Wind Energy Training Content
1 Recognizing experiments of solar power equipment, wind power generation equipment;
2 Solar control experiment includes-
- solar power management
- solar photovoltaic energy conversion
- environmental impact of photovoltaic conversion
- solar photovoltaic systems direct loads
- photovoltaic control systems for solar power generation
- photovoltaic controller working principle
- photovoltaic controller charge and discharge protection
- solar street light control
- battery charge
- discharge characteristics
- over-voltage & Undervoltage protection
- intelligent battery management and charging temperature compensation
3 Wind power generator experiment includes-
- speed mechanical protection system principle
- speed electronically controlled protection system principles
- shine complementary maximum power point tracking control
- fan over power protection
- wind power curve under different speeds
- wind detection
- independent fan system
- battery over-voltage & Undervoltage protection
4 Grid part experiment includes-
- MPPT (Maximum Power Point Tracking)
- islanding protection
- communications control grid/ off-grid
- grid disturbances
- power generation measurement
- grid principles
5 The Inverter part experiment includes-
- the inverter principle
- inverter overload protection
- complementary between inverter and main power
- inverter under voltage and over voltage protection
The whole system experiment includes-
- detection technology, control technology, and converting technology related to wind power and solar power
- solar power basic principle
- solar power system design
- wind power basic principle and application technology simulation
- grid-connected inverter system stability simulation
- solar power system inverter curriculum design simulation
6 PLC programming experiment, inverter control asynchronous motor experiment, etc
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