Signs of Inefficiency in Older Heating & Cooling Systems

Like most home appliances, your HVAC system has an expected lifespan. It will break down more frequently as it ages, and you’ll eventually have to get it replaced. While it may seem cheaper to pay for repairs and have parts replaced as needed in the meantime, this won’t be cost-effective in the long run.

Here local HVAC repair contractor Albert Air shares some of the most common problems you’ll encounter when you operate an old HVAC system:

Refrigerant leaks. If your old HVAC system isn’t cooling your home properly, check if there’s refrigerant leaking out of it. This fluid is integral to its performance, and losing some of it will not only lead to poor performance, but will also make a complete HVAC failure more likely. Consider investing in a replacement system that utilizes the latest type of refrigerant that’s recommended by the Environmental Protection Agency (EPA).

Wear and tear. Even with regular cleaning and maintenance from a trusted air conditioning service contractor, your HVAC unit will still be constantly exposed to the weather and other elements. Proper maintenance will only slow down wear and tear on your unit, so after a decade of use, you’ll probably start to notice that it isn’t running as smoothly as it used to.

Decreased efficiency. If you’ve had your HVAC system for several years and it isn’t providing consistent comfort the way it used to, then it’s already starting to run inefficiently. You’ll know that this is indeed the case if you notice a significant increase in your energy bills. That’s due to your aging HVAC system working twice as hard to keep your home warm or cool, but still being unable to bring your living spaces to the desired temperatures.

Your search for “air conditioning repair near me” stops with Albert Air. Count on our team of expert heating and cooling specialists to provide a smooth, rewarding experience when you choose us to install your new HVAC system. Call (714) 526-6368 or fill out our online request form.