Fast and reliable fault detection.
With thermal imagers from Testo.
Reliable and efficient operation of photovoltaic systems.
Due to energy transition, the number of photovoltaic systems on the roofs of homes and commercial buildings is increasing rapidly. Solar cells, modules, as well as other electronic components must be checked regularly, especially since they are located outdoors.
Installation errors, severe weather, and aging can cause defects in modules and components such as inverters that reduce energy output. Infrared thermography offers the possibility to locate problems on PV systems quickly, precisely, and reliably.
occurs when an inactive cell continues to be supplied with power by the active cells, e.g. due to lightning or hail.
the cell then converts this energy into heat.
The resultant “hotspots” could even destroy the module.
Overheated cells can be identified very easily with the thermal imager
testo 883 product recommendation
Reliable fault diagnosis thanks to high image quality with resolution up to 640 x 480 pixels and NETD < 40 mK
Correct alignment and viewing angle thanks to manual focus and interchangeable telephoto lens
High functionality through simple operation and solar mode
testo 883 brochure
Checklist for testing PV systems with a thermal imager
When to check
What needs to be checked
Environmental and measurement conditions
Positioning of the imager
Error patterns and causes
What you need to know about thermographic inspection of small and large solar systems.
Error patterns and causes
Tips & tricks for measuring and avoiding errors
Choosing the right thermal imager
And much more...
Product recommendation and application example
As SMART as Thermography can be
Stream thermal images to smartphones or tablets as a second screen
Quickly analyze thermal images on site
Add measurement points or comments
Quickly create reports and send via email
Report Wizard
Send e-mail
Sharing Thermal Images
Thermal Image Analysis
Second Screen