ENHANCING THERMAL PERFORMANCE IN SWIMMING POOLS THROUGH HEATING TECHNOLOGY OPTIMIZATION

Abstract

Swimming pool heating (SPH) is crucial for extending the swimming season and enhancing the overall pool experience. This study examines the optimization of heating technology in swimming pool facilities, targeting improved energy efficiency, reduced operating costs, and enhanced thermal comfort. Swimming pools require consistent heating, especially in colder climates, resulting in high energy consumption. Through an integrated analysis of passive and active heating technologies including solar thermal systems, heat pumps (HP), geothermal energy, and waste heat recovery, this paper develops a framework for assessing and optimizing swimming pool heating systems. A mathematical model was developed to simulate heat loss and gain across various system components. The results show significant improvements in system performance with combined strategies, increasing the Coefficient of Performance (COP) from 0.00 to 9.93, indicating a system with higher energy efficiency. This paper proposes an optimized SPH design methodology and highlights the impact of strategic system configuration on energy conservation and cost-effectiveness