Energetika krytých bazénových objektů

Abstract

Mental hygiene and cleansing of the body has always been seen as part of everyday life. These activities are obviously ranked and coexistence with water as a natural source of life and energy. In the last hundred years has made spas and hence basins, now often called modern wellness huge step forward. Not only that meant the possibility of using water as a whole, but also services provided by these services. Given that human development is inevitable and that development needs on a global scale more and more energy is necessary to properly manage the energy and find new sources, or measures to reduce energy consumption of all kinds. On this topic is also directed this work, which deals with real and effective Energy saving in the indoor swimming pool buildings that are in scope only as to the size of the object, but also the energy consumption of one of the toughest buildings, due to its microclimate and sanitary conditions for their operation. The aim of this work is an analysis of three selected swimming pool halls with similar parameters in terms of structures, improvement of their properties associated with the optimized plan of heating, ventilation and preparation of the pool water. All objects do not entirely fulfil thermal-technical requirements and high demands for energy management according to the present-day valid Czech legislation. Thermal properties of structures are improved to meet today's requirements. The reduction is thus a real need for heat performance. In connection with modifications a new proposal of heating, ventilation and water heating is done. The basic source of energy is accompanied by renewable sources to reduce energy intensity of swimming pool water. The question of comfort of microclimate of pool halls is dealt with as well, especially in relation to solar radiation, which also has an impact on energy consumption. The energy performance of buildings is assessed for the original and proposed condition that actually leads to reduction in energy demands. This is carried out in accordance with current legislation [35]. Each solved category is evaluated in terms of energy and financial savings. The ultimate goal is to evaluate the proposed sub-changes that emerged from the analysis of the original states on individual swimming pool halls, which lead to reduction in the energy performance of buildings as a whole. This study aims to shed light on the question of design of swimming pool halls and thus prevent inappropriate proposals that unnecessarily increase energy performance of the building itself. These problems are very common in practice.