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1. Europe’s energy information problem

Author:
Ben McWilliams, Simone Tagliapietra, and Georg Zachmann
Publication Date:
02-2025
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
Comprehensive information on energy-related topics, such as take-up of heat pumps, industrial natural gas consumption and prices, and battery connections to the electricity grid, is either not available in Europe in a timely manner, or not available at the level of granularity, reliability and consistency needed for informed decision-making. Certain information is simply not collected, while other information is collected but is not comparable or consistent across Europe, or is hard to access. European policy targets, such as greenhouse-gas emission reduction pathways, are evaluated using models for which input assumptions and parameters are not public knowledge. It should be a European Union priority to improve this situation. Doing so will enable better decision-making by policymakers and companies. This is especially relevant when Europe faces the triple challenge of decarbonisation, ensuring security of energy supply and growing its internationally competitive energy-consuming industries. The EU status quo is that good energy information is provided by a mix of institutions, agencies, national bodies, industrial associations and non-governmental organisations, but with substantial room for improvement. Lessons can be learned from the United States Energy Information Administration and the European Environment Agency, which was established to better coordinate climate data. Improving energy information will involve difficult political decisions. A process should be started to evaluate the options and to measure the continued cost of inaction.
Topic:
Climate Change, European Union, Institutions, Green Deal, and Energy
Political Geography:
Europe

2. Who should be charged? Principles for fair allocation of electricity system costs

Author:
Conall Heussaff, Eva Jüngling, Simone Tagliapietra, and Georg Zachmann
Publication Date:
04-2025
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
The high costs in the European Union of supplying electricity can only be structurally reduced through decarbonisation and deeper European electricity system integration. In the short-term, policymakers have few choices. They can redistribute system costs by shifting components from one consumer to another. Another immediate distributional option would be to reduce energy taxation, implicitly shifting costs to the taxpayer. Meanwhile, decision-making processes that translates electricity system costs into final consumer prices are fragmented. Rules on the short-term production, transmission and consumption of electricity are determined at EU level. National regulators and governments determine how the fixed costs of the system are recovered from consumers, while national policymakers also set energy taxes. This Policy Brief sets out options for shifting the fixed costs of the electricity system between consumers, for changing energy taxation to reduce prices and for evaluating systemic trade-offs between system cost and other characteristics, such as sustainability and reliability. We also estimate the quantitative effects of shifting costs between consumers and reducing taxes on electricity. We set out four principles for pricing electricity fairly. Policy interventions in the electricity system should not seek to achieve broader economic objectives at the expense of energy-policy goals. Consumer prices should incentivise efficient system operation. Carbon emissions should be priced in. The fixed costs of the electricity system should be primarily recovered from inelastic consumption. European policymakers should develop transparent analytical tools to assess the distributional effects of electricity-policy interventions. Lessons should be learned from the energy crisis, during which EU and national policies attempted to shield consumers from price impacts, and these lessons should form the basis of ongoing efforts to reduce prices. EU guidelines for electricity cost recovery should be established, following fundamental economic principles, and could form a policy toolbox for national governments to reduce energy prices. Finally, the long-term strategic goal of deeper physical and institutional integration of the European electricity should be pursued to structurally reduce electricity prices.
Topic:
Climate Change, European Union, Electricity, and Energy
Political Geography:
Europe

3. The changing dynamics of European electricity markets and the supply-demand mismatch risk

Author:
Conall Heussaff and Georg Zachmann
Publication Date:
07-2024
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
Meeting Europe’s 2030 climate targets will require massive clean-electricity investment. To facilitate these investments, state-backed de-risking schemes such as contracts for difference (CfDs) are needed. Their role in supporting renewables has been consolidated by the European Union’s recently agreed electricity market design reform. Under such state-backed schemes, the distribution of costs between the market and the state will depend on the balance of supply and demand. Lower demand will decrease spot-market prices, reducing market costs but increasing the cost to CfD-issuing states. If electrification of European energy demand does not keep pace with the electricity supply expansion, tens of billions of euros annually could be channelled through state contracts, generating costs that must ultimately be recovered from consumers. A cost-efficient, managed transition will require European coordination of electricity supply, demand and network investments. Clean electricity supply and demand should be synchronised through a combination of state interventions and market mechanisms. Undersupply of clean power will mean a failure to meet climate targets, but oversupply can be costly too. To manage the costs of renewable de-risking schemes and to accelerate energy-system decarbonisation, flexible electricity systems should be promoted, policies to encourage electrification could be implemented and cost-recovery arising from state-backed renewable support schemes should be fair.
Topic:
Climate Change, Markets, Electricity, Energy, and Supply and Demand
Political Geography:
Europe

