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Wind Power Projects in Germany

Wind Power Surges in Germany: Ambitious Targets and Ongoing Challenges


Germany, a leader in the European energy transition, is seeing a significant surge in wind energy projects, both onshore and offshore. This expansion is driven by ambitious national goals for renewable energy and a desire to reduce dependence on fossil fuels. However, several challenges remain, such as permitting hurdles and grid limitations.


Onshore Wind Rebounds:



  • After a period of stagnation, onshore wind installations are picking up pace again. 1.6 GW of new capacity was added in the first half of 2023, and additional tenders promise further growth.

  • The government aims to install 10 GW of onshore wind annually from 2025 onwards, aiming for a total capacity of 115 GW by 2030.


Offshore Wind Pushes Boundaries:



  • Germany boasts a rapidly growing offshore wind sector, currently holding second place globally in installed capacity.

  • Ambitious expansion plans target 30 GW by 2030 and 70 GW by 2045, driven by recent tenders awarding nearly 1 GW of new capacity.

  • Projects like Borkum Riffgrund 3 (900 MW) and Kaskasi (342 MW) showcase the sector’s potential to power hundreds of thousands of households.


Challenges on the Horizon:



  • Streamlining permitting processes remains crucial for meeting ambitious targets. Complex procedures and local opposition can significantly delay project development.

  • Upgrading and expanding the electricity grid is essential to efficiently integrate the increasing wind power generation into the national network.

  • Social acceptance and community engagement are key to overcoming local resistance and fostering broader support for wind energy projects.
Wind Power Projects in Germany

Wind Energy Statistics in Germany (as of 2023)

Installed Capacity:

  • Total: 76,985 MW (61,010 MW onshore, 15,975 MW offshore)
  • Rank globally: 4th (onshore), 2nd (offshore)
  • Share of German electricity production: 32% (net)

Growth:

  • New onshore installations in 2023: 745 turbines (3,567 MW)
  • New offshore installations in 2023: 300 MW
  • Government target for annual onshore installations: 10 GW by 2025, 15 GW by 2030
  • Target for total offshore capacity by 2030: 30 GW
  • Target for total offshore capacity by 2045: 70 GW

Economic Impact:

  • Jobs in the wind industry: 160,200 (2016 data)
  • Revenue generated by the wind industry: €12.4 billion (2020 data)
Wind Power Projects in Germany

Top Largest Wind Farms in Germany (as of February 20, 2024)



Category Wind Farm Name Location Capacity (MW) Number of Turbines Type
Offshore EnBW Hohe See North Sea 497 87 Fixed-bottom
Offshore Borkum Riffgrund 2 North Sea 465 98 Fixed-bottom
Offshore Merkur Offshore North Sea 399 66 Fixed-bottom
Offshore Meerwind Süd/Ostsee Baltic Sea 332 80 Fixed-bottom
Offshore Baltic 2 Baltic Sea 288 80 Fixed-bottom
Onshore Reussenköge Wind Farm Schleswig-Holstein 255 71 Multi-brand
Onshore Pomerania II Wind Farm Mecklenburg-Vorpommern 243 51 Multi-brand
Onshore Mark 50 (Markdorf) Baden-Württemberg 217 46 Multi-brand
Onshore Windpark Putenwind Brandenburg 209 41 Multi-brand
Onshore Windpark Norderwalsede Lower Saxony 204 51 Multi-brand


Additional Notes:



  • This list includes both operational and under-construction wind farms.

  • “Multi-brand” indicates that the wind farm uses turbines from various manufacturers.

  • This list only includes wind farms with a capacity of 200 MW or above.

  • Data may vary slightly depending on the source.



Looking Ahead:


Despite the challenges, Germany’s commitment to wind energy expansion is clear. With continued efforts to address permitting hurdles, grid limitations, and public concerns, the country is poised to become a global leader in harnessing the power of wind for a sustainable future.


https://www.exaputra.com/2024/02/wind-power-projects-in-germany.html

Renewable Energy

Metaphysics

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Here’s a very short video on the subject of metaphysics, the philosophy of being and reality.

It’s a great example of what I mean when I say that it has been a terrible last few centuries for philosophers.

In ancient times, if you wanted to know what the fundamental building blocks of the universe, you asked a philosopher, perhaps the ancient Athenian Democritus, who propounded the theory of the atom, which was, by definition, indivisible.  Now we refer this question to the realm of particle physics.

Far more recently, those who struggled to know the ultimate nature of reality asked a metaphysician.  Now, once again, we’ve put our trust in science.

I hope you’ll check out the video linked above.

Metaphysics

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Renewable Energy

Invest in Small Wind … At Your Peril

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As a PhD colleague once told me, “If you don’t care how much of pay for electricity, I’ll get you all the renewable energy you could ever ask for.”

In this case, I’d guess the average price per kwh for the typical American household would be somewhere between $5 and $10.

They want you to invest.  Have you ever asked why people with their own money at stake have abandoned these ideas 20 years ago?

Invest in Small Wind … At Your Peril

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Renewable Energy

The U.S. Civil War Didn’t Need to Happen

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At left we see why Lincoln would have done well to let the Confederacy cede from the Union.  He could have simply written a letter to Robert E. Lee stating:

Keep your slaves and your land…for now. Wait until you experience the effects of near-zero industrial and military technology development and the civilized world’s refusal to trade with you barbarians.  By the end of the 19th Century, a stiff breeze will blow you away. Maybe some future U.S. president will invade you with a troop of Boy Scouts with slingshots, or maybe a handful of banditos will ride up from Mexico.

The U.S. Civil War Didn’t Need to Happen

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