Wind-Solar Hybrid Power Training System with Realistic Electrical Components for Practical Technical Training and Integrated Teaching

Energy serves as a vital material foundation for national economic development and public welfare. While fossil fuels have driven human progress for over 200 years, their use has resulted in significant environmental pollution and ecosystem damage. Recognizing these challenges, countries worldwide are increasingly focusing on renewable energy development as a key component of sustainable growth.

Wind-solar hybrid power generation systems leverage the complementary nature of wind and solar energy resources, offering a cost-effective energy generation solution with promising application potential.

This comprehensive teaching and training system integrates wind turbine generators, solar photovoltaic cell arrays, controllers, batteries, inverters, AC/DC loads, switch control modules, environmental monitoring, and instrument displays. Utilizing a touchscreen and frequency converter as its control core, the system includes A/D and D/A modules, analog input/output modules, and an AC motor variable frequency speed control system.

• Unique structural design combining fixed modules (load, AC/DC power supply, heavy modules) with hanging-box modules, reducing teacher preparation time while enabling functional expansion
• Comprehensive experimental platform covering traditional projects while emphasizing modern power electronic devices and control theories
• Advanced circuit research including Buck-Boost circuits, switching power supplies, and single-phase AC voltage regulation circuits
• Comprehensive safety protection including overcurrent protection, high-voltage protection circuits, and specialized experimental wiring to prevent connection errors
• Designed for vocational high schools, universities, graduate students, and enterprise technicians focusing on wind power generation and solar power generation applications

• Maximum system voltage: DC12V, AC220V / 50Hz
• Current: 50A
• Power: 600W

• Configuration: Array assembly with parallel/series connection options
• Type: Polycrystalline silicon
• Maximum output power: 100W
• Open circuit voltage: 21.24V
• Operating voltage: 17.5V
• Short-circuit current: 5.56A
• Simulated light source: 1-2KW halogen lamp

• Rated power: 300W
• Rated voltage: 12V
• Rated current: 33.3A
• Diameter: 1.24m
• Starting wind speed: 2.5 m/s
• Rated wind speed: 9.6 m/s
• Safe wind speed: 35 m/s
• Operation: Permanent magnet synchronous generator
• Blade rotation: Clockwise, 3 blades
• Materials: Glass-reinforced polypropylene blades, aluminum alloy motor

• Air volume: 32073 m³/h
• Wind pressure: 2.88 Pa
• Rotational speed: 1440 r/min
• Power: 2.2 kW
• Adjustable wind speed: 0 to 13 levels, continuously adjustable

1240 * 780 * 1800 mm (with casters for outdoor teaching mobility)

1. Solar Cell Power Generation Principle Experiment
2. Direct Load Experiment of Solar Cell Photovoltaic System
3. Photovoltaic Controlled Solar Power Generation Experiment
4. Traffic Warning Light Module Design Experiment
5. Solar System Load Experiment
6. Comprehensive Experiment
7. Solar Cell IV Characteristic Curve Experiment
8. Off-grid inverter operating characteristics experiment
9. Off-grid Inverter Load and Protection Experiment
10. Grid Connection Experiment

1. Basic Theoretical Experiment on Wind Power Generation
2. Wind Power Generation System Design Experiment
3. Wind Power Generation Control Technology Experiment
4. Measurement Techniques Related to Wind Power Generation
5. Simulation Experiment of Basic Theory and Application Technology
6. Relationship between Generator Speed and Output Voltage
7. Relationship between Generator Speed and Output Current
8. Relationship between Generator Speed and Output Frequency
9. Relationship between wind speed (rotation speed) and output power