Application background
Meteorological and environmental monitoring stations are usually located in remote areas without access to mains power, such as mountains, grasslands, islands, deserts, and border regions. Traditional power supply methods face huge challenges. Our solar power supply system solutions provide stable, reliable, and clean energy support for various meteorological monitoring equipment, ensuring the continuity and accuracy of monitoring data.
With the intensification of global climate change and the frequent occurrence of extreme weather events, accurate and continuous meteorological environment monitoring has become increasingly important. Traditional meteorological monitoring stations mostly rely on mains power supply, but there are obvious limitations in the following key scenarios:
Monitoring points in remote areas：High mountains, grasslands, islands, deserts and other areas without mains power coverage
Distributed monitoring network：It is difficult to supply power uniformly when a large number of sensor nodes are deployed.
Emergency monitoring requirements：Temporary monitoring equipment at the disaster site needs to be deployed quickly and autonomously.
Long - term unattended station：The maintenance cost is high, and strict requirements are imposed on the stability of power supply.
The solar power supply system provides a reliable and clean energy solution to address these pain points, ensuring the 7×24 - hour uninterrupted operation of meteorological monitoring equipment.
system architecture
This solar-powered meteorological monitoring system adopts an integrated intelligent architecture, using solar energy as the sole energy source. Through the collaborative work of four core modules, it ensures that the monitoring equipment operates continuously throughout the year in an environment without mains power.
Advantages of solar power supply solutions
This article deeply analyzes the core pain points of the traditional hydrological monitoring mode in terms of human reliance, data blind spots, and response delays. It systematically expounds on how the solar-powered IoT monitoring system achieves unmanned intelligent monitoring of the entire basin, all elements, and around the clock
Application cases
Power Supply Project for Ice and Snow Meteorological Observation Points in the Northeast Cold Region
Focusing on the problem of winter power outages caused by extreme low temperatures and snow cover in the cold regions of Northeast China, the project designed a 250W 200AH cold-resistant self-heating solar power supply system. Through low-temperature battery heating, electric snow ......
Power Supply Project for Meteorological Stations on Expressways in Southwest Mountainous Areas
To address the problems of frequent lightning strikes, abundant rain, fog and overcast weather along expressways in the southwestern mountainous areas, which lead to unstable power supply and operational safety issues, the project applies an 180W 150AH three - level lightning - protection solar system. Combining with the intelligent rainy ......
South China Sea Islands Marine Meteorological Monitoring Platform Power Supply Project
In view of the harsh marine environment of the South China Sea islands, such as high salinity, high humidity and frequent typhoons, the project introduced a 200W 180AH fully anti-corrosion and typhoon-resistant solar power supply solution. 316 stainless steel anti-corrosion materials, wind-resistant structures and remote monitoring......