4 Ways to Improve Furnace Efficiency

When you live in Dalton, Georgia, you want to be sure that your heating system will always perform at its best. The last thing you want is a malfunction during winter. You can implement strategies such as removing dirty air filters and investing in a programmable thermostat to improve comfort and energy savings.

Avoid Constant Thermostat Adjustments

You might be tempted to keep adjusting your thermostat to get the ideal temperature during winter. However, frequently modifying the temperature increases energy usage. To manage energy consumption during winter, set your thermostat to 68 degrees while you’re awake. If you feel a little chilly, wrap yourself in your favorite blanket or sweater. A hands-off approach to your thermostat can make a difference in your heating bills.

A programmable thermostat also allows you to set different or preferred temperatures for specific periods of the day. The US Department of Energy recommends a lower thermostat setting at night and when you’re away from home. Dress warmly and use appropriate bedding at night so that you resist the urge to increase the temperature.

Invest in a thermostat with vacation programming. You’ll be able to enjoy energy savings and keep your home at the right temperature even if you’ll be away for a while. Note that for purposes of energy efficiency, you should let the thermostat setting remain for at least eight hours.

Change the Air Filter

Poor indoor air quality is even more of a problem when it’s cold, as there are fewer opportunities to allow fresh air indoors. Since the low temperatures mean you keep windows and doors closed, this increases the chances of bacteria, dust, pet dander, and other allergens building up in your home. The air filter plays a vital role in removing airborne pollutants, which can reduce heating efficiency.

Without a clean air filter, debris can build up in the system, and the heater will have a harder time keeping you warm. You are more likely to face higher utility bills as a result. Additionally, there’s a greater chance of your heating system breaking down due to the increased wear and tear.

You can avoid these problems by changing your HVAC system’s air filter as the manufacturer recommends. Replacing the filter will help to protect the unit, maintain good indoor air quality, and prevent energy waste. It’s a good idea to check your air filter every four to six weeks. More frequent filter changes will be necessary if you have pets. You want to keep up this maintenance task throughout the year to ensure your HVAC system operates smoothly.

Keep an Eye on the Outdoor Unit

Trees add shade to your home and HVAC unit and can, therefore, reduce energy usage during summer. However, during fall and winter, falling leaves can clog the compressor. Landscaping material will affect heating efficiency in several ways.

Debris will restrict the system’s airflow. Wind-blown items can also damage the internal components. Any obstruction or damage will affect performance and even energy usage. Make it a habit to check your outdoor unit—especially during fall and winter. This simple check could prevent an expensive repair or replacement.

You can remove any debris or use a hose to wash away dirt or grass clippings. However, if anything is wedged in the unit, it’s a good idea to contact us. Our service technicians have the expertise and tools to remove objects and check for damage.

Install New Windows

Check windows for leaks and make repairs with material like weatherstripping or caulk. It’s also a good idea to consider installing new windows to improve heating efficiency. Energy-efficient windows can lower your energy bills since you lose 25-30 percent of heating energy through windows.

If you would like more information about improving furnace efficiency, the HVAC professionals at Dalton Heating & Air can help. We’re also happy to provide information about our heating maintenance services. Let us help you keep warm and save energy this winter. Call us today at 706-619-2799 to schedule an appointment.

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