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Key figures at a glance

  • Location: Freckenfeld, Germany
  • Power generation by: Wind
  • Size: 6 wind turbines
  • In the portfolio since: 01/04/2021
  • Remuneration/power consumption: Government funding
  • On the net since: Feb. 2018
  • Installer/operator: EnBW
  • Total power output: 19.8 MW
  • Guaranteed availability through maintenance contract: 97%

About the wind farm

Joint project with a long tradition

The Freckenfeld wind farm is located in the district of Germersheim in Rhineland-Palatinate and has been operated by EnBW since 2017. The special feature: The surrounding areas of the wind farm, which covers a total of 100 hectares, are owned by numerous private owners and continue to be used for agriculture and vineyards.  

Back in 2013, an independent wind surveyor had confirmed that the site was suitable for wind energy use. Six wind turbines at a hub height of 134 metres can use a wind speed of 6.2 m/s - ideal conditions for economical wind power yield. 

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Minimal interference with the landscape

From the outset, the development of the wind farm was based on the assumption that the impact on agricultural land should be kept to a minimum. The six Nordex N 131 wind turbines, each with an output of around 3.3 megawatts, were located as close as possible to existing roads. The existing agricultural path structure was used, but only in individual cases had to be expanded or new paths created.
 

Long-term hedging and local value creation

The purchase of the generated electricity is guaranteed by the statutory EEG remuneration over a period of 20 years. Since the operating company Windpark Freckenfeld GmbH is based locally, trade tax is also due there. In addition, citizens also benefit economically: They were able to participate financially in the project via EnBW’s participation models: subordinated loans with a multi-year maturity.


Germany’s wind energy: Strongest power source also in 2025

Onshore wind power has become the most important energy source in the German electricity mix. With around 132 terawatt hours of green electricity in 2025, it made the largest contribution to electricity generation from renewable energies. For the first time, wind and solar formed a common double peak: Photovoltaics increased its production by 21 percent, overtaking lignite for the first time.1

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1Fraunhofer ISE: Public Electricity Generation in 2025 – Wind and Solar Lead the Way for the First Time, January 1, 2026, https://www.ise.fraunhofer.de/de/presse-und-medien/presseinformationen/2026/oeffentliche-stromerzeugung-2025-wind-und-solar-erstmals-als-doppelspitze.html

2German Wind Energy Association (BWE) and VDMA Power Systems: “Onshore Wind Energy Expansion 2025: Sustaining Strong Growth, Ensuring Resilience,” January 15, 2026, https://www.wind-energie.de/presse/pressemitteilungen/detail/windenergieausbau-an-land-2025-starken-zubau-verstetigen-resilienz-gewaehrleisten/

3BWE and VDMA Power Systems: “Onshore Wind Energy Expansion 2025: Sustaining Strong Growth, Ensuring Resilience,” January 15, 2026, https://www.wind-energie.de/presse/pressemitteilungen/detail/windenergieausbau-an-land-2025-starken-zubau-verstetigen-resilienz-gewaehrleisten/

4Federal Environment Agency: “Onshore Wind Energy,” 2024 https://www.umweltbundesamt.de/themen/klima-energie/erneuerbare-energien/windenergie-an-land

5Federal Environment Agency: “Expansion of Onshore Wind Energy: 2% Target Is Sufficient,” 2024 https://www.umweltbundesamt.de/themen/ausbau-der-windenergie-an-land-2-prozent-ziel

6Goal100: “Wind Report 2025_1,” January 2025 https://goal100.org/report/25q1

7Rhineland-Palatinate Energy and Climate Protection Agency GmbH (EKO): “Number of the Month: 10.69 GW,” January 21, 2026, https://www.pfalzdigital.de/facebook/zahl-des-monats-1069-gw/