Introduction: In the contemporary era, with the energy crisis intensifying globally, Invtar’s vigorously promotes the concept of new – energy utilization and sustainable development. Consequently, the PV series of solar pump inverters have emerged. Since their introduction, these inverters have garnered an excellent reputation in both domestic and international markets. The PV series solar pump inverter is capable of converting the direct current from solar panels into alternating current, thereby driving various types of water pumps. It has made significant contributions to agricultural irrigation, potable water supply, and desert management. Invtar’s inverter solutions encompass technical support, production and delivery, along with offering a reasonable price for solar power inverters. Additionally, solar systems for irrigation and other water supply purposes are provided.
Process Requirements and Features
– Green Energy: This solution is centered around the utilization of green energy, which is environmentally friendly and sustainable.
– Fully – automatic Operation: The system operates in a fully – automatic manner, minimizing the need for human intervention and ensuring efficient and stable performance.
– Direct drive water pump to lift water: This design enables direct power – driven of the pump, ensuring efficient power transfer, simplifying the structure, and enhancing reliability.
– Without battery: This feature removes batteries, avoiding related problems, reducing environmental pollution, and lowering complexity and maintenance costs.
How Does Invtar’s Solar System for Irrigation Facilitate the Harnessing of Renewable Energy?
Invtar’s inverter solution generates power through a three – step process. Firstly, the PV array panels collect solar energy. Subsequently, the PV array panels transfer the collected solar power to the solar pumping inverter via direct current. During this stage, Invtar’s solar pumping inverter adjusts its power output in accordance with different situations by employing the MPPT algorithm to ensure the maximum utilization of solar energy. Finally, the solar pumping inverter transmits the solar power to the water pump.
3. Schematic Diagram
