Application background
In the vast forest areas, the problem of power supply has always been a weak link in forest fire prevention work. Traditional power grids are difficult to cover all forest areas, especially in remote areas and mountainous areas with complex terrain, making the task of forest fire prevention extremely arduous. In the face of this challenge, solar power supply systems have emerged, providing a green and reliable energy solution for forest fire prevention and becoming an important technical support for safeguarding forest safety.
As an important part of the earth's ecosystem, forests not only provide abundant timber and forest by-products, but also shoulder important missions such as regulating the climate, conserving water sources, and maintaining soil and water. However, forest fires rank first among the three major natural disasters (diseases, pests, and fires) that damage forests. They are characterized by suddenness, randomness, and strong destructive power, and can cause huge losses in a short time.
Difficulties in power grid coverage：Forest fire prevention monitoring points are usually located in the mountains and wild areas, far away from conventional transmission lines, making it extremely difficult to obtain power.
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 forest fire prevention monitoring equipment.
system architecture
This solar - powered 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 can operate continuously all year round 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
Hubei Wufeng's "Three-Prevention Integration" Intelligent Fire Prevention System
In response to the humid and rainy environment in the complex mountainous areas of western Hubei, the Dahuaping Forest Farm in Wufeng has innovatively created an integrated intelligent fire prevention system of "human prevention, physical prevention, and technical prevention".
Hebei Chengde "space-air-ground" three - dimensional monitoring network
Facing the challenge of monitoring blind spots in the vast forest areas, Chengde City has constructed a "space-air-ground" three - dimensional forest fire monitoring system based on solar power supply, integrating video surveillance, satellite remote sensing and drone patrol.
Zhejiang Ninghai "Electronic sentry" intelligent fire prevention system
Ninghai County has deployed intelligent fire prevention equipment boxes that integrate solar power supply, infrared sensing, and voice warning.