Home Article Types of Commercial HVAC Systems You Should Know

Types of Commercial HVAC Systems You Should Know


There are numerous options to choose from when it comes to commercial HVAC systems. Of course, each type has its pros and cons, so it’s essential to factor in your specific needs before deciding on anything. The problem is that it can get pretty confusing to jot down all the important details.

For this reason, it always pays off to discuss with a professional after narrowing down your options. And that’s precisely what this quick will take you through. Let’s look at some of the commercial HVAC systems in detail:

Packaged Air Conditioner

A commercial packaged-air conditioner is comparable to a window air conditioner but much bigger in size. These commercial HVAC systems boast a higher heating and cooling capacity that ranges from 3 to 15 tonnes.

One notable feature of packaged air conditioners is that they have an all-in-one design containing a condenser, compressor, fan coil, and evaporator. They’re mounted outside or on roofs in buildings such as hospitals, senior homes, and condominiums.

With this type of commercial HVAC system, the conditioned air is spread throughout the building by a network of ducts hidden in the ceiling.

Heat Pump

A heat pump perfectly heats or cools a commercial building by transferring heat outside in the summers and inside in the winters. Considering they don’t generate heat; they can efficiently maintain comfortable temperatures. Unfortunately, these commercial HVAC systems are not suitable in areas with extreme climate conditions.

With heat pumps, they can be ducted or ductless. Ductless heat pumps are ideal for supplemental or individual room cooling. Things tend to be different with ducted heat pumps since they’re ideal for larger areas but require extensive ductwork.

Variable Refrigerant Flow (VRF)

A variable refrigerant flow (VRF) uses the minimum energy to achieve the required temperature. It works by varying the refrigerant volume to match the precise requirements of a building. If the system requires more cooling, more refrigerant will enter the pipes. Due to the varied compressor speed and no duct involvement , these units are much more efficient than the traditional commercial HVAC systems.



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