Model of the Market Value of Apartments Including a Time Variable and Energy Features of a Building
Model of the Market Value of Apartments Including a Time Variable and Energy Features of a Building

Summary/Abstract: Research background: The implementation of EU directives in national legislations imposes an obligation to monitor energy efficiency in every sector of the economy, including construction. In the era of energy conservation, which results from environmental requirements, as well as from constantly increasing energy prices, the energy consumption of premises and buildings becomes an important prerequisite for decisionmaking processes in the real estate market. There have also been changes in the provisions of the Act on Real Estate Management, which impose an obligation on the professional group of property appraisers to incorporate energy performance certificates for buildings and premises into the valuation process. Energy intensity in terms of the demand for heating of multi-family residential buildings will be the basis for the assessment of its impact on the market value of residential units. Purpose: The article analyses the energy intensity of different types of buildings (e.g. low and high-rise buildings) and the diverse distribution of units in the building, especially with regard to their exposure to the different point of the compass. The research covered the Słoneczne housing estate in Szczecin, in a situation where the property appraiser does not have access to the energy performance certificates of the estimated apartments as well as apartments taken for comparison. The aim of the study is to identify the relationship between energy intensity and market value of residential units on the selected real estate market. The analysis will be based on data from the Price and Value Register of the County Office, a collection of statistics and public information as well as on the authors’ own databases and research. Research methodology: A multidimensional analysis will be used to distinguish homogeneous groups of residential units due to their property attributes. The study will also employ a valuation model including energy intensity and time variables. Results: The study showed that building type is one of the features determining energy consumption by a building. Depending on the period, the introduced attributes explained the evolution of the unit price at 78%, 75% and 24%. The parameters of the variables Size, Neighborhood and Time were found to be statistically significant. What is more, in all three periods, the value of the residential unit was significantly affected by the type of building which determined the energy performance of the building. Novelty: Energy intensity in terms of the heating demand of multi-family residential buildings will be the basis for the assessment of its impact on the market value of residential units. The article analyses the energy intensity of different types of buildings (e.g. low and high buildings) and the different location of units in a building, especially in relation to the directions of the world.

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