60mS AAA Perc Cell Solar Module Simulator Suppliers,Manufacturers -Solar Panel Manufacturing

Product Details

Perc Cell Solar Module Simulator

Application：

Mainly used in automatic test and result record of solar

mono-crystalline silicon, poly-crystalline silicon solar cell

module and thin-film module.

Products Features:

1. Flash impulse continuous adjustable range 0-60ms

2. Four-line measurement; 14-bit 4-channel high-speed synchronous acquisition card, 8000 data collecting point;

3. 10 parameters display;measured parameter display in tabulation and graphic way;

4. Irradiance automatically compensating; temperature automatically compensating;

5. Voice counts off and prompts of flash time;counting prompts of flash time

6. 24 consecutive hours of work, working life of imports Xenon lamp is 300,000 times of flash

7. Patented Design with high quality key components

8. Touch-screen control

9. Independent explosion proof control cabinet

10.Dell Computer

Technical Data:

Model	YHMT-AAA
Lamp Spectrum	In line with IEC60904-9：2007(A Grade)
Light Intensity	1000W/m²(700W/m²-1200W/m²)
Light intensity non-uniformity	≤±2%[A]
Instability degree of irradiation	≤±2%[A]
Test results consistency	≤±0.5%[A]
Test error of electrical properties	≤1% A
Single flash time	60ms
Effective Test Range	2000mm×1500mm/20W~500W
Measuring Voltage	0-200V(Resolution 1mV)
Measuring current	200mA-20A(Resolution 1mA)
Environmental temperature	15℃~30℃
Test Parameters	Isc, Voc,Pmax, Vm,Im,FF,EFF,Temp,Rs,Rsh
power	220V/50Hz(60Hz)

Function Features:

1. Measurable parameters: I-V curve, short circuit current, open circuit voltage, peak power, peak power point voltage, current, fixed voltage current, filling factor, conversion efficiency, light intensity and environmental temperature.

2. Automatic classification and display function. It can be automatically classified according to the fixed voltage and current, and the results of the classification can be displayed directly on the test cabinet by digital display. Easy to use in production line. 3. Solar cells are connected by four wires to ensure the current accuracy.

4. Measuring temperature and light intensity at the same time to ensure the accuracy of automatic correction of solar cell temperature and light intensity.

5. Self-tuning system with manual input compensation parameters, automatic/manual temperature compensation, automatic light intensity compensation, etc.