Composition of photovoltaic water pump system
Photovoltaic water pump system is a system that uses solar photovoltaic panels to directly convert solar energy into electric energy, and then drives various motors to drive water pumps to lift water. It can lift water from deep wells, rivers, rivers, lakes, ponds and other water sources. It has many advantages, such as noiseless, fully automatic, highly reliable, and good adaptability between water supply and evaporation.
The photovoltaic water pump system is generally composed of four parts: photovoltaic array, controller, motor and water pump.
Photovoltaic water pump systems are widely used.
For example, in remote, arid or unstable power supply areas, photovoltaic water pumps can use solar energy to directly drive water pumps, provide a stable water source for farmland, and support the growth and harvest of crops; in remote mountainous areas, pastoral areas or rural areas where there is a lack of power supply, photovoltaic water pump systems can provide clean drinking water for local residents; in remote areas or islands where power supply is difficult to reach, photovoltaic water pump systems can be combined with other photovoltaic equipment (such as solar panels, batteries, etc.) to build off-grid microgrid systems. This system can not only provide electricity supply to local residents, but also meet their water needs, improving the energy self-sufficiency of remote areas.
