Case Study B: Germany's Energiewende — The World's Most Ambitious Energy Transition
Part of Energy Resource Management — GCSE Geography
This deep dive covers Case Study B: Germany's Energiewende — The World's Most Ambitious Energy Transition within Energy Resource Management for GCSE Geography. Revise Energy Resource Management in The Challenge of Resource Management for GCSE Geography with 15 exam-style questions and 20 flashcards. This topic appears regularly enough that it should still be part of a steady revision cycle. It is section 5 of 13 in this topic. Use this deep dive to connect the idea to the wider topic before moving on to questions and flashcards.
Topic position
Section 5 of 13
Practice
15 questions
Recall
20 flashcards
🌬️ Case Study B: Germany's Energiewende — The World's Most Ambitious Energy Transition
Location: Central Europe. Population: ~84 million. GDP per capita: ~$48,000 (2023). Germany is Europe's largest economy — heavily industrial, with a manufacturing sector that requires enormous amounts of reliable energy. Germany also has some of the world's strongest environmental politics, shaped by a powerful Green movement dating back to the 1980s.
In 2000, Germany launched the Energiewende — literally "energy turn" — the most ambitious renewable energy transition any major industrial economy had attempted. It set targets to generate 80% of electricity from renewables by 2030 and phase out both nuclear power and coal. Twenty-three years later, Germany has achieved extraordinary results, revealed uncomfortable challenges, and learned a brutal lesson about what "energy security" really means when Russia invaded Ukraine.
What the Energiewende Did
The Challenges
Germany's Energiewende is genuinely impressive — and genuinely difficult. It has revealed the real obstacles to a high-renewables energy system that simpler narratives about the "green transition" tend to ignore:
The Russia Gas Lesson — Energy Security in a Real Crisis
In 2021, Germany imported approximately 55% of its gas from Russia, delivered through the Nord Stream pipeline. The gas was cheap and reliable — for decades, even through the Cold War, Russia had honoured its gas contracts. German business and political leaders dismissed concerns about dependence, arguing that economic interdependence would keep the relationship stable.
In February 2022, Russia invaded Ukraine. Germany immediately found itself in a catastrophic position. It could not quickly replace 55% of its gas supply. Its industrial economy ran on gas. It faced the prospect of factory shutdowns, household heating restrictions, and recession. In an emergency scramble, Germany:
Germany survived the crisis without the rationing its officials had feared. But the experience exposed a fundamental contradiction: the Energiewende had transformed electricity generation, but Germany had remained almost entirely dependent on Russian gas for heating buildings and running heavy industry. Renewable electricity had reduced dependence in one sector; nothing had reduced dependence in others.
Exam Takeaway: Germany
The Germany lesson: Even a world leader in renewables can face energy insecurity if it is dependent on imported fossil fuels for heating and industry. Germany's Energiewende took electricity to 50% renewables but left gas dependence untouched — and that dependence became a vulnerability when Russia invaded Ukraine. Renewable energy is essential for long-term energy security, but it does not eliminate all risks.
Quick Check: Give two achievements and two challenges of Germany's Energiewende.
Achievements: (1) Renewables grew from approximately 6% of electricity in 2000 to approximately 50% by 2023, driven by feed-in tariffs that incentivised solar and wind investment — Germany now has ~30,000 onshore wind turbines. (2) Germany has demonstrated that a major industrial economy can operate with high levels of renewable electricity, including days when renewables supply over 100% of demand (with surplus exported). Challenges: (1) Grid stability — wind and solar are intermittent; Germany still burns lignite coal as baseload when renewables cannot cover demand, meaning it has some of Europe's highest carbon emissions despite its renewable investment. (2) Energy prices — the feed-in tariff system added levies to electricity bills, making German electricity the most expensive in Europe and threatening industrial competitiveness, with some manufacturers relocating to countries with cheaper energy. Also accept: the Russia gas crisis 2022; nuclear phase-out; NIMBY opposition to wind turbines.