The World’s Largest Drinking Water Storage Floating Power Station

The construction of the 60MW floating power station of Singapore's Tengge Drinking Water Reservoir will be completed in the near future, and all the projects will use sunshine water surface photovoltaic system solutions. After the project is completed, it will become Singapore's largest floating power station and the world's largest floating power station for drinking water reservoirs, providing a new benchmark for the sustainable development and application of global drinking water resources.

Sunshine Surface Photovoltaics strictly selects food-grade raw materials. Through the raw material research and development laboratory, product comprehensive testing laboratory and international authoritative testing institutions, the product materials, the product itself and the water quality after the floating power station are in operation are "checked" to ensure that the product meets the requirements of various Water quality requirements and international standards. In addition, Sunshine Water Surface Photovoltaic adopts a sinking anchor scheme that has a small impact on the underwater environment. It is installed on a small removable construction platform and does not use large mechanical equipment. It protects water resources and shore vegetation, and pays attention to ecological harmony and symbiosis. After long-term tests and application demonstrations, the Sunshine Water Surface photovoltaic system has reached the water quality safety requirements of drinking water reservoirs.

At present, water safety and sustainable development of water resources have become a global concern. Sunshine Surface Photovoltaics has always been responsible for the protective and comprehensive utilization of water resources. In the future, Sunshine Surface Photovoltaics will continue to promote innovation in technology, products and application models, further expand the ecological application of floating power stations, and contribute professional solutions to the utilization and protection of global water resources.