More power for the Krusemark-Ellingen wind farm in Saxony-Anhalt: The decision has recently been taken to “repower” this project, which was initially constructed between 1998 and 2004, and the sixth and last new wind turbine has been put in place. The state-of-the-art Nordex turbines, each with a generation capacity of 3.3 megawatts, replace the 15 existing Enercon systems, resulting in a substantial increase in the wind farm’s generation capacity overall, despite the lower number of rotors. The location now has a total installed capacity of 19.8 MW, compared to “only” 15.7 MW previously. That represents an increase of about a quarter. The new systems can provide a climate-neutral supply of electricity to more than 13,000 households. Krusemark-Ellingen is RWE’s third repowering project in Germany. Replacing older systems with a smaller number of much more powerful turbines makes it possible to extend the life cycle of many locations. Studies confirm that simply installing state-of-the-art systems at established sites in Germany has the potential to boost wind power generation to more than 210 terawatt hours (TWh) by 2030 (2020: 132 TWh). To put this in context, 210 TWh represents approximately 37 percent of Germany’s gross electricity consumption in 2020. Repowering can therefore be an important tool in achieving the German government’s greatly increased expansion targets for renewables. These are ambitious goals, and RWE wishes to make a significant contribution: It is bolstering its team accordingly, with 200 new employees to be appointed in the short term to forge ahead with project development in Germany.
More power for the Krusemark-Ellingen wind farm in Saxony-Anhalt: The decision has recently been taken to “repower” this project, which was initially constructed between 1998 and 2004, and the sixth and last new wind turbine has been put in place. The state-of-the-art Nordex turbines, each with a generation capacity of 3.3 megawatts, replace the 15 existing Enercon systems, resulting in a substantial increase in the wind farm’s generation capacity overall, despite the lower number of rotors. The location now has a total installed capacity of 19.8 MW, compared to “only” 15.7 MW previously. That represents an increase of about a quarter. The new systems can provide a climate-neutral supply of electricity to more than 13,000 households. Krusemark-Ellingen is RWE’s third repowering project in Germany. Replacing older systems with a smaller number of much more powerful turbines makes it possible to extend the life cycle of many locations. Studies confirm that simply installing state-of-the-art systems at established sites in Germany has the potential to boost wind power generation to more than 210 terawatt hours (TWh) by 2030 (2020: 132 TWh). To put this in context, 210 TWh represents approximately 37 percent of Germany’s gross electricity consumption in 2020. Repowering can therefore be an important tool in achieving the German government’s greatly increased expansion targets for renewables. These are ambitious goals, and RWE wishes to make a significant contribution: It is bolstering its team accordingly, with 200 new employees to be appointed in the short term to forge ahead with project development in Germany.
