Photovoltaic power generation system: including photovoltaic panels, inverters, controllers, etc., responsible for converting solar energy into direct current, and converting it into alternating current through inverters to drive water pumps. Lifting system: composed of water pumps, water supply pipelines, water storage tanks, etc., it uses the electricity provided by the photovoltaic power generation system to drive the water pumps and achieve the lifting and transportation of water sources. Intelligent monitoring system: integrating data acquisition, transmission, processing, and display functions, real-time monitoring of photovoltaic panel power generation efficiency, water pump working status, water level, flow rate, and other parameters to ensure efficient and stable operation of the system.

Photovoltaic panels generate direct current under lighting conditions, which is converted into alternating current by an inverter and supplied to a water pump. The water pump works under electric drive, lifting the water source from low to high and transporting it to the destination through the water pipeline network. The intelligent monitoring system monitors the real-time operation status of the system, automatically adjusts the working frequency and water allocation of the water pump according to demand, in order to achieve the best operating effect.

Conduct detailed research on the lighting conditions, water source conditions, and electricity demand of the target area. Based on the research results, develop a planning scheme for the photovoltaic water lifting system, including the layout of photovoltaic panels, selection of water pumps, and layout of water supply pipelines.

Design photovoltaic power generation systems and water lifting systems that meet actual needs, ensuring reasonable equipment selection and optimized layout. Construct photovoltaic power stations and water pump stations, install photovoltaic panels, inverters, water pumps, water storage tanks and other equipment. Lay a water pipeline network, connect the water source and destination, and ensure smooth and unobstructed water supply.

Conduct joint debugging of the system to ensure the collaborative work between the photovoltaic power generation system, water lifting system, and intelligent monitoring system. Real time monitoring and data analysis of system operation status using intelligent monitoring system to optimize system operation strategy.

Establish a professional operation and maintenance team responsible for daily maintenance, troubleshooting, and regular maintenance of the system. Provide remote monitoring and technical support services to ensure the long-term stable operation of the system.

Reducing electricity costs: The photovoltaic water pumping system achieves energy self-sufficiency and reduces dependence on external electricity. Improving agricultural production efficiency: Stable irrigation water sources can help increase crop yield and quality, and increase farmers' income.

Reducing carbon emissions: Photovoltaic water lifting systems do not produce pollutants and greenhouse gas emissions, which helps improve environmental quality. Water conservation: By utilizing water resources rationally, excessive exploitation of groundwater has been reduced, protecting the ecological environment of water resources.

Promoting sustainable development: Photovoltaic water lifting systems have promoted the application of green energy and the achievement of sustainable development goals. Enhancing public environmental awareness: Through demonstration effects, the public's awareness and participation in renewable energy and environmental protection have been increased.