A high-voltage hybrid solar system is a solar system that combines high-voltage DC input and AC output. This system typically includes solar panels, DC boost choppers, grid connected inverters, AC loads, and necessary protective equipment and control devices.

Solar panels generate direct current under the irradiation of sunlight. The voltage of this direct current is relatively low and needs to be boosted to meet the needs of connecting to the power grid or driving electrical equipment. Therefore, one of the key equipment in high-voltage hybrid solar systems is the DC boost chopper. This device can boost low voltage direct current, usually to a voltage level of several hundred or even thousands of volts.

The boosted DC power will then enter the grid connected inverter. A grid connected inverter is a device that converts direct current into alternating current. It can convert high-voltage direct current into alternating current that matches the voltage of the grid, thereby injecting renewable energy into the grid.

In addition to the main components, the high-voltage hybrid solar system also includes some necessary protective equipment and control devices. For example, when the current output from the solar panel is too high, the current sensor in the system can detect this situation and trigger a protection device to protect the system from equipment damage. At the same time, the controller of the system can monitor and manage the working status of the solar panels, ensuring the stable operation of the system.

In short, a high-voltage hybrid solar system is an advanced solar system that combines high-voltage DC input and AC output. This system can more efficiently convert solar energy into electricity, and is suitable for scenarios requiring large-scale power output such as large-scale photovoltaic power plants, industrial parks, commercial facilities, etc.