Air-to-Water Heat Pump Systems | Climate Suitability | Hot Water Temps | Ease of Retrofit | Efficiency | Heat Recovery | Load shifting | Incentives Available |
Air-to-Water Heat Pump System | Warm and Mixed Climates | 100°F - 130°F | Low | Better | Simultaneous Recovery | No | Some |
Air-to-Water Heat Pump with Hydronic Branch Conductor | Warm and Mixed Climates | 95°F - 110°F | Medium | Best | Simultaneous Recovery | No | Some |
Air-to-Water Cascade Heat Pump System | Warm, Mixed and Cool Climates | 120°F - 210°F | High | Good | Simultaneous Recovery | No | Some |
| Air-to-Water Modular Heat Pump System |
Air-to-Water Heat Pump System
Overview
Versatile air-to-water heat pump solutions for diverse buildings.
Air-to-water heat pump system innovation makes heat pumps adaptive in more places. These systems can meet new or retrofit building requirements, business objectives and efficiency goals.
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Flexibility
Our air-to-water heat pump systems give you options. Choose from low or high hot water temperatures, zoned comfort, and retrofit ready solutions that meet project requirements.
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High Performance
Expert system guidance and design tools for air-to-water heat pump heat and cool modes, integrate the right combination of equipment and precise controls for efficient year-round cooling and heating.
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Cost-effective
Help reduce installation and capital costs by keeping existing distribution or infrastructure in place with our Hydronic Branch Conductor or Cascade system options.
Product Information
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Ascend™ Air-to-Water Heat Pumps
Model ACX
Trane ACX air-to-water heat pumps offer efficient heating and cooling for commercial needs, with capacities from 80-230T and temps down to -15°F. -
Series R™ Helical Rotary Screw Chillers
Models RTWD and RTHD
Proven performance, modern versatility: Series R™ helical rotary screw chillers deliver precise, reliable thermal management with low-GWP refrigerants in a compact, easy-to-install design for a wide range of applications. -
Tracer® SC+ Building Automation System
Tracer SC+ provides powerful building automation, enhancing control over comfort and efficiency. It supports Trane and non-Trane equipment, ensuring seamless integration and improved performance. -
The Hydronic Branch Conductor enables sustainable, effective heating and cooling that can improve comfort and reduce installation and energy costs in hydronic heat pump systems.
Electrify your building's heating and cooling with Trane
FAQs
Your questions about air-to-water heat pump systems, answered.
An air-to-water heat pump system integrates air-to-water heat pumps with virtually any hydronic heating and cooling equipment for reliable electrified heating and cooling.
Additionally, our Trane air-to-water heat pump systems provide design tools, control sequences and expert guidance for integrating air-to-water heat pumps into large commercial buildings including schools, healthcare facilities and commercial real estate. These pre-engineered systems simplify the implementation of air-to-water heat pumps, offering customizable options for different building applications and climates.
Unlike gas or steam heating systems that only generate heat, air-to-water heat pumps (AWHP) can cool or heat buildings by simply moving heat from place to another.
AWHPs work together with virtually any other hydronic heating equipment. When used in combination with heat recovery chillers, heat is recovered from inside the building to meet heating requirements. When more heating is needed, the AWHPs transfer heat from the cold outdoor air to heat the building. When cooling is required, the AWHPs can reject heat from inside the building. Additional chiller equipment can also be used reject heat to meet large cooling loads.
Each AWHP can only operate in either cooling or heating mode at one time. When both heating and cooling are needed at the same time, multiple AWHPs can be controlled to work together to meet simultaneous loads.
Resources & Insights
Explore the latest air-to-water heat pump system resources.
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Simplifying the Shift to Hydronic Heat Pump Systems
Learn to navigate the shift to hydronic heat pump systems, optimize heating efficiency, and tackle integration challenges in our expert-led webinar.