solar simulator
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Custom programmable table for simulation of complex I-V curve, TCP with Ethernet interface, Constantly read out of power supply status, Save & Load function, Validation of the curve supply
solar simulator
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The I-V (current-voltage) curve of a PV module describes its energy conversion capability at the existing conditions of the light intensity level and ambient temperature.This set up gives an idea about the I-V curve characteristics of a PV module which depend on the following Series and parallel combination Different light intensity level Temperature level Dark condition of PV module Product Features Appropriate simple assembly design to provide control conditions (temperature, light intensity) in a chamber Four quadrant rheostat to understand the dark characteristics of the Solar Cells Proper arrangement for efficient analysis of input and output parameters Light Intensity and temperature adjustment feature to simulate the conditions as per the requirement Inbuilt Solar IV Tracer for automatic graphical representation Scope of Learning Measurement of current-voltage characteristics of crystalline silicon solar cell Analyze the IV characteristics at different series/parallel combinations Measuring the parameters of a solar PV module under controlled luminary (change in illumination levels) Analyze the behaviour of solar modules under different temperature levels Measurement of dark IV characteristics of the modules Measurement of IV characteristics at constant load with change in illumination to analyze the deviation of operating points from maximum power point
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solar simulator
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solar simulator, Universal Ic Tester, Microwave Power Meter