DEGERenergie GmbH & Co. KG products

The DEGERtracker S100-PF-DR with pile foundation and a special worm gear rotation system. Single-axis, active tracking systems from DEGER enable the optimal utilization of all the irradiation energy, suitable for all widely-sold solar modules. With the patented sensor-based MLD technology you can achieve yield increases of approx. 30% for all photovoltaic applications. An easy plug-and-play installation is realized by means of the stable supporting construction. The decentralized control enables maximum independence. DEGERtrackers are “designed in Germany”- and stand for quality and durability.

The DEGER S100-PF-SR with pile foundation and a special worm gear rotation system.

The DEGER S60H was specially designed for high wind loads of up to 167 km/h – and based on co-development with Wacker Ingenieures. With the concrete foundation the DEGER S60H-CF can be installed in open land or building-integrated.

The single-axis DEGER 8.5 is flexible and can be developed in open land and building-integrated.

The DEGER D60H was specially designed for high wind loads of up to 170 km/h. The D60H can also be installed building-integrated.

The prefabricated wiring of all DEGER reduces installation time and costs, as well as installation related errors.

Their low energy consumption is a contributing factor in the system’s high level of efficiency. For example, a dual-axis DEGER D100 does not even use 0.5 percent of the additional energy it yields.

Active tracking system for open land and for building integration - most effective electricity costs, even in high wind zones.

Active tracking systems for open land installation with different mast lengths for a most cost-effective power generation.

Nature did it first: Numerous plants, like the sunfl ower for example, orient themselves towards the sun during the course of a day. It is a simple, but brilliant principle that can be applied perfectly to optimizing efficiency in solar energy systems. The reason: Photovoltaic modules that follow the sun’s path capture a higher amount of energy and therefore produce decidedly more power than modules in a fixed installation.