Background
Solar power is an inexhaustible natural energy source with great energy. The solar water pump system uses solar energy as energy and does not require other energy sources. It works at sunrise and rests at sunset, and does not require personnel on duty. The working hours just meet the requirements of most irrigation time. An energy storage system can be optionally equipped to meet the requirements of night work. Through economic and environmental protection analysis, the solar water pump with solar panel system is more suitable for our long-term development than others.
System composition
Solar water pump system is mainly composed of photovoltaic power generation systems, solar water pump inverter and water pump. Depending on the size of the water pump, a solar cell module system with corresponding power can be selected.
Advantages
- Solar water pump system uses solar energy as energy, no other energy is needed
- Work at sunrise and rest at sunset, no need for personnel on duty
- The working time just meets the requirements of most irrigation time
- Optional energy storage system to meet nighttime working requirements
- Solar water pump systems can be used for more than 25 years. Most water pumps are difficult to use in areas with municipal electricity, and are generally powered by diesel generators. In this case, the cost of 20 years will be higher. Photovoltaic water pump systems are more economical than other methods.
- The photovoltaic water pump system only uses solar energy and does not use any other energy. It does not emit any pollutants and has no impact on the environment. If other methods are used to supply electricity, according to the standard that 1 kg of coal is consumed for every 3 kWh of electricity generated, and 2.5 kg of carbon emissions are produced, 180,000 kWh of electricity is required in 20 years, then a total of 60 tons of coal will be consumed and 150 tons of carbon emissions will be produced.
Using a solar water pump system to replace the ordinary diesel power generation system can adapt to extreme conditions such as high altitude, low temperature and low air pressure. At the same time, the system itself has more obvious advantages such as no pollution, maintenance-free, no noise, and long service life.