20110630-IEA-Energy_Policies_of_IEA_Countries_Hungary_2011_Review_146页_2mb

Summary of the 2011 Review of Hungary's Energy Policies

Core Content

The 2011 Review of Hungary's Energy Policies, published by the International Energy Agency (IEA), provides an in-depth analysis of Hungary's energy strategy, focusing on regional co-operation, energy security, and the transition to a low-carbon economy. It outlines the country's current energy mix, challenges, and recommendations for improving energy efficiency, infrastructure, and market integration.

Main Viewpoints

• Regional Cooperation: Hungary's location between seven countries makes it a key player in regional energy market integration. The IEA encourages continued efforts to develop integrated regional electricity and natural gas markets.

• Energy Security: Hungary is highly dependent on natural gas imports, with 38% of its total primary energy supply (TPES) in 2010 coming from natural gas. The country has taken steps to enhance storage capacity, diversify supply routes, and develop cross-border infrastructure to improve security of supply.

• Electricity Demand and Supply: Electricity demand is expected to grow by around 25% by 2020. The existing generating capacity is rapidly ageing, requiring investment in grid improvements and new generating capacity, especially for low-carbon sources. The government is considering new nuclear power units, which could influence the future viability of other base-load technologies.

• Energy Efficiency: Despite lower per-capita energy consumption than the OECD average, Hungary has significant potential for improving energy efficiency. The government is urged to prioritize energy efficiency in the building stock, replace subsidies with direct support, and promote efficiency through measures like CO₂ taxes.

• Climate Change: Hungary's GHG emissions are projected to decrease under the Kyoto Protocol (6% reduction from 1990 to 2012), and the country is expected to meet its 2020 target. However, post-2012, the challenge increases, particularly in the transport and non-ETS sectors.

• Renewable Energy: Hungary has set an ambitious renewable energy target for 2020, with biomass being the main renewable source. The use of biomass can help reduce emissions and energy import dependence, but requires careful resource assessment to avoid negative impacts on GDP and employment.

• Nuclear Energy: The government is considering expanding nuclear capacity, especially with the Paks nuclear power plant. The IEA acknowledges Hungary's approach and encourages continued exploration of nuclear and renewable options for low-carbon generation.

Key Information

Energy Mix (2010)

• Total Primary Energy Supply (TPES): 25.4 Mtoe

  • Natural gas: 38%
  • Oil: 25%
  • Nuclear: 16%
  • Coal: 11%
  • Renewables: 8%

• Total Final Energy Consumption (TFC): 17.8 Mtoe in 2009

  • Residential: 31%
  • Industry: 25%
  • Transport: 25%
  • Other: 19%

• Electricity Generation (2010): 37.4 TWh

  • Nuclear: 42%
  • Natural gas: 31%
  • Coal: 17%
  • Combustible renewables and waste: 7%

• Energy Intensity: Decreased significantly due to decoupling of economic growth and energy use.

Economic Context

• GDP (2000 prices and PPPs): USD 149 billion, with a 20% increase since 2000
• GDP per capita: USD 14,900, which is 60% of the OECD average
• Unemployment rate: Slightly above 10%

Government Initiatives

• New Széchenyi Plan (2011): Outlines seven programme areas for future growth, including energy policy, with six detailed action areas focusing on market competitiveness, supply security, energy efficiency, renewable energy, climate change, and nuclear energy.

Recommendations

The IEA recommends the following actions for the Hungarian government:

• Continue to play a leading role in regional energy market integration.
• Clarify its preferred options for future electricity supply, especially the role of nuclear new build.
• Ensure predictable and attractive framework conditions for energy infrastructure investment.
• Intensify efforts to improve energy efficiency across all sectors.
• Abolish energy use subsidies and replace them with direct support for low-income households.
• Modernise the district heating system and improve energy efficiency of buildings.
• Refocus subsidies to support energy efficiency rather than energy use.
• Promote renewable energy through policy reforms and support mechanisms.
• Maintain a stable regulatory and investment environment.
• Consider implementing CO₂ taxes and other efficiency measures.

Conclusion

Hungary's energy policy is central to its economic recovery and long-term sustainability goals. The IEA highlights the importance of regional integration, diversification of energy sources, and the need for a clear, stable, and transparent regulatory framework to support investment and efficiency improvements. The country is encouraged to continue its transition to a low-carbon economy while addressing its energy security and efficiency challenges effectively.