Earlier this week, we posted an article featuring expert tips on maximizing home insulation. One of the aspects mentioned was eliminating heat loss by improving attic air sealing and insulation. To learn more about what this entails, watch this informative video by Diamond Certified Expert Contributor Greg Sutliff of Alcal Specialty Contracting, Inc.
One of the biggest concerns during winter is maintaining a comfortable climate inside the home. However, if your home lacks sufficient insulation, this can get expensive. Heat is an expert escape artist, which means the more escape routes your home contains, the more money you’re going to spend replenishing what you lose. To address this, we’ve asked seven Diamond Certified Experts to give their advice on keeping in the heat during the winter months. Read more
If you’re looking for an effective way to improve your home’s energy efficiency, the best place to look is up. While steps like upgrading interior lighting or installing a “smart” thermostat can lower energy usage, an even more beneficial measure is to make improvements to your attic space. By augmenting attic insulation, air sealing and other related aspects, you can make a substantial impact on comfort and energy savings in your home.
1. Maximize attic insulation. One of the most basic yet effective ways to improve your home’s energy efficiency is to bring your attic insulation up to current standards. Over the years, building code changes have called for higher grades of insulation, Read more
Summer has given way to autumn, and people throughout the Greater Bay Area are starting to get ready for the upcoming holiday season. However, amidst your fall decorating and holiday shopping, it’s important to remember another key seasonal measure: preparing your home for imminent winter weather. With its chilly temperatures and heavy rainfall, winter can take a toll on any home, but with proper preparation, you can fortify yours against the elements and avoid common problems.
Weatherproof your exterior
Whether to keep out water or cold air, weatherproofing your home is a vital preparatory measure during winter. Not only can weatherproofing prevent costly water intrusion issues, it can also improve home energy efficiency by keeping the heat in and lowering utility costs. Read more
While insulating exterior walls is standard procedure in residential construction, this isn’t always the case with a home’s interior walls. Actually, many homebuilders neglect to insulate interior walls altogether, which often results in second-rate efficiency and poor soundproofing. For this reason, adding insulation to interior walls can be an inexpensive yet effective way to improve both the comfort and energy efficiency of your home. Read more
As much as half of the energy used in the average home goes to heating and cooling, so making smart decisions about your HVAC systems can have a measureable effect on both your comfort and utility bills. To increase the efficiency of your heating or air conditioning system, consider the following tips:
Just like a car, your HVAC system needs to be professionally maintained at least once a year in order to operate as efficiently as possible. Have an HVAC contractor conduct a maintenance test before the peak heating and cooling seasons begin. If you don’t know which elements to address, Energy Star’s website has a “HVAC Maintenance Checklist” that offers many useful suggestions. Read more
Guest Expert Michael McCutcheon, owner of McCutcheon Construction, tells us about less costly ways to cool your house on hot days.
Air conditioning is still the best way to cool a building during hot weather, although in very dry climates, one can use evaporative coolers (“swamp coolers”) instead, which use the cooling effect of evaporating water. While they consume some water, they use less energy. They also don’t reduce humidity, and don’t work in humid climate zones since the evaporative effect is so much less in a humid atmosphere.
Presuming you’re in the mixed climate of the Bay Area and need Air Conditioning (as opposed to evaporative cooling), as with any energy device, Read more