How To Inspect Solar Panels With Thermal Imaging

Solar farm inspection is the leading industrial application for infrared ir thermal imaging with drones.

How to inspect solar panels with thermal imaging.

We use accurate high end infrared cameras and uav s or drones to capture the data we need for our clients. They streamline the completion of a qualitative analysis by allowing the operator to quickly see heat differentials across a solar field and identify possible impairments. Are you using drones to inspect solar farms. Thermal imaging can help detect any presence of hot spots on the panels.

This makes it substantially easier to detect faults on the panels before they cause any devastating breakdowns. From panels to connections fuses inverters and all components of the system. When used properly thermal imaging cameras will show accurate temperature differences between cells or within a single cell that allow you to identify faults at an early stage. They can be used to inspect entire solar systems.

Thermal imaging cameras show accurate temperature differences between cells or within a single cell to identify faults in an early stage inspections are not limited to the solar panels. This inspection method is non destructive and non invasive you can use thermal imaging to inspect the solar panels under load so no shutdown is required. Aerial thermal imaging cameras make it easy to quickly inspect a large target area and pinpoint solar panel problems. Scanpro inspect panels mc3 and mc4 terminations inverters and isolators.

Click image to enlarge fig. However glass is not transparent in this region. If any part of the system starts to wear down or develops a higher resistance for some other reason the corresponding increase in temperature can be detected very easily with a thermal imaging camera so you can fix the problem. Solar photovoltaic solar panel inspections scanpro provides detailed thermal imaging inspections for the solar industry.

Solar power is the fastest growing source of new energy in the world with 2018 expected to be a record breaking year. You can use thermal imaging to inspect the entire system from the solar panels themselves to connections inverters fuses and all other electrical components in the system explains ermoni. Handheld thermal imaging cameras for predictive maintenance inspections typically have an uncooled microbolometer detector sensitive in the 8 14 μm waveband. When solar cells are inspected from the front a thermal imaging camera sees the heat distribution on the glass surface.

You can use thermal imaging to inspect the solar panels under load so no shutdown is required.