Can a heat recovery ventilator solve the problem of keeping indoor air quality fresh and healthy? Today’s tightly sealed energy efficient homes include one drawback: lack of fresh air. This means the enclosed indoor environment often stagnates as fumes, airborne particulates and water vapor accumulate to high levels.
Thoroughly insulating your home is a double-edged sword. As it helps you retain heat, it also retains moisture. As a result, you may encounter moisture-related problems such as structural damage and mold growth. A ventilation system such as a heat recovery ventilator (HRV) can help you avoid these issues. Here's how it works and how it could benefit your home.
If you're serious about ventilating your Fort Wayne area home, you'll probably want to consider a balanced ventilation system. These systems – either a Energy Recovery Ventilator (ERV) or an Heat Recovery Ventilator (HRV) – aggressively exchange stale indoor air with fresh outdoor air. While doing so, they also exchange heat energy in the two parallel airstreams to minimize the amount of conditioned air that gets exhausted from the home. So what's the difference between an ERV and HRV?
Balanced home ventilation won't happen by itself. Most houses today are tightly sealed to minimize air exchange with the outdoors and maximize energy efficiency. Simply installing spot exhaust fans or opening a window here and there doesn’t get the job done. For optimum cooling and heating performance and efficiency, interior living spaces should always be in a state of neutral air balance. A heat recovery ventilation (HRV) system, or its close cousin the energy recovery ventilator (ERV), ensures balanced home ventilation and preserves indoor temperatures and air quality. Let's look at how these two systems are similar and different.