Used OERLIKON / BALZERS Solar Test 65 #9246269 for sale

ID: 9246269
Light soaking system For thin-film solar modules Light intensity 1000 W / m², maximum 1,100 W / m² Lamp type RF-excited sulfur-selenium gas lamp (4) Halogen lamps.
OERLIKON / BALZERS Solar Test 65 is a high-precision production line equipment used to test the quality and consistency of solar products produced for the photovoltaic industry. It is frequently used for testing the crystalline silicon-based photovoltaic modules, as well as the cadmium telluride and copper indium gallium selenide thin-film cells which are found in solar cells. BALZERS Solar Test 65 is suitable for full-scale production lines, allowing for superior consistency and efficiency in testing the quality of solar modules. OERLIKON Solar Test 65 is a multi-mode system, meaning that it can measure and test a wide range of solar cell parameters. First, it measures the current-voltage (I-V) characteristics of the cell, which gives information on the open-circuit voltage (V_OC), short-circuit current (I_SC), fill factor (FF), and maximum power. It can also measure the three-dimensional external quantum efficiency (EQE) of the cell, which gives insight into the cell's response to various wavelength radiation. Of equal importance is its ability to measure series internal shunt resistance (RoS), one of the key parameters in testing for quality assurance. For safety and accuracy, Solar Test 65 is equipped with a variety of safety measures. For instance, it includes a number of safeguards such as overvoltage and load regulation to ensure that the system does not exceed the maximum allowable conditions. In addition, the machine has a number of optical components such as optics benches and cameras for measuring the small changes in illumination. It is also equipped with a climate chamber with variable temperatures and humidity, so that the testing environment can be precisely controlled. In terms of automation, OERLIKON / BALZERS Solar Test 65 is designed to simplify and reduce the testing process. For instance, it is capable of collecting a large number of data points with high accuracy automatically over a software platform. It also includes at least two auto-positioners that can move the solar module to several test points around the chamber. Finally, software is integrated to intelligently identify, analyze, and compare the data points for each solar cell tested, allowing for accurate and consistent testing results. Overall, BALZERS Solar Test 65 is an essential piece of equipment for photovoltaic production lines. It provides consistent, accurate, and high-precision solar cell testing, enabling the production of superior quality solar products.
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