At Hyatt Regency Aqaba, the conventional heating approach for multiple large swimming pools was replaced with a centralized heat pump system while maintaining required water temperatures, guest comfort, and continuous resort operation throughout the implementation process.
Instead of installing independent equipment for each pool, a centralized architecture was adopted to serve multiple pools through one integrated system. This approach reduced potential points of failure, improved efficiency under partial-load conditions, and enabled a unified control and operating strategy.
Performance was verified over a 6-month period by comparing utility bills and operating readings against the pre-conversion baseline. The measured results demonstrated a verified 67% reduction in operating cost, corresponding to 721,390 kWh of energy savings during the measurement period.
Replacing the conventional heating system for several large swimming pools within a continuously operating resort while maintaining required water temperatures, guest comfort, and uninterrupted operation during the conversion.
A centralized heat pump architecture was implemented to serve multiple pools rather than installing separate equipment for each pool. This reduced potential failure points, improved partial-load efficiency, and enabled one coordinated control and operating strategy.
The system was implemented within an operating hospitality facility while maintaining service continuity and the required pool-water temperature conditions throughout the transition.