Steady State Solar Simulator for Solar Cell

Steady State Solar Simulator for Solar Cell uses xenon arc lamps that can simulate the full sunlight spectrum to reproduce the destructive light waves in different environments, which can provide the corresponding environmental simulation and acceleration test for the development and quality control of photovoltaic cells.

Meets the stability test stipulated by MQT09 and MQT19 in IEC61215 standard. The spot area reaches 1200*1000mm (applicable to 20 pieces of 230 cell) and the spectrum meets the BBA standard.

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Functional Characteristics

Improve the existing process of the battery or to evaluate the durability of the battery after the change of composition. It can well simulate the change of the battery when it is exposed to sunlight under different environmental conditions.

•Spectral mismatch, irradiation inhomogeneity and irradiation instability shall meet at least BBA level standards.

•Irradiance range is 700 ~ 1100W/m²

•Irradiation area reaches 1200*1000mm

•Gold halide lamp can adjust the irradiation intensity of each light source or the overall irradiation intensity

•Irradiance control mode: manually set the lamp power or automatically adjust according to the set irradiation intensity

•Touch screen control, can set temperature, running time, cumulative radiation intensity parameters; When the running time/cumulative radiation amount is reached, the equipment will stop automatically

Specification	Content
Gold halide lamp	Power: 2000W Operating voltage: AC200V Rated current: 10A Spectral matching degree: Grade B
Power supply	Power supply type: Electronic power supply (EPS control) Modulation function: radiation intensity adjustment, parameter display, lamp state, temperature overtemperature display Modulation range: 60-100% power within the lamp group and single lamp can be automatically adjusted by software Input voltage: 380V (AC) ±10% Output voltage: 350V Input current: 14A Output frequency: 255HZ Ripple and noise (output current) : ≤1%
Irradiance meter	Spectral range: 285 ~ 2800nm Irradiance range: 0 ~ 2000W/m² Response time: < 6s Annual stability: 1% Horizontal bubble accuracy: < 0.2° Temperature response: 5%
Temperature	Sensor type:T-type thermocouple Test range: 0 ~ 200℃ Test accuracy: ±1℃ Resolution: 0.1℃ Component temperature test accuracy: ±0.5℃

Related Solutions

IEC61215 Testing Standard

Solar Cell Production QC

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