Eurowind Energy

Once again, we are preparing for the construction of a new #renewable energy project in Germany. Seeing our projects transformed into actual renewable energy sources will always be a pleasure! We are therefore excited that the preparatory measures for the construction of a new #wind turbine with an output of 4.26 MW and a hub height of 160 meters are underway in Uslar-Bollensen, Niedersachsen. After the preparatory work is completed, the large components will be delivered in mid-September 2025, and construction will begin about two weeks later. The commissioning is scheduled for the beginning of December 2025, so that the first kilowatt hour can be fed into the local grid as planned. First, the preparatory construction measures will be carried out, including the removal of the topsoil and the creation of permanent areas, such as the crane area, the permanent service access and the preparation of the foundation base for the foundation. Temporary areas will also be created, for example for the storage of the delivered rotor blades or for the auxiliary cranes required to set up the main crane. As soon as this work is completed, the civil engineering company will concentrate on creating the access road for the transport of the large components. We expect the foundation work to begin in May.

Faerch Group, a global leader in sustainable food packaging solutions, has signed a new 10-year power purchase agreement (PPA) with Eurowind Energy. This significant agreement will supply Faerch with 70,000 MWh of #green #electricity annually from the forthcoming Novogrodek #wind energy park in Poland. "With this PPA with Eurowind Energy, Faerch will benefit from a reliable source of renewable power, helping us reduce our carbon footprint and support the energy transition in Poland," said Tom Sand-Kristensen, Group CFO at Faerch. "By securing renewable energy for our operations, we are enhancing the sustainability of our Polish sites while contributing to the increase of #renewable energy in the Polish grid. The agreement also marks another significant step in our Renewable Energy Strategy, which aims to power all our facilities with additional renewable energy through PPAs." “Faerch exemplifies how the procurement of green electricity can be a simple yet impactful strategy for companies striving for climate neutrality. We are dedicated to expanding our green energy portfolio through numerous upcoming projects, positioning ourselves as a preferred partner for visionary companies like Faerch that prioritize ambitious climate objectives,” said Jesper Schaumburg-Düring, Commercial Director at Eurowind Energy. The Novogrodek park is currently in the pre-construction phase. The turbines for the park have been commissioned from Vestas and are expected to be in operation by early 2027.

How can we optimize the use of the existing electricity grid? Mariana Figueiredo, Legal Manager Portugal & Legal Counsel Southern Europe at Eurowind Energy, participated at the Energyear PORTUGAL 2025 on the panel addressing “Next Generation #Grid for #Renewable Energy Stability: Scalable BESS Networks and Harmony Among Market Stakeholders”. This panel highlighted the great opportunities that scalable #BESS will bring to the different market stakeholders and emphasized the importance of optimizing grid usage and looking beyond grid reinforcement and additional grid connections. It was also discussed the many challenges that will be introduced by scalable BESS to the existing – and planned – grid, which will have to be carefully tackled by solid regulation, technical expertise, and the cooperation of the grid operators. This panel was joined by Jorge Esteves from @ERSE, João Emanuel Afonso from REN, Luis Alves from E-REDES and Vicente Aguilar Camps from Powin.

We are happy to share that three of our new #PV parks are now in full operation. At the end of February, the Portuguese team at Eurowind Energy successfully connected two photovoltaic (PV) plants to the grid: Monte Brito (9.3 MWp) in Castelo Branco and Quinta do Prazo (14.1 MWp) in Covilhã. These plants, composed of clusters of Small Production Units (UPPs), a project model being implemented in Portugal, will generate enough clean energy to power approximately 10,820 households in the central region of the country. Furthermore in Poland our Batkowo I and II 18MW PV farm has obtained a permit for use, has passed the tests with the Operator and has generated the first kWh. The farm was implemented on Zimmerman trackers.

Eurowind Energy to install one of Denmarks largest #BESS facilities Together with BOS Power Eurowind Energy will develop and install one of Denmark’s largest battery energy storage systems (BESS) as part of our GreenLab Skive hybrid park. BOS Power will act as the system integrator delivering 45 MWh, 2h battery system that includes #energy #storage, inverters (PCSs), energy management system, transformers, switchgears with engineering services to the plant. Eurowind Energy will provide construction services for the plant. The facility is expected to be operational by the end of 2025. BOS Power’s battery energy storage system will provide fast-response power compensation, balancing fluctuations in #wind and #solar generation. The BESS will support grid stability by instantly releasing energy when needed, maintaining frequency stability, and preventing service disruptions. Additionally, the BESS facility will enable Eurowind Energy to potentially expand the park within the existing grid connection. “BOS Power’s expertise in large-scale energy storage and renewable integration made them the ideal partner for this ambitious project. BESS technology is a vital part of our energy parks, ensuring a stable and efficient power supply and grid stability by ancillary services for the benefit of both the local energy supply and the green transition in general,” says Morten Gaarde, Global EPC Director at Eurowind Energy A/S.

