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Recent Articles

14 April 2024

PM Suryaghar Muft Bijili Yojana

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Solar Water Pump

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Solar Water Pump

Solar is more than just an environmentally friendly power source – it’s conventient, low-maintenace, and can get you off the grid even in the most remote areas.
Land users in remote areas often have two options: run an electric well pump using a distant grid, or use a fuel-powered pump to pump water from a pond or river.
When new power lines must be run, connecting to the grid can be costly, which then incurs recurring usage costs.
Likewise, gasoline or diesel powered pump units can be expensive, require constant refueling, and can be prohibitive to maintain.
With solar power, pumps become much easier to install, maintain and use, whether you are giving your garden a fountain or you want to power your irrigation system without increasing your electric bill.

Solar Water Pump Alternative

Solar water pumps can provide an economical and energy efficient solution for remote watering needs. With just a few simple components, solar pumps can be used in a variety of environments.
Here, we list the benefits of solar pumps, detail how these systems operate, and explore ideal situations for their application.
We compare the costs of connecting solar pumps to the grid and look at some real-world application case studies.

Benefits of Solar Water Pump

  • Reliable: PV power supply rarely uses moving parts and works reliably.
  • Safe, no noise, no other public hazards. No solid, liquid or gaseous harmful substances are produced, which is absolutely environmentally friendly.
  • Easy to install and maintain, low operating costs, and suitable for unattended operation. Especially, it is highly regarded for its high reliability.
  • Good compatibility, PV power generation can be used with other energy sources, and PV systems can be easily increased in capacity as needed.
  • Highly standardized, the modules can be connected in series and parallel to meet the needs of different power users, making them highly versatile.
  • Solar energy is available everywhere, with a wide range of applications.
  • Off-road municipal water supply. Municipal water is often treated with chlorine and fluoride, which is especially harmful to plants.
  • You can plant almost anywhere. Get water for your watering needs in a sunny spot every day.
  • Must cheaper than the grid. Depending on the application, solar water pumps are more affordable than relying on the grid.
  • Works during power outages. Solar pumps are resilient to power outages. Plus, when the sun isn't shining, that's when the garden needs water the least. Or, as needed, invest in batteries to store power at night or on cloudy days.
  • Use with a water tank. Solar pumps are compatible with cisterns and other gravity-fed water systems that use collected rainwater.
  • Suitable for slow recovery wells. The slower pumping of solar systems reduces the decline of water in wells that are slow to recharge (i.e. the water table slowly refills relative to the pumping demand).
  • Portable systems without batteries. Pumps can be used with or without batteries. This option makes some solar designs easy to transport. Of course, no batteries means lower cost.