Assessing energy poverty in Italy: an endogenous cut-off determination

Authors

  • Gloria Polinesi Università Politecnica delle Marche
  • Maria Cristina Recchioni Università Politecnica delle Marche
  • Mariateresa Ciommi Università Politecnica delle Marche
  • Francesca Mariani Università Politecnica delle Marche
  • Alfonso Carfora Università di Macerata

DOI:

https://doi.org/10.71014/sieds.v80i2.471

Abstract

In recent years, the key role of energy in individual well-being has drawn the attention of policymakers, institutions, and researchers to the issue of energy poverty. Energy poverty refers to a situation in which households struggle to access or afford essential energy services. The vulnerability of several households has worsened due to the reduction of disposable incomes resulting from the labor market crisis, escalating unemployment triggered by the COVID-19 pandemic, and the increase in domestic energy demand brought about by the extended periods of lockdown.

The expenditure-based approach defines energy poverty as the inability to afford adequate energy services while keeping expenditures within a reasonable level arbitrarily defined. A commonly used cut-off considers household energy-poor if the ratio between energy expenditure - in heating and electricity consumption - and the total expenditure is greater than 10%.

With the aim of investigating the theoretical foundation of this ratio we implement a stratification approach identifying sub-groups of cut-offs at each iteration by approximating their distribution with a sequence of two-component log-normal mixtures. Thus, different cut-offs are not fixed a priori but rather endogenously by the iterative procedure.

Using data from the Household Budget Survey (HBS) provided by the Italian National Institute of Statistics in the years 2019-2022, the stratification algorithm supports the assessment of the percentage of Italian households in energy poverty highlighting differences pre and post COVID-19.

References

BARDAZZI R., GASTALDI F., IAFRATE F., PANSINI R. V., PAZIENZA, M. G., POLLASTRI C. 2024. Inflation and Distributional Impacts: Have Mitigation Policies been Successful for Vulnerable and Energy Poor Households? Energy Policy, Vol. 188, pp. 114082.

BOARDMAN B. 1991. Fuel Poverty: From Cold Homes to Affordable Warmth. Pinter Pub Limited.

BOUZAROVSKI, S., 2014. Energy Poverty in the European Union: Landscapes of vulnerability, WIREs Energy Environ., Vol 3, pp. 276-289.

DEMPSTER AP, LAIRD NM, RUBIN DB. 1977. Maximum Likelihood from Incomplete Data via the EM Algorithm, Journal of the Royal Statistical Society Series B, Vol. 39, No. 1, pp. 1-38.

EC-European Commission. 2025. Framing Summer Energy Poverty - Insights and Recommendations for a Resilient Future - Final Report, Office of the European Union.

FAIELLA I., LAVECCHIA L. 2015. La Povertà Energetica in Italia, Politica Economica, Vol. 31, No. 1, pp. 27-76.

HILLS J. 2011. Fuel poverty: the problem and its measurement. Department for Energy and Climate Change.

KASHOUR M., JABER M. M. 2024. Revisiting Energy Poverty Measurement for the European Union, Energy Research & Social Science, Vol. 109, pp. 103420.

KHALID U., SHAFIULLAH M., CHAUDHRY S. M. 2024. Does Conflict Aggravate Energy Poverty? Energy Policy, Vol. 194, pp. 114317.

LAVECCHIA L., MINIACI R., VALBONESI P., VENKATESWARAN G. 2024. Energy Poverty Risk: A Spatial Index Based on Energy Efficiency. Occasional Paper 864. Banca d’Italia, Roma.

MARCHAND R., GENOVESE A., KOH S.C.L., BRENNAN A. 2019. Examining the Relationship between Energy Poverty and Measures of Deprivation, Energy Policy, Vol. 130, pp. 206-217.

MARIANI F., CIOMMI M., CHELLI F.M., RECCHIONI M.C. 2020. An Iterative Approach to Stratification: Poverty at Regional Level in Italy, Social Indicators Research, Vol. 31, pp. 1.

MENYH´ERT, B. 2024. Energy poverty in the European Union. The Art of Kaleidoscopic Measurement, Energy Policy, Vol. 190, pp. 114160.

POLINESI G., CARFORA A., RECCHIONI M.C., MARIANI F., CIOMMI M. 2025. A New Distributional Based Indicator to Measure Energy Poverty in Italy, Mimeo.

OIPE 2024. In FAIELLA I., LAVECCHIA L., MINIACI R., VALBONESI P. (Eds.) La povertà energetica in Italia nel 2022, OIPE.

OKUSHIMA, S. 2019. Understanding Regional Energy Poverty in Japan: A direct Measurement Approach, Energy and Buildings, Vol. 193, pp. 174-184.

SIMIONESCU M., CIFUENTES-FAURA J. 2024. Evaluating the Relationship between Income Inequality, Renewable Energy and Energy Poverty in the V4 Countries, Energy Research & Social Science, Vol. 115, pp. 103640.

SOTO G., NGHIEM X.-H., MARTINEZ-COBAS X. 2025. Insufficiency of Renewable Energy. How do the Transition to Green Energy Economies and Foreign Direct Investment Affect Energy Poverty in Europe? Energy, pp. 135350.

´SMIECH S., KARPINSKA L., BOUZAROVSKI S. 2025. Impact of Energy Transitions on Energy Poverty in the European Union, Renewable and Sustainable Energy Reviews, Vol. 211, pp. 115311.

SY S. A., MOKADDEM L. 2022. Energy Poverty in Developing Countries: A Review of the Concept and its Measurements, Energy Research and Social Science, Vol. 89.

ZARGHAMI S. A. 2025. The Role of Economic Policies in Achieving Sustainable Development Goal 7: Insights from OECD and European Countries, Applied Energy, Vol. 377, pp. 124558.

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Published

2026-02-19

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