阅读说明：本技术 一种高压输变电系统的数据传输和保存方法 (Data transmission and storage method of high-voltage power transmission and transformation system ) 是由 陈旭 孙晓伟 谭华宏 严铭 刘敏 李胜华 于 2018-12-24 设计创作，主要内容包括：本发明公开了一种高压输变电系统的数据传输和保存方法,它包括以下步骤：一,首先将温度传感器、烟雾传感器和摄像头安装在高压输变电系统的监控盒内,监控盒的温度传感器、烟雾传感器和摄像头将检测的信号通过WIFI信号转换器转换成WiFi信号并通过WIFI传输终端传输出去；二,在高压输变电系统的基站内安装有WiFi服务平台和WiFi信号接收器,WIFI数据通过WiFi服务器传输给后台控制终端；步骤三,后台控制终端内设有中央处理器、终端数据库、短信服务器连接和短信采集装置,步骤二中保存的检测信号数据传输给中央处理器进行报警处理并通过无线信号传输给高压输变系统的上设有的临时灭火喷淋装置对输变线路进行临时灭火处理,同时通过短信服务器采集的数据输入短信服务器进行处理。(The invention discloses a data transmission and storage method of a high-voltage power transmission and transformation system, which comprises the following steps: firstly, a temperature sensor, a smoke sensor and a camera are installed in a monitoring box of a high-voltage power transmission and transformation system, and detected signals are converted into WiFi signals through a WIFI signal converter and transmitted out through a WIFI transmission terminal by the temperature sensor, the smoke sensor and the camera of the monitoring box; secondly, a WiFi service platform and a WiFi signal receiver are installed in a base station of the high-voltage power transmission and transformation system, and WIFI data are transmitted to a background control terminal through a WiFi server; and step three, a central processing unit, a terminal database, a short message server connection and a short message acquisition device are arranged in the background control terminal, the detection signal data stored in the step two are transmitted to the central processing unit for alarm processing and transmitted to a temporary fire extinguishing spray device arranged on the high-voltage transmission and transformation system through wireless signals for temporary fire extinguishing processing of the transmission and transformation line, and meanwhile, the data acquired by the short message server are input to the short message server for processing.)

1. A data transmission and storage method of a high-voltage power transmission and transformation system is characterized by comprising the following steps:

firstly, a temperature sensor, a smoke sensor and a camera are arranged in a monitoring box of a high-voltage power transmission and transformation system, the monitoring box is arranged in a slide rail of a power transmission and transformation line, the monitoring box moves monitoring information back and forth in the slide rail, WIFI signal converters are arranged at the output ends of the temperature sensor, the smoke sensor and the camera, the temperature sensor, the smoke sensor and the camera convert detected signals into WiFi signals through the WIFI signal converters and transmit the WiFi signals through a WIFI transmission terminal,

step two, a WiFi service platform and a WiFi signal receiver are installed in a base station of the high-voltage power transmission and transformation system, signals transmitted by the WIFI transmission terminal in the step one are transmitted to the WiFi service platform for first backup storage, and WIFI data are transmitted to a background control terminal through a WiFi server;

and step three, a central processing unit, a terminal database, a short message server connection and a short message acquisition device are arranged in the background control terminal, the detection signal data stored in the step two are transmitted to the central processing unit for alarm processing and transmitted to a temporary fire extinguishing spray device arranged on the high-voltage transmission and transformation system through wireless signals for temporary fire extinguishing processing of a transmission and transformation line, meanwhile, the data acquired through the short message server are input to the short message server for processing, the processed data are transmitted to a fire safety department of the base station in a short message form through the short message acquisition device, the fire safety department of the base station immediately monitors and processes a dangerous area on site, and meanwhile, the processing information is transmitted back to the short message server for storage and backup storage.

2. The method as claimed in claim 1, wherein the short message server is a MAS short message service terminal.

3. The method as claimed in claim 1, wherein the temporary fire sprinkler is a foam fire extinguisher.

4. The method as claimed in claim 1, wherein the short message server and the short message collection device are transmitted via RS-485 protocol.

Technical Field

The invention relates to a data transmission and storage method of a high-voltage power transmission and transformation system.

Background

The more the high-power transmission and transformation system of the current power system becomes, but the high-power transmission and transformation system needs a plurality of transformation systems to be transported to a transformer substation after transformation for a plurality of times, so that the freezing environment and the fire environment are easy to appear in the northern freezing environment or the fire environment of a mountain area in the process of power transmission and transformation, the damage of a power transmission and transformation line can be caused, and the efficiency and the safety of the power transmission and transformation line are greatly influenced.

