Solar Pump

With the consistent focus on the ongoing market trends, we bring forth a unique range of Solar Water Pump. The offered products are manufactured as per a standardized process and appreciated for their durability and performance. Also, these pumps have three variants that primarily include AC Submersible solar water pumps with Battery, DC solar Surface pump, and AC Submersible solar water pumps without battery.

Features:

Currently, over 300 million people in India lack access to electricity - almost the size of the entire population of the United States. Increasing energy access has become an economic opportunity, with companies providing off-grid (i.e., solar lanterns or solar home systems) or micro grid solutions (localized, small-scale generation typically serving residential loads). These options help rural customers move away from burning relatively expensive fuels such as kerosene and can provide basic energy services such as lighting and cell-phone charging, but they do not always provide enough electricity to meet economically productive needs. In India, over 50% of the workforce is employed in the agricultural sector so there is an enormous opportunity to link residential electricity needs with agricultural electricity needs, like the electricity needed to power irrigation pumps, and provide a more comprehensive electrification solution.

Today, most Indian farmers typically rely on the monsoon for watering crops, however, irrigation can increase crop yields up to four times. But irrigation requires energy. Currently, it is estimated that 26 million diesel and electric pumps run on Indian farms, making them the dominant technology offerings today. However, grid-connected pumps that rely on electricity face the same challenge that any other load connected to India's central grid faces: frequent outages. Having electricity flow through wires in the middle of the night isn't helpful for farmers or laborers who need to pump water during the day. In addition, diesel-based pumps burden farmers with high recurring fuel expenditures.

The lack of access to dependable pumping solutions hampers livelihood improvements throughout rural India, but solar water pumps are emerging as both a reliable and clean energy solution.If solar pumps can be treated as anchor loads - loads that have consistent electricity needs - they can be integrated into solar-powered microgrid systems, opening new opportunities to link electricity access solutions with the other needs of rural Indian communities.

From a policy perspective, solar pumps have been gaining a lot of attention in India for good reason. Electric irrigation pumps currently account for over 20% of the load on the grid. Through over-subsidized electricity prices and fuel subsidies, the combination of electric and diesel pumps costs the government roughly $6 billion each year. Thus, it's no surprise that Mr. Tarun Kapoor, the Joint Secretary of India's Ministry of New and Renewable Energy in India, has said that, "Irrigation pumps may be the single largest application for solar in the country."

Despite all these challenges and issues that need to be worked out, the notion of meeting residential electricity and irrigation needs simultaneously holds immense promise. To date, these initiatives have been pursued separately and have not taken advantage of solar as a common generation source. By looking at solar pumps as potential anchor loads for microgrids, key challenges in enabling both electricity access and income generation through reliable irrigation can be overcome.