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Assessing the distributional consequences of the transition in the EU

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Implementing the Fit-for-55 package would increase the cost of energy (and related equipment) relative to the baseline, with regressive effects in the absence of redistribution.

Pairing the output from the JRC-GEM-E3 model, which takes inputs on the transition of key sectors from PRIMES, with detailed microdata from the European Household Budget Survey (HBS) evidences these regressive effects. It also shows a progressive effect can be achieved by a lump sum transfer using (a fraction of) the additional revenue from the package’s expanded carbon pricing, especially when this is targeted to households at risk of poverty.

Key Messages

  • The Fit-for-55 package is associated with an increase in the cost of energy relative to the baseline due to expanded carbon pricing (wtin the EU ETS expanding to include buildings and road transportation) and additional investment needed to comply with more stringent standards (e.g., for buildings or vehicles).
  • The JRC-GEM-E3 CGE model, designed to capture the macroeconomic implications of energy scenarios from the PRIMES energy model, does not directly account for regressive effects, as it models a single, representative household.
  • Analyzing the CGE model output using microdata on household expenditures, from the European HBS in this case, can shed light on distributional effects and indicate the impact of redistributive policy.

Suggested next steps for MoFs include designing redistributive policy, especially given the prospects of additional carbon pricing revenues.