Disclosure of Invention

The invention provides a data transmission and storage method of a high-voltage power transmission and transformation system, which can effectively output, transmit and store dangerous signals in the high-voltage power transmission and transformation system and effectively avoid the condition of damaging a power transmission and transformation line.

The invention adopts the following technical scheme: a data transmission and storage method of a high-voltage power transmission and transformation system comprises the following steps:

firstly, a temperature sensor, a smoke sensor and a camera are arranged in a monitoring box of a high-voltage power transmission and transformation system, the monitoring box is arranged in a slide rail of a power transmission and transformation line, the monitoring box moves monitoring information back and forth in the slide rail, WIFI signal converters are arranged at the output ends of the temperature sensor, the smoke sensor and the camera, the temperature sensor, the smoke sensor and the camera convert detected signals into WiFi signals through the WIFI signal converters and transmit the WiFi signals through a WIFI transmission terminal,

step two, a WiFi service platform and a WiFi signal receiver are installed in a base station of the high-voltage power transmission and transformation system, signals transmitted by the WIFI transmission terminal in the step one are transmitted to the WiFi service platform for first backup storage, and WIFI data are transmitted to a background control terminal through a WiFi server;

and step three, a central processing unit, a terminal database, a short message server connection and a short message acquisition device are arranged in the background control terminal, the detection signal data stored in the step two are transmitted to the central processing unit for alarm processing and transmitted to a temporary fire extinguishing spray device arranged on the high-voltage transmission and transformation system through wireless signals for temporary fire extinguishing processing of a transmission and transformation line, meanwhile, the data acquired through the short message server are input to the short message server for processing, the processed data are transmitted to a fire safety department of the base station in a short message form through the short message acquisition device, the fire safety department of the base station immediately monitors and processes a dangerous area on site, and meanwhile, the processing information is transmitted back to the short message server for storage and backup storage.

The short message server is a MAS short message service terminal. The temporary fire-extinguishing spraying device is provided with a foam fire extinguisher. The short message server and the short message acquisition device are transmitted through an RS-485 protocol.

The invention has the following beneficial effects: the invention not only improves the capability of acquiring and monitoring the environmental parameters and the processing capability beside the high-voltage power transmission and transformation line, but also can send alarm information to a designated supervision department in a WIFI processing mode and a real-time short message mode, greatly improves the safety processing reliability and stability of the high-voltage power transmission and transformation line, can select automatic or manual transmission of required contents, can inquire, operate and manage the data in a database, achieves data sharing, and can control a temporary fire extinguishing device to control fire extinguishing, thereby preventing further safety diffusion.

Detailed Description

The invention discloses a data transmission and storage method of a high-voltage power transmission and transformation system, which comprises the following steps that firstly, a temperature sensor, a smoke sensor and a camera are arranged in a monitoring box of the high-voltage power transmission and transformation system, the monitoring box is arranged in a slide rail of a power transmission and transformation line, the monitoring box moves monitoring information back and forth in the slide rail, the output ends of the temperature sensor, the smoke sensor and the camera are provided with WIFI signal converters, and the temperature sensor, the smoke sensor and the camera convert detected signals into WiFi signals through the WIFI signal converters and transmit the WiFi signals through a WIFI transmission terminal; step two, a WiFi service platform and a WiFi signal receiver are installed in a base station of the high-voltage power transmission and transformation system, signals transmitted by the WIFI transmission terminal in the step one are transmitted to the WiFi service platform for first backup storage, and WIFI data are transmitted to a background control terminal through a WiFi server; step three, a central processing unit, a terminal database, a short message server connection and a short message acquisition device are arranged in the background control terminal, the detection signal data stored in the step two is transmitted to the central processing unit for alarm processing and is transmitted to a temporary fire-extinguishing spray device arranged on the high-voltage transmission and transformation system through a wireless signal for temporary fire-extinguishing processing on a transmission and transformation line, meanwhile, the data acquired by the short message server is input into the short message server for processing, the processed data is transmitted to a fire safety department of the base station through the short message acquisition device in the form of short messages, the fire safety department of the base station immediately monitors and processes a dangerous area on site, and simultaneously transmits the processing information back to the short message server for storage, backup and storage, the short message server is an MAS short message service terminal, and the temporary fire-extinguishing spray device is provided with a, the short message server and the short message acquisition device are transmitted through an RS-485 protocol.