In the context of reducing greenhouse gas emissions in the residential sector, fuel switching from coal and oil to natural gas is considered as a policy option. The paper considers fuel choice decisions among households within 30 metres of the Irish natural gas network. Consistent with earlier...

Household appliances represent significant load demand within the domestic electricity market, and therefore present considerable challenges for grid managers, specifically during peak demand periods. This paper presents the results of a statistically representative study of Irish households,...

This paper analyses the Irish residential energy demand system by using variants of Deaton and Muellbauer's Almost Ideal Demand System model. Annual data from 1970 to 2013 is employed to estimate a demand system for solid fuels, oil, gas and electricity with the models incorporating quadratic...

This paper examines the diffusion of energy efficiency retrofits across the national housing stock and specifically examines whether the level of applications for subsidy support is impacted by advertising, either online or through print and radio media, and whether there are spillover effects...

The paper uses a multinomial logit model to study the determinants of domestic space heating systems in Ireland. Nine types of heating systems are considered, classified by fuel type (liquid, electric, gas and solids or combinations thereof). Heating system choice is modelled as a function of...

This paper studies the determinants of why low-income households in Ireland abandon energy efficiency retrofit applications using administrative data from a targeted energy efficiency grant. By applying for the scheme the applicants overcome any financial barriers for undertaking retrofits...

Improving the energy efficiency of residential dwellings is seen by policy-makers as an important contributor to the mitigation of climate change, a topic of ever increasing interest. Many countries have put in place policies aimed at stimulating the adoption of energy efficiency retrofit...