Good service
Good service, quick processing and very competent
Excellent
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Good service, quick processing and very competent
Everything perfect! Service, process, support, technology etc...
Everything is just right with this company. Nothing more to say ;-)
Good price, fast delivery.
The advice beforehand was highly competent, and my questions about the accessory kit were answered quickly and clearly.
As always, flawless communication and very friendly, very helpful support.
Everything went smoothly!!!
The course was very good, questions were answered in great detail. Great team
Great preparation for the A2-STS drone license.
First-class preparation and execution of the exam. Relaxed atmosphere.
FAQ
Thermography is an indispensable tool for quickly and effectively checking the condition of photovoltaic systems. This technology is particularly useful when dealing with unexplained performance losses. Thermal imaging makes it possible to quickly identify defective modules and determine the exact cause of problems. Defects in PV modules locally increase electrical resistance, resulting in visible heat generation that can be easily detected in a thermal image.
Our complete solution includes a high-performance drone with an integrated thermographic camera, training in the safe operation of the drone and thermographic analysis, as well as comprehensive technical support.
We offer a high-quality drone from DJI that was specifically developed for inspection applications. It is equipped with a high-resolution thermographic camera that enables precise temperature measurements and quickly identifies potential defects in solar modules.
Thermography uses infrared radiation to measure temperature differences on PV modules. Damaged modules heat up more intensely and appear as so-called hotspots in the thermographic camera, indicating potential defects.
No, our solution is also suitable for beginners. The training included in the package teaches you everything you need to know about operating the drone, using thermographic technology and analysing the results.
The training for the A2 drone licence, including flight training and examination, takes 2 days at one of our locations in Germany. This requires you to already hold an A1/A3 drone licence, which you can easily obtain online from the German Federal Aviation Authority within 30-60 min (cost <50 EUR). The user training for PV thermography is available online and on demand. You should allow approximately 1/2 to 1 day for this, including practical examples.
Yes, the drone is versatile and can also be used for other inspection and detection tasks. Typical examples include thermography of buildings, locating fawns and inspecting hard-to-access installations with visual and infrared cameras.
It is recommended that PV systems be inspected at least once a year in order to detect potential damage at an early stage and maintain module efficiency.
Drone-based thermographic inspections are faster, more efficient and safer than conventional manual inspections. No scaffolding or climbing equipment is required, and even hard-to-access areas can be reached with ease. In addition, thermography provides precise and reliable results.
The drone records both visual and thermographic data, which can then be analysed in detail. With our training, you can use this data to create a complete inspection report including high-resolution images and temperature data.
Frame rate: 30 Hz Noise-equivalent temperature difference (NETD): ≤50 mK@F1.0 Infrared temperature measurement accuracy: +- 2°C or +-2% (using the larger value) Image format: JPEG (8-bit), R-JPEG (16-bit)
There are also two visual cameras: a wide-angle camera with 48 MP and a 1/2-inch sensor, as well as a zoom camera with 12 MP, a 1/2-inch sensor and 8x optical or 56x hybrid zoom.
Our support team assists you with setting up and configuring the drone and analysing thermographic data.
Every business is different. Together we find the drone solution that fits you best.
Book a free initial consultation