Upper Lighting Solar Module Simulator Suppliers,Manufacturers -Solar Panel Manufacturing

Product Details

Upper Lighting Solar Module Simulator

Application:

Used for automatic testing and result recording of electrical performance parameters of monocrystalline silicon and polycrystalline silicon solar modules.

Products Features:

Customized load board, suitable for compatible battery types PERC TOPCOM HJT SUNPOWER. IBC which includes MBB, half cut, stacked cells, and supports thin film battery modules, has electrical performance parameters.

High-efficiency Direct light structure and simulates real solar irradiation conditions. It can achieve side/top illumination installation mode according to the on-site environment, meet the full spectrum of 300-1200nm, and the pulse width is adjustable from 10ms to 150ms.

The equipment meets the top spectral standards in the industry:

1. A+A+A+ performance; The three core performance indicators of unevenness, spectral matching, and light intensity stability all exceed industry standards.

2. Full spectrum; The spectral range meets the requirements of 300-1200nm, achieving full spectrum testing of high-efficiency silicon batteries and greatly improving testing accuracy.

3. Four wire connection and a high-speed data acquisition system, ensuring the accuracy of solar cell current measurement.

4. Infrared non-contact temperature measurement accurately measures the temperature of components, ensuring the accuracy of temperature correction.

Main technical and principles of the equipment:

Category	Specification	Details
Analog Light Source	Spectral Matching	100 mW/cm²
	Total Irradiation Intensity	70 mW/cm² to 120 mW/cm²
	Range of Irradiance Adjustment	± 1%
	Irradiation Unevenness	± 1%
	Single Irradiation Pulse Time	10-150 ms (adjustable)
	Flash Count Prompt Function	Flash count prompt (replacement, reset to zero)
	Xenon Lamp Service Life	80,000 flashes
	Radiation Direction	Vertically downward light emission
Measurement Range	Effective Testing Area	2600 mm x 1600 mm
	Effective Testing Range	5 W to 650 W (maximum component area power)
	Measurement Voltage	0 mV to 200 V (resolution of 1 mV)
	Measuring Current	0 mA to 20 A (resolution of 1 mA)
	Environmental Temperature	15°C to 35°C
Measurement Accuracy	Inconsistency of Measurement Results	± 0.5%
	Measurement Result Error	± 1%
Measurement Method	Measurement Method	Four-line measurement
Measurement Parameters	Parameters	Isc, Voc, Pmax, Vm, Im, FF, EFF, Temperature, Rs, Rsh
Measurement Interval Time	Interval	<20s (100ms pulse), <30s (150ms pulse)
Data Collection	Data Points	8,000 data points for I-V and P-V curves
Test Condition Correction	Automatic Irradiance Compensation	Yes
	Automatic Temperature Compensation	Yes
Temperature Measurement	Temperature Compensation and Display	Yes
	Built-in Non-contact Infrared Temperature Measurement	Yes
Test Results	Voice Counting and Prompts	Yes
	Display Test Time and Graphical Parameters	I-V characteristic curve
Test Report	Current Work Interface	Displays and records I-V characteristic curves
	Save Test Parameters	Can save the main test parameters of all components to a specified file on the hard drive
	Autonomous Naming of Files	Yes
Data Summary and Printing	Summarize Data	According to the set time period or at any time
	Print Format	Excel format (including cumulative output of I-V characteristic curves)
Specialized Software	Temperature Compensation Coefficient Input	Yes
	Date Name Rows and Counts Input	Yes
	Automatic Serial Number Increment	Yes
	Defective Product Parameter Range Setting	Yes
	Centralized Control of Parameters	Yes
Working Hours	Continuous Operation	Equipment can work continuously for more than 24 hours