Anklam combined cycle power plant
Key figures of the integrated power plant
| 240 MW electrolysis (electrical connection line, 2 expansion stages) |
| Up to 20,400 t/a of green hydrogen for regional use |
| Heat supply for surrounding businesses |
| Total investment: approx. 370 million euros |
| 350,000 t CO2 savings* per year |
"Together, we will overcome fossil fuels by 2040. ENERTRAG integrated power plants have the potential to completely replace conventional power plants."
Dr. Tobias Bischof-Niemz
ENERTRAG Board Member Projects International & Technology
Starting points in the Anklam energy region
- Use of regionally generated electricity on site
- Development and provision ofCO2-neutral energy sources for the region
- Lighthouse project for the energy transition
Regional value creation
- No "transportation" of regional electricity, but use for further added value and products
- Access toCO2-neutral energy for companies in the region.
- Construction and integration of modern renewable energy plants (PV/wind) to provide electricity
- Increasing the value of H2 through cooperation for methanol synthesis and further use
- Creation of innovative jobs
About ENERTRAG
ENERTRAG develops, builds and operates energy solutions from wind, photovoltaics and hydrogen to drive forward the energy transition worldwide - and to completely replace fossil fuels in the energy supply.
Regional infrastructure
- Connection of local partners possible through H2 and O2 direct pipeline
- Access to H2 for regional partners through hydrogen filling at the electrolysis site
- Connection to the H2 core network to supply supra-regional demand
- System-friendly integration of wind and PV power to prevent shutdowns
- Commitment to regional heating and mobility concepts
Other projects
The goal: 100 per cent fossil-free - worldwide. To achieve this, ENERTRAG is turning pioneering ideas into sustainable, viable solutions.
Lübs-Ferdinandshof wind project
Lübs-Ferdinandshof wind project
ENERTRAG has been planning a new, regionally significant energy project for several years, for which a separate approval procedure with public participation is to be carried out. Transparent...
Penkun wind project
Penkun wind project
ENERTRAG has been planning a wind field south of Penkun for several years, for which a separate approval procedure with public participation is to be carried out. In this context, transparen...
Lüssow-Schmatzin wind project
Lüssow-Schmatzin wind project
ENERTRAG, wpd and naturwind are planning a new, regionally significant energy project for which a separate approval procedure with public participation will be carried out. The following pag...
Schönfeld project complex
Schönfeld project complex
Bürgerwind Schönfeld UG & Co. KG initially plans to operate two Vestas V117 wind turbines, each with a rated output of 3.45 MW and a total capacity of 6.9 MW, known as the Schönfeld III proj...
Mattheshöhe project complex
Mattheshöhe project complex
Bürgerwind Matteshöhe UG & Co. KG operates 4 GE 3.6-137 wind turbines with 3.63 MW and a total installed capacity of 14.52 MW in the municipalities of Uckerfelde and Grünow (Brandenburg).
Ramin wind project
Ramin wind project
ENERTRAG has been planning a wind field north-east of Ramin for several years, for which a separate approval procedure with public participation is to be carried out. The following pages are...
Rosow community energy project
Rosow community energy project
ENERTRAG Windfeld Schönfeld III GmbH & Co. KG plans to operate 5 Vestas V117 wind turbines, each with a rated output of 3.45 MW and a total capacity of 17.25 MW, known as the Rosow wind fiel...
Dauer project complex
Dauer project complex
The “Dauer III” and “Dauer IV” wind project is located in the north-east of Brandenburg, east of the Prenzlau district of Dauer. The environmentally friendly construction and operation of th...
Kassow wind project
Kassow wind project
ENERTRAG has been planning a new, regionally significant energy project for several years, for which a separate approval procedure with public participation is being carried out. In this con...
Bonnhagen I wind project
Bonnhagen I wind project
ENERTRAG SE is planning a new, regionally significant energy project for which a separate approval procedure will be carried out. The following pages provide transparent information in this ...
Ramelsloh wind project
Ramelsloh wind project
ENERTRAG SE is planning the construction and operation of a 4 MW class wind turbine in Ramelsloh in the municipality of Seevetal. The planned and approved turbine is a VESTAS V150 with an ou...
Iserlohn wind project
Iserlohn wind project
ENERTRAG is planning to erect two wind turbines in the outskirts of Iserlohn, between Gerlingsen and Kalthof. Due to the 1,000 m distance regulation to residential areas stipulated in the st...
Westerwald II wind project
Westerwald II wind project
ENERTRAG SE is planning to erect a total of six wind turbines in the Hauser Wald forest in Hesse on the border with Rhineland-Palatinate, located between the municipalities of Dornburg, Wald...
Nordkirchen wind project
Nordkirchen wind project
ENERTRAG is planning to erect three wind turbines on the outskirts of the municipality of Nordkirchen, on Münsterstrasse at Meinhövels Holz/Piekenbrock and to the west of the district of Cap...
Anklam combined cycle power plant
Anklam combined cycle power plant
Anklam combined cycle power plant
CHEMIN DE TULERAS
CHEMIN DE TULERAS
CHEMIN DE TULERAS
SAINT-ANDRÉ-FARIVILLERS
SAINT-ANDRÉ-FARIVILLERS
SAINT-ANDRÉ-FARIVILLERS
CAMPREMY-BONVILLERS
CAMPREMY-BONVILLERS
CAMPREMY-BONVILLERS
CHEMIN-BLANC
CHEMIN-BLANC
CHEMIN-BLANC
DEMI-LIEUE
DEMI-LIEUE
DEMI-LIEUE
ROINVILLE
ROINVILLE
ROINVILLE
ORESMAUX
ORESMAUX
ORESMAUX
FRESNOY-AU-VAL
FRESNOY-AU-VAL
FRESNOY-AU-VAL
BOUGAINVILLE
BOUGAINVILLE
BOUGAINVILLE
LIANCOURT
LIANCOURT
LIANCOURT
REMIGNY-LY-FONTAINE
REMIGNY-LY-FONTAINE
REMIGNY-LY-FONTAINE
LA BRIE CHAMPENOISE
LA BRIE CHAMPENOISE
LA BRIE CHAMPENOISE
ANGUILCOURT
ANGUILCOURT
The Anguilcourt wind farm, commissioned in 2016 and located in the Hauts-de-France region, comprises 6 Senvion wind turbines with a total output of 12 MW.
SISSY-MÉZIERES
SISSY-MÉZIERES
SISSY-MÉZIERES
SOUTH TERNOIS
SOUTH TERNOIS
SOUTH TERNOIS
EAST TERNOIS
EAST TERNOIS
TERNOIS EST
CROISETTE I
CROISETTE I
CROISETTE I
CROISETTE II
CROISETTE II
CROISETTE II
LA VILLE-AUX-BOIS-LÈS-DIZY
LA VILLE-AUX-BOIS-LÈS-DIZY
LA VILLE-AUX-BOIS-LÈS-DIZY
TERNOIS NORTH
TERNOIS NORTH
TERNOIS NORTH