Decoding the Energy Cost of Your Air Conditioning System

Understanding the Energy Consumption of Your r Conditioning System

Date Published: September 19, 2022

Keeping your home comfortable during hot summer months often comes at a pricehigh energy costs. r conditioners typically consume more power than other household appliances and can rack up significant expenses throughout the season. The actual amount of energy used by an r conditioning unit deps on its size, efficiency level, as well as local weather conditions and home insulation levels. In this guide, we break down everything you need to know about r conditioner energy consumption.

Determining AC Energy Usage

To determine how much power your r conditioning system consumes per hour, refer to the small panel inside the outdoor unit. This displays key information including its size measured in tons and Seasonal Energy Efficiency Ratio SEER. Typically, there's also a figure for electrical power drawn by the unit during normal operation.

The SEER rating is crucial as it indicates how efficiently your AC system uses electricity to cool r. Higher SEER ratings mean more energy efficiency but might come at a higher upfront cost.

The electrical consumption in kilowatts kWh will be listed along with the unit's cooling capacity in tons of refrigeration. This figure doesn't include power used by any connected fans or other components, however.

Variable Speed ACs vs Single-Speed

Modern variable-speed r conditioners offer significant energy savings over traditional single-speed. While single-speed units operate at full blast continuously, variable-speed systems can adjust their speed based on the cooling needs of your home.

As a result, during milder weather conditions or when the thermostat temperature is slightly lower than desired, these systems can use as much as 75 less power than their single-speed counterparts. Slowing down motor speeds allows for longer operation periods without overheating rooms, which improves humidity control and reduces overall energy usage.

Blower Fan Energy Consumption

The blower fan's role in r conditioning is also worth noting. In most residential systems, the blower doesn't run continuously; it only activates when there's a demand to cool the home. This means that while your AC unit might draw power for 3 kWh over an hour of operation, not all this energy goes towards powering the indoor fan.

When the system is running in auto modewhich is recommed the blower operates synchronously with the condenser and doesn't use additional electricity until cooling demand arises.

Upgrading Your r Conditioning System

If you're considering replacing your r conditioning unit due to old age, inefficiency, or other issues, modern systems offer significant improvements. High-efficiencycan reduce energy usage while mntning superior cooling performance. As a Carrier Authorized Dealer, Bardi Heating, Cooling Plumbing stocks the latest in AC technology and can assist with installation.

From mntenance and repr to system upgrades and installations, our team of experts is here to support your HVAC needs. Whether you need plumbing services or advice on indoor r quality, trust us for reliable solutions tlored to your home's unique requirements.

For more information about AC tune-ups, replacement options, financing plans, or to schedule a service appointment, contact Bardi Heating, Cooling Plumbing today. We are proud to serve residents of Norcross and the Greater Atlanta area with professional and courteous service backed by our guarantees.

Contact Information:

Bardi Heating, Cooling Plumbing

770 415-5261

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