4. The EU can manage without Russian liquified natural gas

Author:
Ben McWilliams, Giovanni Sgaravatti, Simone Tagliapietra, and Georg Zachmann
Publication Date:
06-2023
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
The European Union has committed to eliminate all Russian fossil-fuel imports by 2027. Progress has been made, with sanctions on oil and coal already introduced. The glaring exception is natural gas, on which the EU has so far refrained from imposing limitations, owing to greater dependence on Russia. Nevertheless, pipeline gas imports have fallen by four-fifths following Russia’s weaponisation of gas supplies. However, Russia’s exports of liquified natural gas (LNG) to the EU have increased since the invasion of Ukraine. The EU needs a coherent strategy for these LNG imports. Our analysis shows that the EU can manage without Russian LNG. Anticipated impacts are not comparable to those felt in 2022 as Russian pipeline gas dried up. The regional impact would be most significant for the Iberian Peninsula, which has the highest share of Russian LNG in total gas supply. Meanwhile, the global LNG market is tight, and we anticipate that Russia would find new buyers for cargos that no longer enter Europe. We discuss the options available to the EU. Wait-and-see implies delaying any action until 2027, while soft sanctions would discourage additional purchases but not break long-term contracts. We argue instead for an EU embargo on Russian LNG, to reduce exposure to an unreliable and adversarial entity, and to limit the extent to which EU consumers fund the Russian state. The embargo may be designed to allow purchases only if they are coordinated via the EU’s Energy Platform, with limited volumes and below market prices. This could be accompanied by the implementation of a price cap on Russian LNG cargos that use EU or G7 trans-shipment, insurance or shipping services.
Topic:
European Union, Gas, Energy, and Green Economy
Political Geography:
Russia and Europe

5. Adjusting to the energy shock: the right policies for European industry

Author:
Giovanni Sgaravatti, Simone Tagliapietra, and Georg Zachmann
Publication Date:
05-2023
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
In 2022, overall European Union industrial employment and output increased above 2021 levels, despite rocketing energy prices. However, output declined from energy-intensive industries including basic metals, chemicals, non-metallic minerals and paper, for which energy costs represent a much bigger share of production costs than for less energy-intensive manufacturing. Energy prices are likely to remain above historic levels for the foreseeable future. In its industrial strategy response to this context, the EU must ask first whether the energy-intensive parts of the value chain should be outsourced permanently. Conditional on the answer being no, the second question is how to reduce energy prices to ensure the competitiveness of the energy-intensive productions stages that remain in the EU. First, the EU could bridge the high energy price period with unconditional subsidies, which seems to be the preferred strategy currently. This will avoid irreversible large-scale relocation abroad but is expensive, does not help to drive down energy prices and poses risks of fragmentation within the EU. It will only succeed if internationally competitive energy supplies are made available quickly. Second, the EU could support decarbonised production processes built on large-scale deployment of domestic renewables, grid interconnectors and storage. This would accelerate the green transition and reduce clean-tech prices worldwide. However, EU taxpayers would bear the cost of new technologies, without any guarantee of solving the current cost-competitiveness issue. Third, the EU could facilitate imports of energy-intensive products, while helping EU industry move to higher value-added parts of the value chain. Subsidies could be given directly to industrial sectors that have not become structurally uncompetitive, while bringing down energy demand and thus energy prices. However, this strategy would result in temporarily higher unemployment and factory closures in energy-intensive industries, would need to accommodate concerns over excessive reliance on imports and would need to be engineered to address carbon leakage. Policymakers should implement a mix of these policies. The EU should subsidise existing energy-intensive industries only in clearly justified cases, while deciding which energy-intensive products can be left to international market forces. By choosing which decarbonisation investments should be supported in Europe, the EU can combine industrial competitiveness and environmental sustainability.
Topic:
Industrial Policy, European Union, Value Chains, Energy, and Green Economy
Political Geography:
Europe

