This set up gives idea about variation in output power depending on:- The variable intensity of the light.- Change in inclination angle of PV module to various level in single axis.- By series and parallel connections.- To understand the effect of bypass diode by shadowing single solar cell with different string in module.
This set up is used to drive AC and DC water pumps depending on different conditions of PV module. Effect of Series and parallel combination on the flow rate and pressure of water at different voltage levels. To calculate efficiency of: -- DC-AC pump by measuring input power and flow rate at output and compare which is better.-- VFD (Variable Frequency...
There are losses occurring in the solar PV system which have to be taken into account while designing the system for a particular load.This setup helps to study the various losses at different stages of the PV system from the panel losses, conduction losses, shading losses, etc.
SL-110 Carrier Lifetime Measurement System is used to measure the minority carrier lifetime in a solar cell by using Open Circuit voltage Decay (OCVD) method and Reverse Recovery Transient (RRT) method. This is a unique system which consists of an inbuilt square wave generator (used for RRT method), a solar cell, LED (flash/light source), and an optional...
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 tilt a- To identify the modules and technology used in PV modules
This system gives you an idea about.- To assemble a standalone solar PV system.- To identify ratings of the equipments used in standalone solar PV system, line solar PV modules, battery, inverter and load.- To understand the efficiency analysis of the stand alone system
This setup is the basic set up useful to understand the fabrication process of the solar cells