Working at Eurowind Energy is like being in a whirlwind. It’s exciting, fast-paced, and always full of energy. One moment, you're deep in a project, the next, you're sharing a laugh over coffee (or desperately trying to find out who brought cake today). It’s a place where challenges turn into opportunities, colleagues turn into friends, and every day brings something new. Curious? Swing by Karrieremessen in Aalborg tomorrow at stand 47 and 48 and come see why Eurowind Energy isn’t just a workplace -it’s a place that feels like home (minus the laundry and dishes). We promise great insights and even better people. See you there!

Today, we proudly stand side by side, wearing our favorite football jerseys, to support children in their fight against cancer. At Eurowind Energy, we believe in the power of unity - on and off the field. By supporting Børnecancerfonden through #Fodboldtrøjefredag, we raise awareness and funds to give children with cancer a brighter future. Because together, we can make a difference!

Eurowind Energy Romania is developing a significant #wind energy project in Botoșani County. The initiative, currently in an early planning phase, aims to reach approximately 1,200 MW of installed capacity, positioning Romania as a potential major regional exporter of renewable energy. Eurowind Energy Romania has already completed important preliminary steps, including securing land rights, submitting the grid connection application, and obtaining initial urban planning certification. The project involves the phased construction of nine wind farms distributed across nine communes in northern Botoșani County, with a timeline for completion extending to approximately 2031. The next essential step is dialogue with local communities, authorities, and other relevant stakeholders. These discussions will shape the project's timeline, final design, and specific technology selection. Adrian Dobre, Country Manager, Eurowind Energy Romania, stated: "We're committed to a transparent and collaborative process with all relevant parties. While the project is still in its early stages, the potential impact is significant. With an estimated total investment exceeding one billion euros, this wind farm complex could not only strengthen Romania’s renewable energy capacity but also enable the country to become a major energy exporter in the region."

On February 28, 2025, Hesse's Minister of Economic Affairs and Energy, Kaweh Mansoori, presented a grant notice of 5.8 million euros to Eurowind Energy GmbH at the Fritz Winter iron foundry. This funding, part of a program for innovative energy technologies, will support a nearly €100 million project that Eurowind Energy is undertaking in collaboration with the Fritz Winter iron foundry in Stadtallendorf, Germany. The project involves constructing a plant for the electrolytic production of hydrogen and oxygen at the Fritz Winter headquarters in Stadtallendorf. The energy required for this process will be sourced from six #wind turbines and #photovoltaic systems installed by Eurowind Energy, which will generate 100 GWh of clean electricity per year. The plant is expected to produce 365 tons of #hydrogen annually, reducing the CO2 emissions of the Stadtallendorf production facility by four million kilograms per year. Completion is scheduled for 2027. The project is co-financed by the European Regional Development Fund (ERDF). Eurowind Energy GmbH was represented by Geschäftsführer Jakob Kirkegaard Kortbæk, Dirk Donath, Teamleiter Projektinitiierung und Innovationsprojekte and Hans-Hermann Zacharias, Büroleiter, Marburg. In German: Hessens Wirtschafts- und Energieminister Kaweh Mansoori übergab am 28. Februar 2025 bei der Eisengießerei Fritz Winter GmbH u. Co. KG einen Förderbescheid in Höhe von 5,8 Millionen Euro an die Eurowind Energy GmbH. Mit dem Geld aus dem Förderprogramm für innovative Energietechnologien wird ein fast 100 Millionen Euro teures Projekt unterstützt, das Eurowind Energy in Kooperation mit der Eisengießerei Fritz Winter in Stadtallendorf umsetzt. Am Fritz-Winter-Hauptstandort in Stadtallendorf soll ein Werk zur elektrolytischen Erzeugung von Wasserstoff und Sauerstoff entstehen, das die dafür benötigte Energie aus sechs Windkraft- und Photovoltaikanlagen bezieht, die von Eurowind errichtet werden und 100 GWh/Jahre Strom erzeugen sollen. Die so jährlich produzierten 365 Tonnen Wasserstoff werden die CO2-Emissionen der Produktionsstätte in Stadtallendorf um vier Millionen Kilogramm pro Jahr reduzieren. Die Fertigstellung ist für 2027 vorgesehen. Das Projekt wird aus Mitteln des Europäischen Fonds für regionale Entwicklung (EFRE) kofinanziert.

We have been granted a remarkably sunny February this year in Denmark, which has affected the PV production and the electricity prices. There have been days where the price per kWh was the same in the middle of the day and at night. Our colleague, Mark Ejlskov Madsen, has produced this beautiful video from one of our parks in Denmark.