photovoltaic coprehensive training device

1. The daily system adopts two control methods of light intensity control and time control to realize automatic solar tracking of solar panels. 2. The solar tracking system is open to provide various practical training to strengthen students' practical ability. 3. The working environment monitoring of solar panels is closer to the use of solar panels in actual industrial applications. 4. Adopt multiple industrial-grade solar panels, which can be combined in parallel and series to imitate the solar panel system formation of the KW-level photovoltaic power generation system. 5. The solar tracker adopts a movable desktop. Other systems adopt a hanging box design, which is directly hung on the main table body. The modular design is more conducive to student operation and flexible in later expansion. 6. Ask students to combine solar panels, controllers, inverters, and batteries to form a solar photovoltaic power generation system. And provide a variety of application load experiments: inductive, resistive, functional application tests.