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创建于05.16
Redefining Indoor Pool Climate Engineering: Integrated Dehumidification and Heat Recovery Systems
Indoor swimming pools are spaces of recreation, relaxation, and wellness—but they also present one of the most demanding indoor climate control challenges in modern building design. High humidity levels, continuous heat loss, and strict comfort expectations all demand a technical solution that is both efficient and reliable.
We offer a comprehensive engineering solution for climate control in indoor pools: the Swimming Pool Dehumidification Heat Pump with Integrated Heat Recovery. This system is engineered not only to meet the strict requirements of humidity and temperature control but also to enhance energy efficiency and reduce long-term operational costs.
Challenges of Indoor Pool Environments
Indoor pools are constantly exposed to high rates of evaporation, which leads to:
- Elevated indoor humidity (often exceeding 70%)
- Condensation on surfaces and windows
- Accelerated corrosion of metal structures and equipment
- Mold and mildew growth affecting air quality
- Increased load on traditional HVAC and heating systems
These conditions make standalone ventilation or air conditioning systems insufficient. What is needed is a dedicated, integrated climate solution.
Our System: An All-in-One Climate Management Unit
Our heat pump system combines dehumidification, heat recovery, and optional auxiliary heating into a single, intelligent package. It is designed for high-performance applications such as:
- Hotel and resort indoor pools
- Sports complex natatoriums
- Private villa wellness centers
- Rehabilitation and therapy pools
- Luxury residential developments
The system operates by removing moisture-laden air from the space, extracting its latent heat, and returning that heat to either the pool water or the air, significantly reducing the energy required for heating.
System Features and Engineering Highlights
- Variable-Speed Scroll Compressors (DC Inverter)
Enable precise thermal modulation to match real-time load fluctuations, improving part-load efficiency and extending compressor life.
- EC Centrifugal Fans
Deliver powerful airflow with adjustable speed and static pressure control, ensuring consistent air distribution across large pool halls.
- Titanium Heat Exchangers
Engineered to resist corrosion from chlorinated or saltwater environments, ensuring longevity and reliability.
- Smart Control Algorithms
Incorporate real-time dew point tracking and humidity balance logic, automatically adjusting airflow and temperature to maintain indoor conditions within target thresholds.
- Modular System Architecture
Supports scalability for large-volume spaces and phased expansions, with optional integration into BMS systems via BACnet, KNX, or Modbus.
- Quiet Operation and Compact Design
Engineered to minimize operational noise and mechanical footprint, suitable for discreet installation in premium or acoustically sensitive environments.
Performance Advantages
- Up to
60% reduction in energy consumption compared to conventional separate systems
- Improved
indoor air quality and user comfort with consistent RH and temperature control
- Reduced
maintenance and system complexity through all-in-one integration
- Enhanced
sustainability profile for green building certifications and long-term cost savings
Application Flexibility
Whether you are designing a boutique wellness retreat or a public natatorium, our system can be tailored to suit a wide range of pool sizes, air volumes, and architectural styles. With extensive experience in international HVAC project delivery, we ensure compatibility with diverse climate zones and regulatory standards.
Supporting Services
We provide:
- Full technical documentation
- Equipment selection and configuration tools
- CAD drawings and BIM-ready files
- Remote commissioning and after-sales support
- Custom system layout design