This chapter looks at different models and approaches concerning the energy consumption of households and buildings. The modelling of building energy consumption falls completely within this context. The field of building energy consumption modelling is therefore vast, diverse and involves many disciplines spanning the social sciences, engineering, physics, economics and ecology, to name just a few. The statistical approach attempts to establish a causal relationship between the energy consumption of buildings, users and different contextual variables, such as climatic conditions or urban density. The co-construction of new concepts and methods integrating causality into numerical modelling, to theorise, simplify and experiment with models of building energy consumption is a field that is more necessary than ever, but which is still largely open. The development of these constructive measures generally relies on models integrating variables related to materials, orientations and sometimes the life cycle of buildings.
Research Fellow Fateh was a full Professor of Economics at Lille Catholic University, and Director of the Smart and Sustainable Cities research… Fateh was a full Professor of Economics at Lille Catholic University, and Director of the Smart and Sustainable Cities research unit, with appointments at École des Ponts and Chaussées ParisTech, and Ecole Nationale des Sciences Géographiques. Fateh has also held various positions at the French Centre Scientific and Technical Center for Building and led multiple collaborative projects for the French Ministry of Ecological Transition and the European Commission. He received a Habilitation for Supervising Doctoral Research from Orléans University, a Ph.D. in Economics, an M.S. degree in Applied Economics and Decision Theory from Littoral University, and an engineering degree in statistics. He is an energy and environmental economist drawing from the fields of applied microeconomics, energy modeling, and econometrics. Credited with 50+ papers, he has published widely on household energy consumption, energy-saving behaviors, individual preference and investment in energy efficiency, fuel poverty, renewable energy and energy policy.
- Energy and Environmental Economics; Energy Efficiency; Energy Demand; Fuel Poverty; Energy Policy; Energy Saving Behaviors; Applied Econometrics; Smart and Sustainable Cities
Publications See all Fateh Belaïd’s publications
Implications of Poorly Designed Climate Policy on Energy Poverty: Global Reflections on the Current Surge in Energy Prices
This chapter looks at different models and approaches concerning the energy consumption of households and…6th September 2022
This chapter looks at different models and approaches concerning the energy consumption of households and…1st March 2022