Energy Consumption for Space Heating: A Discrete–Continuous Approach
Runa Nesbakken
Abstract
Runa Nesbakken
Abstract
Energy demand for space heating is estimated using a discrete–continuous choice model which focuses on the relationship between the choice of heating equipment and energy consumption. The model is estimated on Norwegian micro data, and the two stages of the model are estimated simultaneously. The capital cost and the operating cost of the heating systems are both found to have a significant impact on the choice of heating system. Furthermore, the results show that household characteristics are important variables in residential energy models. Energy price elasticities and income elasticities are also estimated.
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Energy demand for space heating is estimated using a discrete–continuous choice model which focuses on the relationship between the choice of heating equipment and energy consumption. The model is estimated on Norwegian micro data, and the two stages of the model are estimated simultaneously. The capital cost and the operating cost of the heating systems are both found to have a significant impact on the choice of heating system. Furthermore, the results show that household characteristics are important variables in residential energy models. Energy price elasticities and income elasticities are also estimated.
Key concepts: Economics, Consumption (sociology), Energy consumption, Econometrics, Energy (signal processing), Space (punctuation), Microeconomics, Heating system