substitutions and deformations of these embodiments without departing from the principles and purposes of the present invention still fall within the scope of protection of the present invention.
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| CN202110731732.8ACN113240143B (en) | 2021-06-30 | 2021-06-30 | High-speed rail power supply intelligent operation and maintenance platform based on industrial Internet |
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| CN202110731732.8ACN113240143B (en) | 2021-06-30 | 2021-06-30 | High-speed rail power supply intelligent operation and maintenance platform based on industrial Internet |
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