Energy-efficient windows reduce air loss and increase occupant comfort. They can also cut down on your utility bills and help the environment by lowering greenhouse gas emissions.
Clear energy efficient window film minimizes heat transfer while maintaining the view and light influx. This helps lower cooling costs in Huntsville AL homes and buildings without compromising indoor comfort.
Low-E Glass
Low-E glass is engineered to minimize the amount of UV rays and unwanted temperatures that pass through the window, saving homeowners money and promoting a greener lifestyle. This glass is available in several options that are perfect for Huntsville climates.
High energy bills are an ongoing struggle for many homeowners. The inability of standard windows to prevent heat transfer exacerbates this problem, requiring air conditioning systems to work overtime during scorching summers and heating systems to run nonstop during chilly winters.
As a result, homeowners seek solutions that promote sustainability and cost-effectiveness. Low-E window film emerges as a hero, revolutionizing home energy efficiency with a comprehensive approach to lowering utility costs. By reflecting infrared radiation and diminishing UV light penetration, this film maintains interior temperatures more consistently and effectively, resulting in lower utility costs year-round. The best part is, it can be installed on existing windows!
Argon Insulation
Argon is a non-toxic, colorless, and odorless gas that’s used to replace air in double- or triple-pane windows. It boosts a window’s energy efficiency by slowing down heat transfer and creating a more comfortable home environment.
Compared to air, argon is denser and has a lower U-value, meaning it provides better insulation for your home. It also prevents condensation from developing between the panes of a double-pane window, which could otherwise increase utility bills.
The insulating properties of argon also reduce noise pollution by cushioning the sounds of traffic or neighbors. Plus, argon can help lessen the buildup of frost on the inside of a window during winter, and it’s not flammable or toxic like mercury, lead, or carbon monoxide.
Triple Glazing
The choice of window glass may seem trivial, but it is a significant component in energy efficiency. Modern windows are often designed with low-E glass and argon insulation to prevent unwanted UV rays and temperatures from entering the home.
Triple glazing consists of three panes of glass encased in a frame, with an air gap between each pane. This space is commonly filled with a heavier gas, such as argon or krypton, to further increase insulating properties.
Triple glazed windows have higher R-Values than double glazed windows and can help reduce heating costs. They also provide superior sound insulation, which can be a benefit for homes in noisy areas. The increased thermal resistance also helps to keep moisture out, which can reduce condensation and mold. However, triple glazing can be expensive and requires more maintenance than double glazed windows. It is important to consider energy savings, the longevity of triple glazed windows and their potential resale value when considering this option.
NFRC Certification
Upgrading your windows can help you save on energy costs and protect your carpet, wood furniture, and other belongings from damaging UV rays. But how much your energy bills will reduce depends on the type and size of windows you get, your climate, local energy rates and other factors unique to your home.
The National Fenestration Rating Council (NFRC) rating system helps you compare different products based on their energy performance criteria. Look for ratings that include U-factor, Solar Heat Gain Coefficient, Visible Transmittance, Air Leakage and Condensation Resistance.
The frame material and amount of insulation are important to consider as well. Vinyl and fiberglass frames are cost-effective and low-maintenance, while wood offers a warm aesthetic and superior insulation. Double and triple-pane windows with argon or krypton between the panes provide even more insulation.