NEW: MBJ Quickcheck

The MBJ Quickcheck enables a quick luminescence test of installed PV modules in daylight.

No intervention in the electrical installation is required.

The compact system can be operated by just one person.

You have questions about this product? Contact

Flyer Download flyer (PDF)

Technical details

Camera resolution: 640 x 512 pixel
Battery: Lithium-Ionen battery 36V 4,4Ah 158,4Wh including battery charger
Operation time: 2-3h continuous operation in live operation mode. Easy battery exchange possible.
Charging time: 3h
User interface: Virtual reality glasses, type Meta Quest 3
User interface: Easy to operate though your smartphone or the optional VR glasses. Displays live images. Storage of images with push button possible.
Telescope rod: Min length 106 cm, max. length 300 cm, other on request

The fastest on-site inspection ever

The MBJ Quickcheck system is a portable, easy to use high-resolution luminescence imaging system for the inspection solar panels in operation. It is made for on-site inspection at PV-installation sites on installed and in operation solar panels. Best results can be achieved during daylight and full operation of the installed PV system.

The Quickcheck is the ideal solution for quickly obtaining an overview of the condition of PV modules after installation, after a storm, or in the event of problems.

The relatively small, lightweight, and battery-operated system can be easily operated by one person. The inspection is ideally carried out during the day.

Unlike electroluminescence systems, no intervention in the electrical installation or shutdown ofthe system is required.

How does the Quickcheck work?

All you have to do is to insert the charged battery, mount the telescopic pole, and switch on the system. The device is placed on the module and can then be easily moved across the module using a telescopic pole.

The system is operated using the included VR headset. The advantages of the VR headset are obvious: You have both hands free and you see razor-sharp images even in the brightest sunlight.
A live image of the module being tested is displayed in the operator’s field of view.

Using the remote control on the telescopic pole, you can flexibly capture an image at any desired location.
The system’s integrated computer saves the images, which can later be easily downloaded via Wi-Fi.