A commercial heat pump moves heat rather than generating it, providing heating and cooling through a single system. It extracts heat from outdoor air, geothermal loops, or water sources and transfers it indoors, reversing the cycle in summer to operate as an air conditioner.

Yes. Modern commercial heat pumps—especially cold-climate and variable-speed models—perform efficiently even in freezing temperatures by using advanced compressors and defrost cycles to maintain steady output.

Commercial heat pumps offer lower energy costs, all-in-one heating and cooling, quieter operation, zoning capabilities, reduced carbon emissions, and compatibility with modern building automation systems.

Common options include air-source heat pumps, water-source heat pumps, geothermal heat pumps, VRF heat pump systems, and packaged rooftop heat pump units. Each is chosen based on building layout, climate, and energy goals.

Sizing depends on building square footage, insulation levels, occupancy, equipment loads, ventilation requirements, climate, and zoning needs. A proper heat load calculation ensures the system isn’t oversized or undersized.

Most commercial heat pumps last 12–20 years depending on usage, maintenance, and environmental conditions. Regular service can significantly extend lifespan and efficiency.

Heat pumps are among the most efficient HVAC options because they transfer heat instead of creating it. High SEER2, HSPF2, and COP ratings indicate strong performance and lower operating costs.

In many buildings, yes. Commercial heat pumps can replace traditional heating systems entirely or operate in a hybrid setup where they handle most of the load while a furnace supports extreme-cold conditions.

Absolutely. Most commercial heat pumps integrate with building automation platforms (BACnet, Modbus, Prolon) and support multi-zone control for customized comfort and energy reduction.

Warning signs include reduced heating or cooling, unusual noises, short cycling, ice buildup, rising energy bills, poor airflow, and inconsistent temperatures between zones.

Commercial heat pumps should receive professional maintenance one to two times per year, including coil cleaning, refrigerant checks, electrical testing, airflow measurement, and system calibration.

In most cases, yes. Many commercial buildings can adapt existing duct systems for heat pump use, but airflow, static pressure, and duct sizing may need evaluation to ensure proper performance.

Yes. ETS designs and installs commercial heat pump systems tailored to your building’s layout, heating requirements, and efficiency goals, including rooftop units, VRF heat pumps, and cold-climate systems.

ETS provides full heat pump service, including diagnostics, repair, refrigerant management, compressor troubleshooting, electrical repairs, maintenance programs, and seasonal system optimization.

ETS combines engineering-based system design with expert installation, precise commissioning, and long-term maintenance—ensuring your heat pump system delivers reliable, efficient performance throughout every season in Central Ohio.