A technology that utilizes the photovoltaic effect of semiconductor interfaces to directly convert light energy into electrical energy

(1) On site power generation and supply without the need for fuel consumption or installation of transmission lines

(2) The geographical restrictions are small, and as long as there is light, solar panels can be installed for power generation

(3) Integrating with the smart grid to achieve intelligent scheduling and optimized configuration of electrical energy, improving the operational efficiency and stability of the power system

(4) Reliable and stable operation, no mechanical transmission components, simple operation and maintenance

(5) The equipment has a long lifespan, with a service life of up to 20-35 years

(6) Safe and reliable, no noise, no pollution emissions

PVT is a system that combines solar photovoltaic and photothermal energy. The system consists of two main categories: photovoltaic (PV) and photothermal (PT), which combine solar energy with heat collection tubes and convert photoelectric energy into DC through the photoelectric effect; Then convert it into AC power at the power frequency, which is generated by solar panels. Then, a portion of the thermal energy generated by the solar panel during photoelectric conversion is recovered through a heat exchanger and continuously converted into heated hot water, allowing for thermoelectric connection in PVT

(1) The collector has a high comprehensive efficiency

(2) Enhance the heat transfer effect between the battery and the heat absorbing plate, reduce the temperature of the battery panel, delay the aging of the battery panel, and improve the service life of the collector

(3) Overcoming the situation where photothermal and photovoltaic collectors do not operate independently, each occupying its own collection area, resulting in a smaller overall footprint

(4) Implemented cogeneration in the same collection system, where a portion of the spontaneous electricity can be directly used to drive the DC pump for automatic temperature difference circulation in the solar thermal system through battery storage, reducing the consumption of conventional energy

Using solar collectors to collect solar heat, the solar energy is fully converted into thermal energy under the irradiation of sunlight. The system automatically controls functional components such as circulation pumps or solenoid valves to transfer the collected heat to a large water storage and insulation tank. By matching equivalent energy sources such as electricity, gas, and fuel, the water in the water storage and insulation tank is heated and becomes a relatively stable quantitative energy device

(1) It can provide hot water for production and daily use, as well as serve as a cold and heat source for other forms of solar energy utilization

(2) Economical and practical, with high return on investment

(3) Environmentally friendly and energy-saving, beneficial for roof shading and insulation

(4) Wide applicability