- Solar: Sergej Kechter – Sergej.Kechter@uniper.energy
- Wind: Jens-Ulrich Biermann – Jens-Ulrich.Biermann@uniper.energy
- PPA: Isidora Hols – PPAs@uniper.energy
New solar park
supply with renewable energy
solar modules
generate renewable electricity annually
Spanning an area of about 14 hectares, the solar park will accommodate over 28,500 solar modules, which will be securely mounted using specialized anchoring systems designed for the landfill site. This facility will generate approximately 17,000 megawatt-hours (MWh) of renewable electricity annually and would be able to power up to 4,500 households.
The site is already fenced and equipped with landscaping measures. Sheep will continue to be grazing the green areas. This grazing supports renaturation, promotes biodiversity, and contributes to ecological balance, while the PV system provides renewable energy.
Commissioning is expected in the first half of 2026.
The 17 megawatt peak (MWp) solar park on the landfill site of the former Wilhelmshaven coal-fired power station will generate 17,000 MWh of renewable electricity per year - enough for up to 4,500 households.
Uniper's first in the UK.
Uniper will further expand the supply of renewable energy in the UK with the Tamworth solar project in Staffordshire.
The Totmonslow solar project in Draycott in the Moors, Staffordshire, United Kingdom, is set to drive forward the energy transition and deliver 21 megawatt peak (MWp).
With the solar project in Tét, Uniper is strengthening its presence in the Hungarian renewable energy market and will supply 90 megawatt peak (MWp) of renewable energy.
With a capacity of 61 megawatt peak (MWp), the Aton solar project in Dunaföldvár, Hungary, will make an important contribution to the country's renewable energy targets.
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