Residential AC Use and Cost Reduction Strategies Explored by Experts

Why it matters locally: With much of Kentucky experiencing hot and humid summers, these expert recommendations on AC use and maintenance can directly benefit homeowners across the state by helping to manage energy costs.

Industry specialists have outlined several methods homeowners can employ to manage air conditioning expenses, particularly during summer and periods of elevated temperatures. Professionals suggest maintaining a consistent internal temperature. Setting the thermostat higher than 72 degrees Fahrenheit can lead to reduced energy consumption. Adjusting the thermostat to 78 degrees Fahrenheit when homes are unoccupied also contributes to savings. Regular maintenance represents another key area for cost reduction. Cleaning or replacing air filters monthly ensures optimal system performance. Experts advise scheduling professional tune-ups annually. These preventative measures can contribute to extended air conditioner lifespan and consistent operational efficiency. Strategic use of window treatments can also impact energy consumption. Closing blinds, shades, or curtains during daylight hours blocks solar heat gain. This practice reduces the workload on air conditioning units. Fans offer an additional method for cooling. Ceiling fans, particularly when used in occupied rooms, create a wind-chill effect. This allows individuals to feel cooler without significantly lowering the thermostat setting. Experts caution against leaving fans running in empty rooms, as fans cool people, not spaces. Home insulation quality directly influences cooling efficiency. Experts recommend assessing and, if necessary, improving insulation in attics and walls. Sealing air leaks around windows and doors prevents conditioned air from escaping. These improvements contribute to a more stable indoor temperature. Energy-efficient appliances also play a role in overall energy use. Homeowners can consider upgrading to modern, Energy Star-rated air conditioning units. These units typically consume less power to achieve similar cooling results.