How Will a Dual Stage Air Conditioning System Be More Effective?
As temperatures rise in Illinois, an outdated and poorly maintained air conditioning system can start to give out in Gurnee, IL’s heat. If you’ve noticed that your system is producing less cool air than in years past or fails to properly control humidity levels inside your home, it’s time to consider a new air conditioning installation. An energy-efficient system will help reduce your electric bill as the summer heats up, but you can also upgrade to a dual-stage central air conditioner. Also referred to as a two-stage system, these units feature advanced compressors that can operate at reduced capacity for more efficient control of the temperature and humidity within your home.
The Luxury of Consistent Comfort with Dual Stage Air Conditioning System
Central air conditioners with standard compressors wait for room temperatures within your home to rise above a designated temperature before blasting cold air into the vents. They turn off when your desired temperature is reestablished, allowing the temperature to slowly spike until the system is once again triggered to release cold air.
Dual-stage systems can deliver a continuous flow of cool air for a longer period of time, eliminating those heat spikes. You may think that those longer run periods will result in an electric bill that makes you want to cry, but the reduced capacity of the system prevents that from happening. The result is a quieter system that functions at 60 percent or less of full capacity most of the time but which can also work at full capacity when needed.
Maximize Savings with Variable Technology
When selecting a dual-stage system for your upcoming air conditioning installation, keep in mind that some systems can operate at a lower capacity than others. For instance, popular two-stage systems like the Carrier Infinity 21 Central Air Conditioner may operate at approximately 40 percent capacity while the Infinity 19VS Central Air Conditioner can go as low as 25 percent due to the addition of variable-speed technology. The more time your system runs at a low capacity, the more money you can save through reduced energy consumption.