INTRODUCTION Solar pumping inverter obtains DC electric energy from the photovoltaic cell and converts it into electric energy to drive the water pump. According to the intensity of sunlight, the inverter adopts MPPT algorithm to adjust the output frequency and make maximum use of solar energy. SWP series solar pumping inverter is a flexible, easy-to-use and economical solar pumping inverter launched by Days energy according to the differentiated needs of customers. It aims to provide customers with economic and comprehensive economic benefit solutions.

Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.

System application: JNTECH Solar pump system is mainly used in the fields of daily life water, agricultural and forestry irrigation, desert management, livestock water, village and town water supply, sewage treatment engineering and fountain landscape.

Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.

This solar pump inverter input of the utility grid/DG and photovoltaic, automatic switching, online energy complementary,photovoltaic priority, keep the pump rated work, and achieve 24H water supply

Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from solar cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from solar panel, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from solar panel, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from solar panel, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.

JNTECH solar pump system consists of solar panels, solar pump inverter, AC pump and water storage device. Solar pump inverter converts the DC power produced by solar panel into AC power to drive the pump work, a microprocessor inside inverter continuously monitors available energy levels and adjust pump frequency for achieving max use of solar energy. Meanwhile, AC input module or AC power pack can be added in, which allow PV, state grid, DG, multi-sources work as complementary or by-pass, to achieve system working 24 hours per day.

Solar pump inverter converts the DC power produced by solar panel into AC power to drive the pump work, a microprocessor inside inverter continuously monitors available energy levels and adjust pump frequency for achieving max use of solar energy. Meanwhile, AC input module or AC power pack can be added in, which allow PV, state grid, DG, multi-sources work as complementary or by-pass, to achieve system working 24 hours per day.

Solar pump inverter converts the DC power produced by solar panel into AC power to drive the pump work, a microprocessor inside inverter continuously monitors available energy levels and adjust pump frequency for achieving max use of solar energy. Meanwhile, AC input module or AC power pack can be added in, which allow PV, state grid, DG, multi-sources work as complementary or by-pass, to achieve system working 24 hours per day.

Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from Jntech solar cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from solar cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.

Solar pump inverter obtains direct current energy from solar cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.