SL-101
New
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.
Availability date:
Category | Solar Energy |
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
- 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
- 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