Solar water supply system is the use of photovoltaic power generation and control technology, automation remote control technology, communication technology, will New energy is applied to the traditional water supply system, that is, photovoltaic power generation + power electronic control technology + communication + water storage and water lifting technology; The system consists of cofferdam/water storage system/well, channel/pipeline, gate valve, pump and photovoltaic power generation system, water supply system, remote communication and cloud management system, etc., 100% use of new energy drive, photovoltaic direct drive, multi-machine Pump group control, local configuration of storage tank, water storage is energy storage, distributed water storage management, automation and digitalization operation, the construction of photovoltaic + water + Internet integrated water saving, energy saving, green and efficient water supply system.
The working principle of photovoltaic irrigation station is roughly as follows:
Photovoltaic power generation: Photovoltaic panels convert solar energy into electricity, providing the electricity needed.
Pump drive: Electric power drives a pump to extract water from groundwater or water sources.
Irrigation delivery: The delivery of extracted water through pipelines to farmland or irrigated areas.
Battery for backup supply power in the evening.
Advantages of photovoltaic irrigation station include:
Energy saving and environmental protection: The use of solar energy as an energy source reduces the dependence on traditional fossil fuels and reduces greenhouse gas emissions.
Cost savings: In the long run, the use of solar power can reduce electricity bills, especially for sunny areas.
Automated management: Modern photovoltaic irrigation stations are often equipped with automated control systems, which can achieve remote monitoring and management and improve irrigation efficiency.
