Commercial Heating Installation in Omaha

Experienced HVAC Pros in Omaha & Surrounding Areas

Whether a property owner is installing their first heating system or replacing an existing unit, it’s important that the job is done right. With over 50 years of combined experience, the team at Caniglia Heating & Cooling knows what it takes to ensure every commercial heating installation in Omaha is a success. From basic heating units for small buildings to complex systems designed to heat large properties, our techs have the knowledge and expertise to install it all.

On the other hand, an oversized heating system will cycle on and off too frequently. This causes the system to consume more energy than it’s designed to, driving up the cost of monthly utilities. The interior space will also struggle with moisture problems. Although the heater will be able to reach the temperature set on the thermostat, the air will not feel comfortable. When building owners entrust their heating installation to our professionals, they can rest assured that their new units will be properly sized for optimal performance.  

The Importance of a Properly Sized Commercial Heating System 

The size of a heating system is one of the most important factors to consider when installing a new unit. A system that is improperly sized for a building can cause several issues. For example, if the heating system is too small, it will lack the capacity to heat the building to the right temperature. Additionally, it will cause the unit to work harder than it should. This strain results in higher energy bills and premature system replacement. 

Are High-Efficiency Heating Systems Worth the Investment?

Heating a commercial property can be an expensive endeavor. This is why many business owners are opting to install high-efficiency heating systems. These units can make a substantial difference in monthly energy costs. In many cases, the money spent on the higher initial cost of a high-efficiency unit can be recovered through energy savings by the halfway point of the system’s life expectancy.