国际能源署-德国2025能源政策审查（英）-2025_94页_1mb

Germany Energy Policy Report Summary

Overview

Germany is transitioning from nuclear, coal, and Russian gas towards renewable energy. The country's energy transformation provides opportunities to enhance climate action, affordability, competitiveness, and security while confronting affordability, grid congestion, domestic gas price volatility, and decarbonization challenges across end-use sectors.

Policy Landscape

Germany's climate goals include a 65% GHG reduction by 2030 (from 1990 levels) and climate neutrality by 2045. The Energiewende strategy guides the evolution of its energy system. Key challenges are affordability and competitiveness issues stemming from high energy costs in both households and industry.

Climate Framework

• Tied to legally robust national framework and binding national targets subject to EU regulations.
• Funding comes from Climate and Transformation Fund, recently restructured to comply with constitutional debt limits.
  -Carbon pricing mechanisms include national fuel emissions trading and the gradually increasing EU ETS emissions prices.

Energy Prices and Systems

-Wholesale electricity prices reached over 600 EUR/MWh in 2022 due to the energy crisis.
-Electricity generation is moving toward renewables (52.5% in 2024), but fossil fuels still account for nearly 50% in 2023.
-Natural gas prices have increased, with residential users paying the highest electricity and gas prices in Europe.

Sectoral Challenges

• Transport: Heavily reliant on oil, accounting for 22% of GHG emissions.
• Buildings: Largest energy consumer, with nearly half the energy used for heating still drawn from fossil fuels.
• Industry: Competitiveness threatened by energy prices; increasing reliance on natural gas.

Focus Areas Recommendations

1. Electricity System Optimisation

• Prioritise demand-side flexibility (e.g., smart meters, storage) to improve grid efficiency.
• Accelerate smart meter rollout to unlock demand flexibility and distributed generation potential.
• Clarify locational signals to reduce grid expansion costs by balancing generation and demand optimally.

2. Decarbonising Heating in Buildings

• Co-ordinate municipal heat planning to align district heating and renewable heating infrastructure.
• Promote heat pumps and district heating with clear policy signals and financial incentives, addressing installation capacity and uncompetitive electricity prices.

3. Expanding the Role of Hydrogen

• Stimulate low-emissions hydrogen demand through carbon contracts and public procurement.
• Clarify the role of hydrogen in sectors where no feasible alternatives exist (e.g., industry), addressing supply issues abroad.

Cross-Cutting Recommendations

1. Ensure long-term policy stability to support an affordable clean energy transition.
2. Dramatically ramp up transport decarbonisation via modal shifts, ETS integration and green fuels.
3. Clarify the expected role for natural gas across sectors.
4. Prioritise actions to lower electricity retail prices and streamline grid costs.
5. Improve grid integration and infrastructure to enhance flexibility and reliability.

Infrastructure and Support

• Increase utility-scale storage and grid improvements.
• Remove regulatory obstacles for household-level technologies like energy storage and smart meters.
• Ensure Germany meets solar and wind capacity goals to support 80% renewable electricity by 2030.

Key Conclusions

• Germany is well positioned to lead the clean energy economy as an industrial powerhouse with technological strengths and policy ambitions.
• The right policy choices—with long-term stability, coupled with sectoral roadmaps—can unlock immense economic and climate opportunities.