Basic Characterization of Solar Cell
In-Line Four Point Probe Tester
Amorphous/microcrystalline Silicon Materials
Steady State Solar Simulator for Solar Cell
Analysis of Defects in Performance Test
Light Induced Degradation Test
Potential Induced Degradation Test
Reverse Current Overload Tester
Potential Induced Degradation (PID) Tester
Current Continuity Test System
Solar modules are under the pressure of heavy objects such as wind, snow, ice, and people during outdoor applications. If the strength of solar modules does not meet the requirements, the modules will deform too much under the pressure of heavy objects, which will cause the cells to split, Undesirable consequences such as interconnecting strips, electrical connections and edge sealing lead to a reduction in the power generation of solar modules. Dynamic mechanical load testing, in order to verify the reliability of the produced solar modules and ensure their ability to withstand different forces and weather conditions.
Features
•Adopt 80mm×160mm high-strength aluminum profile as the main frame of the equipment
•All parts are processed by high-precision CNC; the surface treatment of aluminum parts is anodized
•Cylinder and solenoid valve use SMC brand (or the same grade brand) to ensure its quality and service life
•Power system uses high-precision tension and pressure sensors to ensure the uniformity of the output of each cylinder
•Output of the cylinder is controlled by a high-precision numerical control proportional valve, and the SMC brand (or the same grade brand) is selected to ensure the stability of the output of the cylinder
•Non-contact infrared sensors are used to capture the deformation of components to ensure high accuracy of data capture
Fast Delivery & Comprehensive Support
Provide customers with comprehensive support from product to production line operation through on-site operation guidance and after-sales technical support.
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