Summer is just a few weeks away, which makes this the perfect time to check your air conditioning unit. Each unit is different, but there are similar things that makes them work as efficiently as possible. Short of contacting a Fox Valley heating and cooling company, there are a few things you can do to keep the unit at its peak as temperatures rise.
Here are four tips to get you started on enjoying a cool summer in your home.
1. Check Air Filters
The first line of defense to having a running AC unit is to check the filters. Typically, you want to change out or clean filters at least once a month. Countless airborne contaminants can clog the filters and decrease the efficiency.
Clogged filters increase air pressure that flows through the ducts. This forces the unit to work harder than normal. Doing this can also reduce asthma attacks, seasonal allergies and other respiratory problems your family could be at risk for getting.
2. Clean Vents
Vents throughout your home should also be cleaned to ensure no obstructions prevent air from flowing. This can remove blockages that, similar to clogged filters, will put your AC unit into overload.
3. Install Window Treatments
Indoor temperatures can rise significantly if you have a lot of windows. The sun penetrates through the glass and heats up your home while you are trying to keep it cool. This puts your air conditioner into overdrive.
High-quality window treatments, such as curtains or blinds, can help prevent a heat buildup in sun-exposed areas.
4. Consider Getting an Upgrade
If none of these tips seem to work, you may need to consider updating the unit. Investing in a new system can save your family money. An older unit could be costing you more money than it would cost to get a new one. Newer models are built with more efficient features that can help lower your energy bill.
Take the time now to check the system and add any home enhancements that will keep it running more efficiently. Summer-proofing your air conditioning unit can help you and your family enjoy warmer temperatures.