What are the components of the solar water pump ?

 Belongs to: product knowledge

The photovoltaic solar pumping system is equipped with submersible pumps, battery panels, and solar pumps dedicated inverters. The inverters include inverter, frequency conversion and MPPT maximum power tracking modules. It is a high-efficiency solar water supply system.

　　"Photovoltaic water pump system" is also known as "solar photovoltaic water pump system". The basic principle of "solar water pump system" is to use solar panels to directly convert sunlight into electricity, and then drive various motors to drive water pumps from deep wells, rivers, rivers, and lakes. , Ponds and other water sources to lift water. It has many advantages such as noise-free and fully automatic (work at sunrise, stop at sunset), high reliability, good adaptability of water supply and evaporation ("Drought, it is dry"), etc. It is widely used in solar water pumps. , Let’s introduce to you, what are the components of the solar water pump?

What are the components of solar water pumps?

　　The photovoltaic solar pumping system is equipped with submersible pumps, battery panels, and solar pumps dedicated inverters. The inverters include inverter, frequency conversion and MPPT maximum power tracking modules. It is a high-efficiency solar water supply system.

　　The system adopts advanced modes such as automatic water shortage protection, full water storage protection, antifreeze protection, intelligent switch machine, manual and automatic start, and intelligent fault protection. Realize the automatic balance between flow and energy under different heads. The system solves the shortcomings of traditional water pumping system efficiency and low energy utilization rate, greatly reducing the power of solar cells under the same water pumping capacity, greatly reducing product costs, and reducing user purchase thresholds.

　　The new solar photovoltaic water supply system can extract groundwater up to more than 200 meters deep, and can easily raise water up to hundreds of meters in the management of barren hills. It can effectively solve barren hill management, ecological environment improvement, crop irrigation, human and animal drinking, etc. Water supply problems in this area. Compared with the traditional water supply method, the implementation is simpler, and there is no need to pay high fees to set up a power supply network or configure power generation equipment, and there is no need to worry about environmental pollution caused by this.