ENERGY EFFICIENCY IN OUTDOOR SWIMMING POOL DESIGN: SOLAR WATER HEATING SYSTEMS UDC: 621.311
Abstract
The article examines key aspects of the development and design of outdoor swimming pools taking into account modern engineering solutions and environmental requirements. Particular attention is paid to the choice of location, construction materials, safety systems, and various methods of water heating. The advantages and disadvantages of passive and active solar heating systems, as well as hybrid systems that combine different energy sources to optimize energy efficiency, are analyzed.
Passive and active solar systems for heating water in swimming pools significantly increase energy efficiency and reduce operating costs. The use of solar collectors, heat exchangers and high-quality insulation materials allows you to maintain a comfortable water temperature with minimal impact on the environment. Hybrid systems that combine solar and backup heating ensure stable operation even in changing weather conditions. The implementation of these technologies helps reduce energy consumption and carbon dioxide emissions.
Solar pool heating systems are energy-efficient and environmentally sustainable solutions. Their use allows to significantly reduce operating costs and minimize the negative impact on the environment. Hybrid systems provide reliability and stability of operation in all weather conditions. The integration of such technologies is important for achieving sustainable and economical pool heating.
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