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Solar energy has seen extraordinary growth in recent years, and expectations of improvements, efficiencies, and a general reduction in the Levelized cost of energy (LCoE) are becoming more pronounced. Simultaneously, the extensive digitalization of modern solar photovoltaic (PV) plants has dramatically increased the amount of data available to operators; this newly discovered source of operational data opens the door to a new generation of digital tools that can help add value and reduce costs. Solar predictive maintenance is one of the tools that is expected to have a significant impact on the operation and maintenance (O&M) of PV plants. Current maintenance practices are divided into two categories: preventive and corrective. The former relies on component manufacturer guidelines to define the frequency and type of tasks performed, whereas the latter focuses on unexpected events that necessitate immediate maintenance and repair interventions in order to minimize revenue loss. A p...

The agriculture sector in India is heavily reliant on monsoons for natural irrigation. Pumps are artificial means of supplying water. Farmers rely on grid electricity or diesel generators to power the pump, which causes significant delays and economic stress. As a result, an efficient irrigation system like the Solar Water Pump is a huge help to our farmers. It increases crop yield by ensuring a consistent and long-term supply of water to their fields. A solar water pump is a photovoltaic technology application that converts solar energy into electricity to power the pumping system, thus replacing erratic grid supply and polluting diesel-powered versions. Photovoltaic solar panels power the solar water pump, which draws surface or groundwater out for irrigation. Solar water pumps can bring water to remote locations where power lines do not reach. For water supply, such locations typically rely on human or animal power or diesel engines. Solar pumps can be used to replace existing ...