New ways of generating electricity: Water solar energy system

Water solar energy system, also known as or floating photovoltaic, is a new photovoltaic power generation utilization method to build photovoltaic power stations on the water surface.

Water photovoltaic is a power generation technology that anchors photovoltaic modules, inverters, and other power station facilities to a floating platform through the anchor system and uses solar panels to convert sunlight into electricity.

The system setup involves the installation of photovoltaic modules on floating bodies, which can be pile foundation fixed or floating, to adapt to different water depths and environmental conditions.


application scenarios:

water photovoltaic

  1. water photovoltaic can be widely used in reservoirs, ponds, Marine platforms, and other places, with strong flexibility and portability.
  2. Combination of agriculture and fishery: Floating water photovoltaic systems in the waters near farmland and fish ponds can realize the coordinated development of agriculture and fishery.
  3. Urban landscape: The floating water photovoltaic system is installed in the urban rivers and lakes, which can improve the urban environment and provide a new landscape for the city.


  1. Save land use: water photovoltaic is built on the water surface and does not occupy land resources, which helps to alleviate the problem of land resource shortage.
  2. Improve power generation: the water surface has good heat dissipation capacity, which can inhibit the surface temperature rise of photovoltaic modules, so as to improve the power generation efficiency. According to the research, the cooling effect of the water surface can increase the power generation of the panels by about 14 percent.
  3. Environmental benefits: photovoltaic panels covering the surface can reduce the evaporation of the surface, and inhibit the reproduction of algae in the water, which is conducive to the protection of water resources.
  4. Convenient operation and maintenance: The photovoltaic power station is built in water, which can reduce the pollution of dust to the modules, facilitate module cleaning, and reduce the risk of man-made damage.
  5. Tourism benefits: The neatly arranged photovoltaic modules can be used as distinctive scenic spots to bring local tourism benefits.


The commonly used inverter in the water photovoltaic industry is a pure sine-wave inverter

water photovoltaic

The pure sine wave inverter of Shenzhen Huayite New Energy Technology Co., Ltd. has the following main advantages:


  1. High-performance output: provide pure sine wave current, and high-quality waveform, ensure the stable operation of electrical equipment, and reduce equipment damage.
  2. High-efficiency conversion: the inverter design is efficient, has high conversion efficiency, reduces energy loss, improves energy utilization efficiency.
  3. Multi-functional integration: integrates various functions such as intelligent charging, voltage stabilization, and inverter to meet different power needs, such as emergency power supply and battery charging in case of mains power failure.
  4. Safety guarantee: with multiple protection functions, such as overpressure, Undervoltage, overvoltage, high temperature, short circuit, and overload, to ensure the safety of equipment and users.
  5. Wide applicability: it is suitable for businesses, households, workstations, transportation vehicles, and other scenarios to meet the electricity needs of different users.
  6. Intelligent control: Using CPU intelligent management and LCD intelligent display, users can operate easily and intuitively, and can understand the working state of the device in real-time.
  7. Convenient maintenance: modular design of internal functional components, simple structure, easy to maintain and upgrade.

To sum up, the pure sine wave inverter of Shenzhen Huayite New Energy Technology Co., Ltd. has high competitiveness in the market with its high performance, multi-function, safety and reliability, widely applicable and intelligent and convenient characteristics.

Development trend of aquatic photovoltaic:

  1. With the progress of technology and cost reduction, the deployment and application of floating water photovoltaics will be more extensive.
  2. Possible future development trends include technological innovation, cost reduction, integrated development, and international cooperation and standardization.

In general, as a new type of photovoltaic power generation mode, water photovoltaic has many advantages and potential, but it also faces some technical challenges and limitations. With the progress of technology and policy support, water photovoltaics is expected to be more widely used and developed in the future.


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