Checkout the right column for the test type. Hover the test type and find out its purpose and execution.
- Visual test
Visual test of mechanical structures, electrical system, electrical equipment and connections, including quality of components
- Grounding test
Measurement of earth resistance and fault loop impedance using MACROTEST 5035
- Conductor insulation test
Measurement of conductor insulation resistance, and earth leakage current using a Megger tester
- Thermographic test
Thermo graphic imaging of all system components to locate electrical faults. This test identifies sources of power-loss which directly affects revenues. The test reveals faulty components and faulty electrical connections, preventing burnouts and possible fire
- System performance analysis
Runs a historic data analysis to check and compare the system performance against other systems. The test involves actual and theoretical analysis of system performance including faults and failures, taking into consideration geographical characteristics such as solar irradiation, shading, and other environmental data
- Efficiency test using reference cell
Systemic efficiency test using a refernce cell - Simultaneous holistic efficiency check of all system components. The test includes panel outputs, inverter efficiency and grid quality, relative to a reference cell. The test identifies power losses in each of the system’s components.
- I/V Curve test for panels and strings
Testing panels array efficiency against a reference cell which measures irradiation and temperature. If a fault is found, each panel in the array can be individually tested. .
- Panel fault detection
Identifying damaged panels using the thermographic camera
- Electrical boards inspection
Electrical boards are scanned using the thermographic camera, to identify points of failure, power losses and to prevent fires.
- Inverter efficiency test
Identifying inverter power losses and overheating
- Grid quality test
Connecting a grid analyzer to test and troubleshoot the electrical grid
