Abstract

A qualitatively new dimension has been introduced to the issue of building structures for energy-efficient buildings by the system of Active Thermal Insulation (ATI), which is already applied in the construction of such buildings. ATI are embedded pipe systems in the envelope structures of buildings, into which we supply a heat-carrying medium with adjusted temperature, so this constitutes a combined building-energy system. This introduces the concept of an internal energy source understood as an energy system integrated into the zone between the static part and the thermal insulation part of the building structure envelope. Under certain conditions, the ATI can serve as a heat recuperator or as an energy collector for a heat pump application. ATI consists of pipe systems embedded in building structures, in which the medium circulates heated by energy from any heat source. The function of the system is to reduce or eliminate heat losses through non-transparent structures in the winter and at the same time to reduce or eliminate heat gains in the summer. It is especially recommended to apply heat sources using renewable energy sources due to the required low temperatures of the heating medium and thus shorten the heating period in the building. Also recommended is to apply ATI for the use of waste heat. Buildings with a given system show low energy consumption and therefore meet the requirements of Directive no. 2018/844/EU, according to which, from 01.01.2021, all new buildings for housing and civic amenities should have energy needs close to zero.

Highlights

  • Each building is unique in its own way, so in order to find all the possibilities of energy savings, it is necessary to solve each one separately

  • A qualitatively new dimension has been introduced to the issue of building structures for energy-efficient buildings by the system of Active Thermal Insulation (ATI), which is already applied in the construction of such buildings

  • ATI consists of pipe systems embedded in building structures, in which the medium circulates heated by energy from any heat source

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Summary

Introduction

Each building is unique in its own way, so in order to find all the possibilities of energy savings, it is necessary to solve each one separately. It is necessary to find options, and to consider the economic consequences of the project before we spend more time solving the details. The ground floor consists of an entrance hall, toilet, utility room, study, pantry, kitchen directly connected to the dining area and living room, from which there is access to the terrace. The energy demand for heating determined by the degree days method is QUK = 58.7 GJ/year. Specific heat demand for heating E2 = 48.6 kWh/(m2 year), i.e. the building is classified as a low energy building

Perimeter wall
House with ATI
Conclusion
Findings
Efficiency of the roof with ATI
Full Text
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