Key Takeaways
1. Siemens Gamesa has received approval to develop an offshore wind turbine prototype capable of generating over 21.5 MW, with a deadline to finalize it by 2027.
2. The first turbine of the new SG DD-276 model is being tested in Denmark, but specific details about the model remain undisclosed.
3. Siemens received a €30 million ($33 million) grant from the European Union for the “Highly Innovative Prototype,” expected to be operational by December 2024.
4. The rotor of the new turbine will measure 276 meters, potentially supplying energy to around 7,000 homes.
5. This new model could rival the 22 MW MySE turbine from Chinese company Mingyang Smart Energy, while Siemens’ current largest turbine is rated at 14 MW.
The competition among companies to build the most efficient wind turbines has reached a significant milestone. Siemens Gamesa has received approval to create an offshore prototype that has the potential to generate over 21.5 megawatts (MW). The Danish Energy Agency has issued a certificate allowing the company until 2027 to finalize the SG DD-276 model.
Testing in Denmark
Siemens is currently launching the first turbine of this model in Denmark to assess its functionality. Nevertheless, the company hasn’t shared any additional specifics about the new model being tested.
Funding and Specifications
In 2024, Siemens was awarded a grant of $33 million (EUR 30 million) from the European Union for this “Highly Innovative Prototype”. As per the details shared with the Danish Energy Agency, the rotor is expected to measure 276 meters, which is sufficient to supply energy to approximately 7,000 homes, according to the EU document.
The EU funding documentation anticipates that the turbine will be operational by December 2024, aligning with the closure of the funding period.
Comparison with Competitors
This new model could be combined with the MySE 22MW from Chinese company Mingyang Smart Energy, which can produce as much as 22 MW. Up to now, the largest turbine from Siemens Gamesa is rated at 14 MW, and this model is actively generating power at the Osterild wind farm.
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