Autonomous photovoltaic solar and wind energy system PVWG/EV

Autonomous photovoltaic solar and wind energy system PVWG/EV – is a modern training system for practical research into solar and wind energy conversion in autonomous and networked modes. The trainer combines a photovoltaic panel, a wind turbine, control panels and a data acquisition system that allows for the analysis of energy flows, efficiency and battery charging processes. Perfect for scientific and educational use.

Autonomous photovoltaic solar and wind energy system PVWG/EV – is a unique training system that allows you to analyze and understand how solar and wind energy is converted to electricity in both autonomous (OFF-GRID) and network (ON-GRID) modes. This simulator is suitable for practical learning, energy flow analysis and energy efficiency research.

Main features:

Operating modes:
- Autonomous (OFF-GRID):
  - Excess energy charges the buffer battery.
  - Consumer energy is supplied from the sun, wind or battery (in case of energy shortage).
- Network (ON-GRID):
  - Surplus energy is fed into the electricity grid.
  - The missing energy is supplied from the grid.
Solar photovoltaic module:
- 60 W silicon solar panel with adjustable aluminum frame.
- Solar radiation sensor (0–2000 W/m²).
- Temperature sensor (-50–+70 °C).
Wind turbine:
- Horizontal axis generator with 6 blades and a 510 mm diameter rotor.
- Rated power: 49 W at 15 m/s wind speed.
- Low-friction, brushless three-phase generator (12 V DC).
Control systems:
- Standalone control panel:
  - PWM charge controller with LED indicators.
  - 12 V DC load (light bulb).
  - DC parameter display (microprocessor, touch screen).
- Network mode control panel:
  - Mains inverter (450 W, 230 V, 50 Hz, pure sine wave output).
  - 230 V AC load (light bulb).
Backup battery:
- Voltage: 12V DC.
- Capacity: 12 Ah.
Data collection and analysis:
- USB interface and LabView-based software for parameter monitoring.
- Monitored parameters: solar radiation, panel temperature, wind speed, DC/AC parameters, energy flows.
- The software allows you to analyze energy conversion efficiency, monitor energy flow trends, and store data for the future.

Training programs include:

Principles of solar and wind energy conversion.
The influence of solar radiation and shadow on the voltage of a photovoltaic panel.
The influence of wind speed on the generator output voltage.
Energy conversion efficiency analysis.
Battery charging management.
Power supply to the grid and DC/AC inverter efficiency.

Dimensions and weight: