Real-time Meteorological Monitoring System for Transmission Line Corridors

Product Alias: Transmission Line Micro-Meteorological Monitoring System, Line Meteorological Disaster Monitoring and Early Warning System,

Product Model: TLKS-PMG-WT

Real-Time Meteorological Monitoring System for Transmission Line Corridors

I. Product Description:

Real-Time Meteorological Monitoring System for Transmission Line Corridors, as an indispensable intelligent tool for modern power system operation and maintenance, is meticulously designed to address complex and variable meteorological challenges, ensuring the safe and stable operation of transmission lines. This system integrates high-precision monitoring technology, real-time data analysis capabilities, remote monitoring methods, and early warning mechanisms, constructing a robust information barrier. It provides power system managers with comprehensive, accurate, and immediate meteorological conditions around the transmission lines. Through this detailed data support, the system not only enhances the resilience of the power grid but also significantly promotes the safety and stability of grid operation, marking an important milestone in the intelligent advancement of modern power operation and maintenance management.

II. Working Principle:

Real-Time Meteorological Monitoring System for Transmission Line Corridors, as a highly integrated intelligent system, its core components include a precision sensor array, core processing host, efficient solar power supply panel, stable wireless transmission module, and reliable power system. The system uses high-precision sensors at the front end to continuously capture key meteorological elements such as wind direction, wind speed, temperature, humidity, air pressure, and precipitation, ensuring the real-time and accuracy of data. The collected raw data is then transmitted to the core processing host, which is equipped with a high-performance processor responsible for preliminary data screening, compression, and encryption, effectively improving data transmission efficiency and security. Subsequently, the meticulously processed data is quickly and stably sent to the remote monitoring center via an advanced wireless transmission module. At the monitoring center, a professional software platform with powerful data processing and analysis capabilities is deployed. Upon receiving data from the field, the software platform immediately initiates an in-depth analysis process, converting complex meteorological data into intuitive and understandable information charts and reports. Relying on these detailed data and intuitive displays, staff can quickly grasp the meteorological dynamics around the transmission lines, accurately assess potential risks, and formulate and implement corresponding preventive and response measures accordingly, ensuring that the transmission lines can operate safely and stably under complex and variable meteorological conditions.

III. Product Functions:
1. Preprocess collected data for reasonableness check and analysis, automatically identify and eliminate interference data;
2. Calculate from the original collected quantities to derive data reflecting the characteristics of various meteorological parameters;
3. Capable of cyclically storing micro-meteorological data at monitoring points for at least 30 days;
4. Output working status data such as micro-meteorology at monitoring points, device power supply voltage, operating temperature, heartbeat packets, etc.;
5. Management and detection functions for the device's own working status, including collection, storage, processing, communication, etc.;
6. When it is determined that the device has an operational failure, it can initiate corresponding measures to restore the device to normal operating status;



IV. Technical Parameters:
1. Air Temperature: -40°C~+50°C; ±0.5°C
2. Relative Humidity: 0~100%;±4%
3. Wind Speed: 0~60m/s;±（0.5+0.03V）m/s，V is the standard wind speed value
4. Wind Direction: 0~360°；±5°
5. Air Pressure: 10~1100hPa,±0.3hP
6. Rainfall: 0~4mm/min;±0.4mm
7. Solar Radiation: 0W/m²~1400W/M2±5%



V. Summary:

In summary, the Real-Time Meteorological Monitoring System for Transmission Line Corridors, with its comprehensiveness, professional depth, and high efficiency, plays an indispensable and crucial role in ensuring the safe and stable operation of modern power systems. By real-time monitoring and analyzing the complex meteorological environment around transmission lines, it effectively enhances the grid's response capability and lays a solid foundation for the sustainable development of the power industry.

For specific equipment solutions and pricing information, please consult Ms. Li from Telikon

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Customized products, the quoted price is a reference range at the time of market release; actual price is subject to discussion.



VI. Precautions:

1. During the customization process, pay attention to protecting the intellectual property rights of both parties to avoid infringement risks.

2. Conduct a technical feasibility assessment of the user's customization requirements to ensure they can be achieved and met.

3. Regularly perform appearance inspections, performance tests, and cleaning maintenance on the equipment to promptly identify and resolve issues.

4. Before installation, carefully read the product installation manual to understand the installation steps, required tools, and safety requirements.

5. After installation is completed, conduct system debugging and testing to ensure all functions are normal and data is transmitted accurately.