German energy company ENERTRAG has commissioned six new ENERCON E138 EP3 E2 wind turbines as part of the Mattheshöhe wind project, located in northern Brandenburg. Each turbine has a nominal output of 4.26 megawatts, a hub height of 160 metres, and a rotor diameter of 138 metres, reaching a total height of 229 metres.
This deployment is part of the regional development strategy of the Verbundkraftwerk Uckermark, a combined energy plant developed by ENERTRAG that integrates wind and solar generation, energy storage, and hydrogen production. The new units aim to ensure a stable and high-availability energy supply.
Technical monitoring and equipment longevity
Designed for a service life estimated between 20 and 30 years, the ENERCON E138 EP3 E2 turbines will require continuous operational monitoring. ENERTRAG oversees maintenance and performance through a programme of ongoing inspections and preventive interventions to optimise machine availability throughout their lifecycle.
The turbine commissioning was welcomed by Tom Lange, Director of Wind and PV Development Germany at ENERTRAG, who stated that the project “reflects the company’s technological potential and regional commitment”. He highlighted the importance of local supervision in maintaining the site’s long-term reliability.
Regional cooperation for sustainable deployment
The Mattheshöhe project was carried out in coordination with the municipality of Uckerfelde and the local authorities of Gramzow. Marc Transfeld, Regional Director for North Brandenburg, noted that “this close cooperation was decisive for the success of the multi-year construction effort”.
A mobile hydrogen production unit was presented on-site, allowing participants to visualise the integration of the installations into a complete energy system. The Power-to-X unit converts electricity from the turbines into hydrogen for industrial use and storage.
Technical tour and equipment demonstration
A guided technical tour was organised to show the interior of one of the newly installed turbines. Visitors had the opportunity to examine control systems, mechanical components, and the internal maintenance structure. This initiative aligned with a transparency approach regarding the site’s technical requirements.
The event was powered by direct output from the K2 turbine located on the site itself. ENERTRAG brought together technical teams, local businesses involved in the project, and institutional representatives during the inauguration.
