High efficiency solar panel simulator

AAA standards and Higher than IEC60904-9 standard

Full spectrum: 300~1200nm, spectrum extended to 1800nmLong pulse: 15~200ms (adjustable)

Top lighting/side lighting

300-1200nm full spectrum: more truly reflects the solar module’s response capability in each band

Electronic load: The scanning direction supports two modes: Isc→Voc and Voc→Isc.
Measurement objects: silicon-based thin film components, cadmium telluride, perovskite, crystalline silicon and other technical components

其他信息

Capacity

<45s(100ms)

Maximum measurable area

3500×2500mm

Light source direction

Uplighting light source

Feeding method

On-line Auto conveyor

Solar simulator source level

AAA

Solar simulator standards

IEC 60904-9

Calibration method

Standard solar panel automatically calibrate light intensity in one go

Spectral matching

0.75-1.25 (Grade A)

illuminance instability

<0.5% (Grade A)

illuminance non-uniformity

<2% (Grade A)

Spectral range

10-200ms

Flash time

10-200ms

Irradiance range

200-1200W/m²

ISC 60 times repeatability

<0.2%

Light source life

≥15W times(100ms)

Measuring range

Voltage: 100-600V (resolution 1mV) Current: 0-10A (resolution 1mA)

Test parameters

Isc,Voc,Pmax,Vm,Im,FF,EFF,Temp,Rs,Rsh

Measure power

3000W(Max)

Test wiring method

Four wire system

Software Function

Supports code scanning gun trigger test, supports test data saving, query, and export, supports voice broadcast of test results, supports foot pedal trigger, and has automatic temperature compensation

Temperature

25℃±10℃;

Humidity

≤85%

Voltage

AC220V/50Hz/20A

Machine size

4630mm×4300mm×5630mm

A. The YLP1000 series solar module tester has a direct light structure, simulating natural sunlight irradiation conditions. It can realize an uplighting installation mode according to the on-site environment, meeting the full spectrum of 300-1200nm, and the pulse width is adjustable from 10 to 200. The equipment meets the industry’s top spectral standards: 1. AAA performance; the three core performance indicators of non-uniformity, spectral matching, and light intensity stability all exceed industry standards. 2 Full spectrum; the spectrum range meets the range of 300-1200nm, enabling full-spectrum testing of high-efficiency crystalline silicon cells, and significantly improving test accuracy. The solar cell modules use four-wire connections and a high-speed data acquisition system to ensure the measurement accuracy of solar cell current. Infrared non-contact temperature measurement accurately measures component temperature, ensuring the accuracy of temperature correction.

B. Test objects: These are suitable for testing, recording, and exporting electrical performance parameters of silicon-based thin-film components, cadmium telluride, perovskite, crystalline silicon, and other technical elements.