COMMERCIAL AIR-TO-WATER HYDRONIC SYSTEMS
MBTEK's commercial heat pump systems use air-to-water technology to deliver hydronic heating, cooling, and domestic hot water for mid- and large-scale commercial projects — from 208V/3-phase buildings to 50-200 ton hotels, hospitals, and industrial facilities.
Air-to-water systems | Mid- & large-scale commercial projects | Complete hydronic packages
Choose your project scale
MBTEK's commercial air-to-water heat pumps cover two project scales: buildings with 208V/3-phase electrical service, and large commercial projects sized and specified with MBTEK's team.
APOLLO COMMERCIAL AIR-TO-WATER
Engineered for hotels, hospitals, industrial facilities, and other large commercial projects — sized and specified with MBTEK's project team.
APOLLO COMMERCIAL SERIES
Sized like residential APOLLO, built for commercial electrical service — heating, cooling, and hot water on one 208V/3-phase platform.
Not sure which scale fits your project? MBTEK's team can confirm the right system for your building load, electrical service, and hydronic design — call or contact us.
Models and sizes
MBTEK's commercial air-to-water heat pumps span two platforms: a 6-ton 208V/3-phase series and a 50–200 ton large-project line. Compare tonnage and pricing below.
| Product | Tonnage | Price | Details |
|---|---|---|---|
APOLLO Commercial Heat Pump (208V / 3-Phase)Mid-Commercial Projects | |||
| 6 Ton | $7,278$9,098.2820% OFF | ||
APOLLO Commercial Air-to-Water Heat PumpLarge-Scale Commercial Projects | |||
| 50 Ton | $41,118$51,397.6320% OFF | ||
| 100 Ton | $73,825$92,282.1120% OFF | ||
| 150 Ton | $111,205$139,007.2320% OFF | ||
| 200 Ton | $139,240$174,051.0720% OFF | ||
Large-project systems (100–200 ton) are typically confirmed with MBTEK's team for electrical service and installation layout before ordering.
Commercial buildings — offices, multi-family properties, hotels, hospitals, and light industrial facilities — traditionally run separate equipment for heating, cooling, and hot water. A commercial air-to-water heat pump (also called a commercial air source heat pump) replaces all three with one hydronic platform.
A gas or oil boiler for heating, a separate chiller for cooling, and a standalone water heater for domestic hot water — three pieces of equipment, three maintenance schedules, and three points of failure.
One air-to-water platform delivers space heating, cooling, and domestic hot water from a single hydronic system, using Enhanced Vapor Injection (EVI) and DC inverter compressor technology rated down to -31°F.
Commercial heat pumps move heat instead of burning fuel, which is why more building owners are switching from boilers and chillers to one electric hydronic system.
Moving heat instead of burning fuel delivers more usable heat per dollar of energy input than a gas or oil boiler.
A single commercial heat pump replaces separate boilers, chillers, and water heaters with one hydronic platform.
EVI and DC inverter compressor technology keep MBTEK's commercial heat pumps operating down to -31°F outdoor air temperature.
Electric operation with no on-site combustion reduces a building's direct emissions compared to gas or oil heating.
Commercial projects vary widely in scale and electrical service. Use this as a starting point, then confirm with MBTEK before you buy.
The standard residential APOLLO / APOLLO MAX lineup already covers this — just size enough units to cover the space the way you would a home.
The APOLLO Commercial Series (6 ton, 208V / 3-phase) is built for this — the same sizing logic as residential APOLLO on a commercial electrical platform.
Coordinate them with a staging controller rather than running each unit independently.
50–200 ton systems are engineered per project — contact MBTEK to confirm system sizing and installation requirements before ordering.
Planning multiple units? See the Tekmar Smart Heat Pump Control 291 for staging control.
System support
MBTEK can help match the right commercial air-to-water heat pump, electrical platform, and hydronic system layout to your building and project scale.
FAQ
Direct answers about MBTEK's commercial air-to-water heat pump systems, project scale, cold-climate performance, and system planning.
A commercial air-to-water heat pump — also called a commercial air source heat pump — extracts heat from outdoor air and transfers it to water, delivering commercial-scale space heating, cooling, and domestic hot water through one hydronic system instead of separate boilers, chillers, and water heaters.
The APOLLO Commercial Series (6 ton, 208V/3-phase) is sized the same way as residential APOLLO systems for buildings with commercial electrical service. The APOLLO Commercial Air-to-Water Heat Pump covers 50 to 200 ton projects — hotels, hospitals, and industrial facilities — and is engineered and sized per project with MBTEK's team rather than self-selected.
Yes. Both commercial platforms use Enhanced Vapor Injection (EVI) and DC inverter compressor technology rated for low-ambient operation down to -31°F outdoor air temperature.
Yes. MBTEK's commercial air-to-water heat pumps function as a commercial heat pump water heater when paired with the right tank, delivering domestic hot water alongside space heating and cooling from one hydronic system.
It depends on your building load and electrical service. Buildings with 208V/3-phase power at the 6 ton scale fit the APOLLO Commercial Series; larger buildings such as hotels, hospitals, and industrial facilities in the 50 to 200 ton range need the APOLLO Commercial Air-to-Water Heat Pump, sized with MBTEK's project team.
Installing a commercial heat pump starts with confirming the building's heating and cooling load, available electrical service (such as 208V/3-phase), and hydronic system design, followed by professional installation and commissioning by a licensed HVAC contractor. MBTEK supplies the equipment and helps confirm system sizing and layout during planning — contact MBTEK's team early in a commercial project.
Yes. The Tekmar Smart Heat Pump Control 291 stages up to 4 heat pumps as one coordinated system, expandable to 16 units with add-on modules — useful when a project needs more capacity than a single heat pump provides.
