For a third winter many Germans are heating their homes with wood they cut themselves, a small-scale response to the upheaval of Europe’s energy markets. When Russian pipeline gas was largely cut off after 2022, Berlin moved quickly to source fossil fuels from around the world and even import electricity from France’s nuclear fleet, reducing dependence on Moscow to nearly zero while passing sharply higher bills to consumers.
The human cost of that pivot has been visible in backyards and forests. A truckload of beech for private heating now costs well over €200 — enough, even when used frugally, to cover roughly two months’ heating and comparable to the cost of gas in the same period, but with far greater labour and inconvenience. Heat pumps promise a cleaner future but retrofitting older buildings remains expensive, often running into tens of thousands of euros without subsidies.
The broader story stretches back more than a decade. Germany’s 2011 decision to phase out nuclear power and the EU’s long-run decarbonisation goals locked Berlin into a transition that made cheap, high‑density baseload power harder to replace. Yet the same period saw the commissioning of Nord Stream 1 in 2011, which for years supplied a large share of Germany’s gas and lulled policy-makers into a reliance that became vulnerable to geopolitics.
The shock of the Russia‑Ukraine war exposed what officials call an “impossible trinity”: the difficulty of simultaneously guaranteeing low emissions, low costs and secure, uninterrupted supply. Gas stocks plunged to perilously low levels early in the crisis, prompting emergency purchases, the temporary re‑opening of coal capacity and the nationalisation of Uniper after losses that exceeded €12 billion in the first half of 2022.
Those measures kept factories running and homes warm, but at a price. Wholesale and retail electricity rates surged in 2022 and remained substantially above pre‑crisis levels through 2024, squeezing households and industrial users alike. The German government responded with a mix of demand‑management and targeted relief — from recommending lower thermostat settings and shorter showers to legislating a maximum heating temperature in public buildings and curbing exterior lighting at night.
The strain on industry has been acute. Energy‑intensive sectors such as chemicals, steel and heavy manufacturing are especially exposed to high power costs, prompting companies to rethink investment and location. BASF’s announced closures and partial relocations to lower‑cost sites in China drew attention to how sensitive supply chains are to energy affordability and fed public anxiety about deindustrialisation.
Berlin has not abandoned its climate agenda; instead it is doubling down on policy and spending to smooth the transition. A revised national hydrogen strategy aims for at least 10 GW of domestic electrolysis capacity by 2030, and plans to convert or build roughly 1,800 km of pipeline for hydrogen transport by the late 2020s. The aim is to create a decarbonised fuel that is less exposed to the geopolitical risks of piped gas — though cost‑effective, large‑scale green hydrogen is still a technological and economic stretch.
To protect both households and firms, Germany has mobilised significant fiscal tools. The government’s carbon‑contracts‑for‑difference programme set aside roughly €50 billion for 2023–27 to cushion big industrial users from elevated electricity prices, while electricity price brakes and generous grants for home insulation and heat‑pump installation shield consumers from the immediate shock. Those measures underscore a pragmatic truth: an ambitious energy transition requires substantial public money to preserve political consent.
The German experiment is therefore both technological and social. Policymakers are testing the limits of public tolerance for higher energy costs while using subsidies and regulation to steer behaviour and investment. The outcome will shape not only Germany’s industrial competitiveness but also the geopolitics of a future hydrogen market and the pace at which Europe can decarbonise without hollowing out its manufacturing base.
Whether Berlin can keep industry intact, deliver reliable power and meet climate targets depends on choices over the next few years: accelerating renewables and grid upgrades, scaling storage and electrolysis cheaply, and deepening European energy cooperation. The cost of failure is tangible — economic relocation, political backlash and lower public confidence in rapid decarbonisation — but the payoff for success would be a secure, cleaner energy system that protects jobs and climate commitments.