Educational solar energy generation trainer bench didactic equipment

GTNT-004

Delivery:

EXW

minimum order:

1 set

Supply Ability:

30set / Month

Country of Origin:

Guangzhou,China

Stock Time:

45Day

Technical parameter
Power supply: AC220V±10%, 50HZ;
Power: ≤500W;
Temperature: -10°C～+40°C
Dimensions (l × w × h): work bench: 1200* 700 *1800mm;
Frame with solar panel: 540*1025*500mm(4set)
Weight: About 150kg

Quantity:

Request a Quote

This educational equipment solar energy generation solar energy training equipment training bench adopts 4 set 100W monocrystalline silicon solar cell panel (54cm*100cm) and 220V, 1000W solar simulation light to simulate light source. The educational equipment solar energy generation solar engergy training equipment training bench adopts dual system charge and discharge controller with multiple working modes and perfect protection functions, which is ideal solar energy training equipment for the solar power generating training.The educational equipment solar energy generation training bench is suitable for the teaching needs of the theory and maintenance training of solar energy training equipment in vocational and technical schools, colleges and universities, training institutions.

Technical parameter

Power supply: AC220V±10%, 50HZ, ≤500W;

Dimensions (l × w × h): work bench: 1200* 700 ×1800mm;

Solar panel stand: 540*1025*500mm(4set)

Weight: About 150kg

Product description

This trainer adopts 4 set monocrystalline silicon solar cell panel and solar simulation light to simulate light source. It Adopts dual system charge and discharge controller with multiple working modes and perfect protection functions, which is ideal device for the solar power generating training.

Product composition

Training bench 1200*700*1800mm

Solar panel 4 sets: DC18V Power:50w, Size:430*670mm

Simulated light source: Power: 1000w, AC220V

Controller : 12V/24V，10A

Inverter: 220VAC, 1kw

Battery: 12V/65AH

Measuring device: Ammeter, Voltmeter, Wattmeter.

Training courses:

1. Energy conversion experiment of solar photovoltaic panels

2. The influence of environment on PV transformation

3. Direct load characteristic test of solar cell photovoltaic system