Photovoltaic-Wind Power Plant Trainer On-Grid (DL HC-SOLWIND-GT-ET)
PL-841482
The Photovoltaic-Wind Power Plant Trainer On-Grid provides a clear, hands-on way to understand how solar and wind energy can feed directly into the public grid. By combining a photovoltaic panel, a wind generator, and a grid-tie inverter, it lets students explore real grid-connected behavior in a practical setting. Designed for educational environments, it offers an intuitive experience for learning how renewable systems generate power and interact with the electrical grid.The EasyTech – Renewable Energies product line is designed as an entry-level solution that allows students, technicians, and new users to explore energy generation and management technologies in a practical, accessible, and safe way, all integrated into compact, didactic platforms built for progressive learning. Each EasyTech product line is engineered to provide an intuitive, modular, and flexible experience, helping users understand the essential principles and preparing them to advance toward more complex systems.
Technical Specifications
System configuration: (On-Grid)
- Horizontal axis wind power generator
- Rated power: 100W
- Rated voltage: 12Vdc
- Generator: Three phase AC permanent magnet synchronous generator
- Simulated wind speed adjustable module
- Silicon cell photovoltaic panel
- Adjustable tilt tabletop aluminum frame
- 80 W photovoltaic panel
- Grid tie power inverter
- Maximum input voltage (DC): 180 W
- AC Output Voltage: 230 V
- AC Output Frequency: 50 Hz
- DC Input Voltage Range: 10.8 ÷ 30V
- Output Current Waveform: Pure Sinewave
- Protection: Over Current, Over Temperature, Reverse Polarity, Anti-Island
- Electric load: 230Vac lamp
- Multifunction instrument: microprocessor-based
Training Program
- Components of a grid connected solar system for electricity production.
- Effect of solar radiation on the panel output voltage.
- Effects of shading on a real solar installation.
- Photovoltaic panel energy conversion efficiency.
- Components of a grid connected wind power system for electricity production.
- Effect of the wind speed on the generator output voltage.
- Wind generator energy conversion efficiency.
- Operation and efficiency of a DC/AC inverter.
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