1 photothermal + photo-enabled integrated technology

Initiative solar panel power systems, on the same solar energy receivers, i. E., optical thermal conversion units and storage units with traditional solar energy, as well as photovoltaic and electrical storage devices not available on traditional solar energy, provide the first conditions for the use of heat while also using electricity, in order to achieve a sense of heat, electrical integration and storage。

2. Smart control distribution technology

Initiative solar panel power systems are equipped with smart control to receive conversion distribution cabinets, with automatic reception, automatic energy retention, automatic grid penetration, automatic de-griding and photovoltaic, municipal power complementarities, as well as technologies such as leak protection, overload protection, overheat protection, high pressure protection, low pressure protection, ultra-pressure protection, etc. The aim was to operate safely, support electricity, reduce electricity costs and be green。

3. New materials technology for silicon crystals

The use of new, advanced crystal-silic materials for solar panel power systems has overcome the disadvantages of common crystal-silicates, which are costly, susceptible to decay and short-lived, with a useful life of up to 20 years. It combines multiple layers of crystals that are sensitive to natural light and are more efficient in light than traditional pv conversion。

4. Numerical display techniques

Intuitive currents, voltage displays of solar-powered power systems that enable users to understand and observe charged currents, direct current voltage, output voltages, do not require testing of system parameters with other instruments, leading to system work intelligence, digitization and visualization。

5. Pwm control technology

Semi-connected pwm (pulse) chargers, whose recharge circuits have lost almost 25 per cent of their voltage, have overcome a number of problems associated with the traditional use of diode chargers and are more efficiently charged. Normal straight-loading, floating automatic controls allow the system to have a longer useful life。