meteorological monitoring system

Meteorological Monitoring System The meteorological monitoring system independently developed and produced by Shenzhen Telikang Technology Co., Ltd. is a multi-element micro-meteorological monitoring system designed for the local meteorological environment monitoring of transmission line corridors. It can monitor meteorological parameters such as ambient temperature, humidity, wind speed, wind direction and air pressure, and can customize other measurement elements according to user needs. The collected various meteorological parameters and their changes are transmitted in real time to the expert analysis system through 3G/GPRS/EDGE/CDMA1X network. The expert analysis system can store, count and analyze the collected data, and display all data to users through various reports, statistical charts, curves and other forms. When abnormal conditions occur, the system will send pre-alarm information in multiple ways to prompt managers to pay attention to the alarm points or take necessary preventive measures. The front-end monitoring terminal is mainly composed of a multi-parameter measuring meteorological sensor, which integrates the measurement of five parameters: wind speed, wind direction, temperature, humidity and atmospheric pressure. It has the characteristics of compact structure, no moving parts, sturdiness and durability, and does not require maintenance and on-site calibration. Main Functional Features of the Meteorological Monitoring System 1. Adopts wireless 3G/GPRS/CDMA network to transmit micro-meteorological data to the monitoring center system. 2. Has the function of remotely controlling the collection of various micro-meteorological data. 3. Has the function of automatically analyzing and alarming to prompt the on-duty personnel. 4. Adopts a three-layer high-quality sealed metal box, which has good anti-electromagnetic interference capability, as well as sealing, lightning protection, rainproof, dustproof and other functions. 5. Adopts efficient solar energy and storage battery power supply methods, and can remotely control the power supply of the pan/tilt camera. 6. Has the self-heating function to work in high and low temperature environments. 7. Has a large monitoring capacity and can set multi-level user permission management. Main Technical Parameters of the Meteorological Monitoring System Name Technical Indicators Working Voltage DC12V Power Supply Method Solar energy and high-performance polymer battery Communication Method 3G/GPRS/CDMA Data Channel RS485 transparent transmission Alarm Channel 1 channel, normally open/normally closed Wind Speed Detection Measurement range: 0－60 m/s Measurement accuracy: ±0.2 m/s (when wind speed is in the range of 0～5 m/s) Wind Direction Detection Measurement range: 0～360° full range, no blind area Accuracy: ±3° Temperature Detection Measurement range: -40～+123.8℃ Measurement accuracy: ±0.3℃ (typical value) Humidity Detection Measurement range: 0－100% RH Measurement accuracy: ±2% RH (typical value) Air Pressure Detection Measurement range: 10－1100 HPa Measurement accuracy: ±0.5 HPa (25℃) In recent years, freezing weather has been relatively severe in China, causing great losses and inconvenience to most areas of the country, especially the southwest region. The application of engineering case diagrams of the tower meteorological disaster monitoring and alarm system will change the history of line monitoring. It can effectively reduce power line faults and ensure the smooth progress of our life and production.