Developer Loop Energia has built a 1.2 MW offgrid solar plant that now serves a center-pivot irrigation system in the Brazilian state of Bahia. The project reportedly enables local farmers to double soybean harvesting by achieving considerable savings through significantly lower diesel consumption.
A research group in China has proposed to solve the typical high working pressure issues of solar-powered sprinklers by using compressed air energy storage (CAES). According to their findings, combined PV-CAES sprinklers can easily achieve high pressure and low intensity high-quality water spraying.
Acciona has completed a 1.5 MW solar plant that powers an irrigation system covering 3,400 hectares in northeastern Spain, serving 150 irrigators. The company will supply water to local farmers under a 26-year contract.
The Indian government’s PM KUSUM Scheme supports farmers in installing standalone solar pumps and solarizing existing grid-connected agriculture pumps.
Turkey’s new provisions state that self-consumption projects and solar irrigation installations can be built without the need for construction permits.
A Spanish startup has developed a new pumping system that can operate in DC and AC modes. It can work for direct irrigation and with a water tank.
With senators having called for plantation-wide solar powered pumping projects, funded by public money, the country’s National Irrigation Administration has agreed and said it wants to embrace floating solar facilities too.
Researchers at the Indian Institute of Technology Bhubaneswar have developed a solar power system that can be easily moved between farms to pump water for irrigation. The kit comprises solar panels and an inverter to power a surface-mounted pump.
Ashutosh Verma, the founder of solar appliance manufacturer Exalta India, says that the key to expanding the uptake of solar products in rural parts of India lies in improving access to finance.
With solar water pumps, farmers have access to high-quality power available for irrigation. These systems are portable and can be assembled at any preferred location. With the growing utilization of these systems, the costs have decreased substantially, making them an efficient, convenient and cost-effective solution for grid-isolated rural areas.
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