3HP 110m Amrut Energy Solar Water Pump
₹160,000.0
Pump Capacity 3HP
Brand Amrut Energy
Water Discharge Capacity 230LPM
Pump Head 110m
Motor Phase Three Phase
Voltage 230V
Motor Speed 2800RPM
Pump Type Centrifugal Submersible
Efficiency 54.96%
Operating Current 8Amp
Set Contains Solar Panel, Water Pump And Pump Controller
Minimum Order Quantity 2 Set
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Product Description
Description:
- Solar Water Pumping system is a water lifting system powered by electricity generated by Solar Panels. Solar pumps can be used to lift water from borewell or extract water from canal, river, reservior etc. Solar pumps are serves purpose like irrigation, farming, agriculture, drinking water supply. Various type of centrifugal pumps can be used such as submersible for deep borewells, monoblock surface type for canals or openwell submersible for extracting water from well. Amrut Energy offers a wide range of hybrid solar pumps from 1 hp to 50 hp which are durable and highly efficient that provide more water or high discharge.DC Power generated from solar panels through an MPPT/VFD-based controller is fed to Solar Water PumpSolar Powered Pump can also be operated on AC electricity for uninterrupted functioning when the sun is unavailable or at night.
| Motor Phase | 3 Phase |
|---|---|
| Power | 230 V |
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Q & A
Solar pumps are a sustainable technology that can help provide reliable and clean water for agriculture, livestock, and domestic use, particularly in remote and rural areas where grid electricity is unavailable or unreliable. Solar pumps use solar energy to power water pumps, which can draw water from underground wells, rivers, or lakes.
The benefits of solar pumps are numerous. First, they are environmentally friendly and do not produce any greenhouse gas emissions or air pollution. Second, they are cost-effective in the long run since they require minimal maintenance and have low operating costs. Third, they provide a reliable and consistent source of water, which is critical for agriculture, livestock, and domestic use. Fourth, they can increase agricultural productivity and improve the livelihoods of farmers.
However, the initial investment cost of solar pumps can be high, which may be a barrier to adoption for some farmers and communities. Additionally, proper maintenance and upkeep of the system are necessary to ensure its longevity and efficiency. It is also important to consider the impact of large-scale implementation of solar pumps on the local water table and ecosystems.
Overall, solar pumps can be an excellent solution for providing sustainable access to water in rural areas. Their adoption can improve the lives of farmers and communities while also reducing the carbon footprint associated with water pumping.
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