Tepelná a vlhkostní problematika budov s vysokou tepelnou setrvačností obvodových stěn

Abstract

The thermal-technical properties of the perimeter walls of older or historical buildings often do not meet current normative requirements. This leads to a number of issues, such as moisture-related damage to the walls, high energy consumption of these buildings, and reduced user comfort. One possible solution to these problems is the design of effective measures and using specialized software that can predict their impact on both the perimeter structure and the indoor climate. Quality renovation is crucial for extending the lifespan of these buildings, reducing their operational costs, and, not least, preserving them for future generations. This dissertation focuses on the thermal and moisture issues of buildings with high thermal inertia of the perimeter walls and examines the impact of proposed measures on their thermal-technical parameters and the overall indoor climate, including their effect on reducing energy consumption for heating.