Commercial heating systems are engineered for larger buildings and higher demands, offering greater capacity, zoning flexibility, and integration with building automation compared to residential systems.

A professional load calculation considers your building's square footage, layout, insulation, and usage to determine whether a boiler, furnace, heat pump, or radiant system is best.

ETS recommends a biannual service schedule:

• Fall – Pre-heating season inspection and tune-up

• Spring – Post-season cleaning and performance check

This keeps your system reliable, efficient, and code compliant.

Efficiency upgrades may include:

• Installing high-efficiency boilers or heat pumps

• Sealing ductwork and insulating pipes

• Adding programmable thermostats or BMS controls

• Regular preventive maintenance

• Zoning controls to reduce over-heating unused areas

👉 Engineered Temperature Solutions can assess and implement all of these improvements.

Yes. We specialize in connecting heating systems to:

• Prolon, BACnet, or Modbus controllers

• Smart thermostats for multi-zone buildings

• Remote monitoring and mobile app controls

• Energy dashboards for performance tracking

Rising utility bills, uneven heating, loud noises, frequent cycling, and aging equipment (15+ years) are all signs to evaluate your system.

Many states and utilities offer rebates for high-efficiency heating upgrades, especially for systems with ENERGY STAR or LEED-qualifying ratings.

Yes—dual-purpose systems like heat pumps can provide both heating and cooling from a single unit, depending on your climate and building needs.

Yes, zoning allows different areas of your building to be heated independently, improving comfort and saving energy in low-use areas.

Offices, warehouses, schools, restaurants, retail shops, and industrial facilities all benefit from tailored heating setups matched to their space and use.

At Engineered Temperature Solutions, we design and install a wide range of commercial heating systems—tailored to your building’s structure, usage profile, and performance goals. Our solutions go beyond just hydronic boilers, offering both air-based and water-based heating technologies with integrated control options.

Here are the primary types of commercial heating systems we offer:

🔥 Gas or Electric Furnaces

• Forced-air systems that use combustion or electric elements to heat air

• Distribute warm air through ductwork via blowers

• Ideal for office buildings, retail stores, and multi-room zones with existing ducts

💧 Boiler-Based Heating Systems

• Hot Water Boilers – used with fan coils, radiators, or in-floor radiant loops

• Steam Boilers – common in industrial buildings or older infrastructure

• High-efficiency condensing boilers for improved energy performance

• Combination boiler systems that also provide domestic hot water

🌡️ Heat Pumps (Air-Source & Water-Source)

• All-electric units that offer both heating and cooling

• Ideal for moderate climates or hybrid setups in Ohio

• Available as ducted or ductless configurations

• Work well in buildings prioritizing energy efficiency or sustainability

♨️ Radiant Heating Systems

• Heat delivered directly through floors, walls, or ceiling panels

• Great for warehouses, garages, fitness centers, and buildings with high ceilings

• Silent operation and even comfort, especially when paired with condensing boilers

🏗️ Unit Heaters and Infrared Heaters

• Gas-fired or electric units installed overhead

• Deliver targeted warmth in large, open areas like workshops, garages, or distribution centers

• Infrared heaters warm objects and people directly without heating the air

🏢 Packaged Rooftop Units (RTUs)

• Fully contained systems mounted on rooftops

• Often include both heating and cooling in one unit

• Can use gas heat, electric resistance, or heat pump technology

• Ideal for retail, schools, light commercial, and multi-tenant buildings

👉 Whether you're heating an office suite, industrial plant, warehouse, or multi-zone facility, ETS will assess your building’s load requirements, energy profile, and future plans to engineer a system that fits now—and scales for later.