The PV Module testing Machine is a high-reliability, high-precision solar cell module test-specific equipment. The equipment adopts high-power, long-life imported pulsed xenon lamp as the simulator light source, and the imported ultra-high-precision four-channel synchronous data acquisition card for test data acquisition. The professional ultra-linear electronic load guarantees accurate test results. It is suitable for solar photovoltaic module manufacturers to use as a test for solar cell modules.

PV Module testing Machine technical features:
1. Constant light intensity, ensure constant light intensity in the test interval, and ensure the test data is true and reliable. The flash pulse width is continuously adjustable from 0 to 100 ms, and the step is 1 ms, which is suitable for different cell measurement.
2, digital control to ensure test accuracy; hardware parameters programmable control, simplify equipment debugging and maintenance.
3. Adopt 2M×4 high-speed synchronous acquisition card to restore the details of the test curve and accurately reflect the actual working condition of the tested battery.
4, using infrared temperature measurement, truly reflect the temperature change of the battery, and automatically complete the temperature compensation.
5. Automatic control, real-time detection of the working state of the battery chip and the main unit circuit in the whole test interval, and provide software/hardware protection to ensure reliable operation of the device.
6, constant light intensity, ensure constant light intensity in the test interval, to ensure that the test data is true and reliable. The flash pulse width is continuously adjustable from 0 to 100 ms, and the step is 1 ms, which is suitable for different cell measurement.
7, digital control to ensure test accuracy; hardware parameters programmable control, simplify equipment debugging and maintenance.
8. Adopt 2M×4 high-speed synchronous acquisition card to restore the details of the test curve and accurately reflect the actual working condition of the tested battery.
9, using infrared temperature measurement, truly reflect the temperature change of the battery, and automatically complete the temperature compensation.
10. Automatic control, real-time detection of the working state of the battery chip and the main unit circuit in the whole test interval, and provide software/hardware protection to ensure reliable operation of the device.
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