6. Preparing for the next winter: Europe’s gas outlook for 2023

Author:
Ben McWilliams, Simone Tagliapietra, Georg Zachmann, and Thierry Deschuyteneer
Publication Date:
02-2023
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
The European Union has so far weathered the energy crisis brought on by Russia’s invasion of Ukraine in February 2022 and will manage winter 2022/23 even if Russia abruptly halts all pipeline gas flows. However, preparations must be made for winter 2023-24. In particular, gas storage facilities should be 90 percent full by 1 October 2023. We assess the demand reduction needed if the 90 percent storage target is to be achieved. Our assessment takes into account EU imports, exports to refill gas storage facilities in Ukraine and Moldova, the weather and the situation in power markets, where gas demand is highly dependent on non-gas energy sources. Assuming limited Russian exports continue, and weather conditions are typical, demand up to 1 October 2023 must remain 13 percent lower than the previous five-year average. The EU should therefore extend its demand-reduction target, which is currently set to expire on 31 March 2023. Two variables will determine how easily the target can be met: 1) liquified natural gas (LNG) supply, and 2) the nature of demand reductions. Plans for rapid deployment of regasification units will alleviate concerns over LNG import infrastructure capacity. However, the EU will continue to compete internationally for LNG cargoes, and will remain vulnerable to global dynamics. Strong economic growth in China, for example, could further tighten markets. The way demand is reduced will determine the economic consequences. So far, large reductions in industrial gas demand have not been accompanied by dramatic drops in industrial output, suggesting good substitution options. However, hardly any gas was saved in the power sector last year, because of weak nuclear and hydro output. The return of French nuclear output will therefore be a huge positive. Finally, households have reduced gas demand, partly driven by warmer than usual weather. Record numbers of heat pumps were deployed in 2022, suggesting the start of a structural shift away from gas demand for heating. Policy should support a continued structural shift away from gas. This involves enabling rapid deployment of renewables and the accompanying grid infrastructure, energy-efficiency measures, help for households that want to switch to cleaner heating, and collaboration with industry to accelerate adoption of new low-carbon production methods.
Topic:
Security, Gas, Energy, Russia-Ukraine War, and Green Economy
Political Geography:
Europe

7. A grand bargain to steer through the European Union’s energy crisis

Author:
Ben McWilliams, Giovanni Sgaravatti, Simone Tagliapietra, and Georg Zachmann
Publication Date:
09-2022
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
Europe’s energy system faces unprecedented physical and institutional stress. The policy response so far has been excessively nationally focussed and could undermine the goals of calming energy markets over the next 18 months and achieving ambitious decarbonisation targets. At the basis of the crisis is a post-COVID-19 global energy imbalance. While demand bounced back quickly as economies re-opened, supply did not. A particular challenge is that the reducing supply of fossil fuels in line with climate targets has not been matched by a commensurate reduction of fossil-fuel demand. Russian manipulation of European natural gas markets since summer 2021, exploiting its significant market power, has deepened the crisis. Finally, events including weak French nuclear output and the ongoing drought, which has cut hydropower generation, have further escalated the situation. In response to high and volatile prices and forced demand reduction, European governments have tended to opt for narrow and uncoordinated measures that prioritise national security of supply and affordability over an integrated European approach. Subsidising energy consumption instead of demand reduction has been a common and misguided approach. Governments run the risk that energy consumption subsidies become unsustainable, eroding trust in energy markets, slowing action in sanctioning Russia and increasing the cost of the net-zero transition. An integrated European approach and a coordinated plan is essential to address the crisis. European Union leaders must strike a grand energy bargain based on four broad principles: (i) all countries bringing forward every available supply-side flexibility, (ii) all countries making comprehensive efforts to reduce demand, (iii) a political committing to maintain energy markets and cross-border flows, (iv) compensation for the most vulnerable consumers. This grand bargain can be the first step on a new course towards united energy policy at EU level.
Topic:
Markets, European Union, Crisis Management, Energy, and Russia-Ukraine War
Political Geography:
Europe

