The Rebound Effect in Home Heating

This is a definitive guide to the rebound effect in home heating - the increase in energy service use after a technological intervention aimed at reducing consumption. It sets out what the effect is, how it plays out in the home heating sector, what this implies for energy saving initiatives in this sector, and how it relates to rebound effects in other sectors. The book outlines how the concept of the rebound effect has been developed and the scope of research on it, both generally and particularly in the home heating sector. Within the context of energy and CO2 emissions policy, it summarises the empirical evidence, exploring its causes and the attempts that are being made to mitigate it. Various definitions of the rebound effect are considered, in particular the idea of the effect as an energy-efficiency 'elasticity'. The book shows how this definition can be rigorously applied to thermal retrofits, and to national consumption data, to give logically consistent rebound effect results that can be coherently compared with those of other sectors, and allow policy makers to have more confidence in the predictions about potential energy savings.

Ray Galvin has an interdisciplinary background, including engineering, social science and policy studies. He works with the Engineering and Architecture Departments at the University of Cambridge, UK, and the Business and Economics Faculty at RWTH-Aachen University, Germany. His main research interest in recent years has been energy efficiency upgrades of existing homes, focusing mostly on Germany and the UK, but also on Europe more widely. He has published extensively on economic, social, technical and policy issues with regard to domestic energy consumption. His empirical and theoretical work includes research on the rebound effect in both buildings and transport.

Preface 1. The rebound effect and domestic heating 2. What causes the rebound effect in home heating? 3. The Prebound Effect 4. Methods for estimating the rebound effect in domestic energy consumption 5 Rebound effects in low energy dwellings and passive houses 6. Fuel poverty and the rebound effect 7. Rebound Effects in Non-Residential Buildings 8. Conclusions, insights and recommendations