Water and mountain photovoltaic flexible support construction scheme leads the new trend of green energy construction

With the severe challenges brought by global climate change, the development and utilization of green energy has become the main theme of the times. As an important representative of renewable energy, solar energy has received widespread attention and rapid development around the world due to its clean and renewable characteristics. At the beginning of 2025, the appearance of the construction plan for water and mountain photovoltaic flexible brackets brought a new direction for green energy construction.

The water-surface photovoltaic flexible support system is specially designed for aquatic environments. It uses high-strength, corrosion-resistant flexible materials as the support structure, combined with floating body technology, so that photovoltaic modules can float stably on the water surface, while ensuring good lighting effects and wind and wave resistance. The mountain photovoltaic flexible support is designed for complex and changeable mountain terrain. Through modular design, adjustable support structure and advanced anchoring technology, it can flexibly adapt to natural conditions such as slopes and rocks, and achieve efficient installation and stable operation of photovoltaic panels.

These flexible support systems are not only highly adaptable, lightweight and flexible, but also integrate intelligent monitoring systems that can automatically adjust the angle of photovoltaic panels according to natural conditions such as light angle, wind direction and wind speed to maximize power generation efficiency. In addition, all materials meet environmental protection standards, have strong corrosion resistance, long service life, and reduce secondary pollution to the environment.

With the advancement of technology and the deepening of innovation, the application of flexible photovoltaic support construction solutions on water surfaces and mountains will greatly broaden the construction scope of photovoltaic power stations, improve land use efficiency, reduce construction costs, and at the same time enhance the stability and safety of the system, making important contributions to the green energy industry.