8. Decarbonisation of the energy system

Author:
Georg Zachmann, Alexander Roth, Ben McWilliams, Franziska Holz, Robin Sogalla, Frank Meissner, and Claudia Kemfert
Publication Date:
01-2022
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
Three quarters of the European Union’s greenhouse gas emissions stem from burning coal, oil and natural gas to produce energy services, including heating for buildings, transportation and operation of machinery. The transition to climate neutrality means these services must be provided without associated emissions. It is not possible today to determine tomorrow’s optimal clean energy system, largely because the cost, limitations and capability developments of competing technologies cannot be predicted. Energy systems with widely diverging shares of ‘green fuels’, in the form of electricity, hydrogen and synthetic hydrocarbons, remain conceivable. We find the overall cost of these systems to be of the same order of magnitude, but they involve larger investments at different stages of value chains. A large share of synthetic hydrocarbons would require more investment outside the EU, but less in domestic infrastructure and demand-side appliances, while electrification requires large investment in domestic infrastructure and appliances. Current projections show an overall cost advantage for direct electrification, but projections will evolve and critical players may push hard for alternative fuels. Policy will thus play a major role in shaping this balance. Political decisions should, first, push out carbon-emitting technology, primarily through carbon pricing. The more credible and predictable this strategy is over the coming decades, the smoother will be both divestment from brown technologies and investment in green technologies. Second, policy needs to help ensure that enough climate-neutral alternatives are available in time. Clear public support should be given to three system decisions about which we are sufficiently confident: the massive roll-out of renewable electricity generation; the electrification of significant shares of final energy consumption; and rapid phase-out of coal from electricity generation. For energy services where no dominant system has yet emerged, policy should forcefully explore different solutions by supporting technological and regulatory experimentation. Given the size and urgency of the transition, the current knowledge infrastructure in Europe is insufficient. Data on the current and projected state of the energy system remains inconsistent, either published in different places or not at all. This impedes the societal discussion. The transition to climate neutrality in Europe and elsewhere will be unnecessarily expensive without a knowledge infrastructure that allows society to learn which technologies, systems, and polices work best under which circumstances.
Topic:
Climate Change, European Union, Carbon Emissions, Decarbonization, and Energy
Political Geography:
Europe

9. Cutting Putin’s energy rent: ‘smart sanctioning’ Russian oil and gas

Author:
Georg Zachmann, Guntram Wolff, Agata Łoskot-Strachota, Simone Tagliapietra, Axel Ockenfels, Ricardo Hausmann, and Ulrich Schetter
Publication Date:
04-2022
Content Type:
Working Paper
Institution:
Bruegel
Abstract:
In the wake of the Russian aggression against Ukraine, major sanctions have been imposed by Western countries, most notably with the aim of limiting Russia’s access to hard international currency. However, Russia remains the world’s first exporter of oil and gas, and at current energy prices this provides large hard currency revenues. As the war continues, European governments are under increased pressure to scale-up their energy sanctions, following measures taken by the United States, the United Kingdom, Canada and Australia. Given the inelasticity of Russia’s oil and gas supply, the most efficient way for Europe to sanction Russian energy would not be an embargo, but the introduction of an import tariff that can be used flexibly to control the degree of economic pressure on Russia.
Topic:
Oil, Sanctions, Gas, Vladimir Putin, and Energy
Political Geography:
Russia, Eurasia, and Ukraine

10. Cutting Putin’s Energy Rent: ‘Smart Sanctioning’ Russian Oil and Gas

Author:
Ricardo Hausmann, Agata Łoskot-Strachota, Axel Ockenfels, Ulrich Schetter, Simone Tagliapietra, Guntram Wolff, and Georg Zachmann
Publication Date:
04-2022
Content Type:
Working Paper
Institution:
The John F. Kennedy School of Government at Harvard University
Abstract:
Following the Russian aggression against Ukraine, major sanctions have been imposed by Western countries, most notably with the aim of limiting Russia’s access to hard international currency. However, Russia remains the world’s first exporter of oil and gas, and at current energy prices this provides large hard currency revenues. As the war continues, European governments are under increased pressure to scale-up their energy sanctions, following measures taken by the United States, the United Kingdom, Canada and Australia. This piece argues that given the inelasticity of Russia’s oil and gas supply, for Europe the most efficient way to sanction Russian energy would not be an embargo, but the introduction of an import tariff that can be used flexibly to control the degree of economic pressure on Russia.
Topic:
Economics, Oil, Sanctions, Exports, Currency, Energy, and Russia-Ukraine War
Political Geography:
Russia, Europe, Ukraine, and North America