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  • GES-500 Гибридная солнечно-ветровая система

GES-500 Гибридная солнечно-ветровая система

модель : GES-500

    GES-500 (Wind and Solar Hybrid System) is composed of Solar Panel, Battery Bank Module, MPPT Solar Charging Controller Module, DC-AC Inverter Module, Grid-tie Inverter Module, Wind Generator Set, Wind Energy Monitor Module, Three-phase Rectifier Module, Wind and Solar Hybrid Controller Module, Load Module and Meters. By means of combining all these control systems, a teaching platform for implementation of the wind power, solar power and hybrid experiments is presented. It can help students understand the theory of on-grid and off-grid solar power, wind power generation system, hybrid system and further create practical applications.

Solar Power Generation System Manual
1. Conversion test of solar photovoltaic energy
2. Solar cell characteristic curve test
3. The influence of temperature on solar cell
4. Solar cells affected by different light angles curves
5. The efficiency and maximum power of solar cell
6. Solar cells generation-off-grid
7. Solar cells generation-streetlight
8. Solar cells generation-grid-tie
 
Wind Power System Manual
1. Wind speed experiment of a wind turbine
2. Open circuit and loading experiment of wind turbine
3. Wind energy utilization factor of wind turbine
4. Power curve experiment of wind turbine
5. Wind power generation-off-grid
6. Wind power generation-grid-tie

 
Scenery Complementary Laboratory Manual
1. The efficiency of DC-AC inverter
2. The efficiency and Islanding effect of grid-tie inverter
3. Wind and solar hybrid system-off-grid
4. Wind and solar hybrid system-streetlight
5. Wind and solar hybrid system-grid-tied

1. The software can display and store the data.
2. Using the digital meter, the user can observe the current operation status of the system.  
3. All the input and output terminals are adopting the safety plugs. Users can implement the experiments with the connecting wires easily and safely. 
4. Equipped with the Polarity reverse protection to avoid the modules being damaged due to the wrong input of inverse power.
5. Adjustable light source for the sunlight intensity
6. Adjustable solar panel, simulating the situation of the sunlight irradiation from different angles.