Abstract
The issue of including energy efficient measures in the overhaul of residential real estate has been discussed for several years. The relevance of this issue is increasing in connection with the requirements established at the state level to improve the energy efficiency of buildings. The article calculates the determination of the energy efficiency class of a residential property included in the “Regional program for the overhaul of common property in apartment buildings in the Voronezh region for 2014–2044”, after the implementation of energy efficiency measures. Improving energy efficiency is a strategic goal. However, energy efficiency improvements do not always lead to energy savings due to the “rebound effect”. Therefore, it is necessary to organize the implementation of energy-efficient measures during the overhaul of residential real estate and the implementation of energy-saving programs (municipal, regional, state, industry).
Highlights
Residential properties are one of the main consumers of energy and require measures to improve their energy efficiency
The following types of work are provided for, approved by the Fund for Assistance to the Reform of Housing and Communal Services in agreement with the Ministry of Construction of the Russian Federation, carried out during the overhaul of residential real estate for energy conservation and energy efficiency: insulation and repair of the facade, roofs, repair of internal heating and / or water supply systems, devices for monitoring and regulating energy consumption, repair or replacement of elevators, repair of the basement related to common property, and repair of the foundations of residential buildings [1]
To exclude the rebound effect, let us determine its quantitative value R, which can be calculated by the formula [3]: RR = 1 − (∆∆EEEEfrrf), (7)
Summary
Residential properties are one of the main consumers of energy and require measures to improve their energy efficiency. The selection criteria for residential buildings for major repairs are: - the duration of the use of engineering systems and structural elements; - assessment of the technical condition of engineering systems and structural elements. Improving energy efficiency during major renovations can lead to behavioral change towards increased consumption. This is due to the tendency of consumers to consume more energy due to the economic benefits of improved efficiency
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