Energy Efficient Features of ENERGY STAR Qualified New Homes

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To earn the ENERGY STAR, a home must meet guidelines for energy efficiency set by the U.S. Environmental Protection Agency. These homes are at least 15% more energy efficient than homes built to the 2004 International Residential Code (IRC), and include additional energy-saving features that typically make them 20-30% more efficient than standard homes.

With homebuyers increasingly interested in green building, energy efficiency is the place to start. That’s because the energy used in homes often comes from the burning of fossil fuels at power plants, which contributes to smog, acid rain, and risks of global warming.

So, the less energy used, the less air pollution generated. And the easy way to make sure a new home is energy efficient is to look for the blue ENERGY STAR mark, the government-backed symbol for energy efficiency.

Any home three stories or less can earn the ENERGY STAR label if it has been verified to meet EPA’s guidelines, including: single family, attached, and low-rise multi-family homes; manufactured homes; systems-built homes (e.g., SIP, ICF, or modular construction); log homes, concrete homes; and even existing retrofitted homes.

ENERGY STAR qualified homes can include a variety of ‘tried-and-true’ energy-efficient features that contribute to improved home quality and homeowner comfort, and to lower energy demand and reduced air pollution:

1. Effective Insulation
Properly installed and inspected insulation in floors, walls, and attics ensures even temperatures throughout the house, reduced energy use, and increased comfort.

2. High-Performance Windows
Energy-efficient windows employ advanced technologies, such as protective coatings and improved frames, to help keep heat in during winter and out during summer. These windows also block damaging ultraviolet sunlight that can discolor carpets and furnishings.

3. Tight Construction and Ducts
Sealing holes and cracks in the home’s “envelope” and in heating and cooling duct systems helps reduce drafts, moisture, dust, pollen, and noise. A tightly sealed home improves comfort and indoor air quality while reducing utility and maintenance.

4. Efficient Heating and Cooling Equipment
In addition to using less energy to operate, energy-efficient heating and cooling systems can be quieter, reduce indoor humidity, and improve the overall comfort of the home. When properly installed into a tightly sealed home, this equipment won’t have to work so hard to heat and cool the home.

5. Efficient Products
ENERGY STAR qualified homes may also be equipped with ENERGY STAR qualified products – lighting fixtures, compact fluorescent bulbs, ventilation fans, and appliances, such as refrigerators, dishwashers, and washing machines.

6. Third-Party Verification
With the help of independent Home Energy Raters, ENERGY STAR builder partners choose the most appropriate energy-saving features for their homes. Additionally, raters conduct onsite testing and inspections to verify the energy efficiency measures, as well as insulation, air tightness, and duct sealing details.

We will explore each feature of an energy efficient home in future posts. Stay tuned!

Daylighting – What It Is And How To Do It

Daylighting is the process of designing a building for the maximum use of sunlight as illumination. It’s an effective and efficient way to reduce energy bills and your carbon footprint while protecting the environment. People are drawn to environments full of natural light – it makes our bodies and minds healthier. In fact, it’s been shown that people buy more, office workers are more productive, and students make better grades when there’s sunlight available. Using sunlight as part of a home lighting system can even help with seasonal depression.

Despite the benefits that sunlight has for people, many of us still live in inefficient homes that are big, but dark and cold in the winter, while being too bright in summer. This is poor design that we’ve compensated for by using a lot air conditioning and heating, as well as burning too many electric lights. You don’t have to burn lots of fossil fuels to live comfortably in a house that’s well designed.

Daylighting is an important part of passive solar design for buildings. Passive solar design helps use the natural light of the sun to regulate the temperature inside a home, keeping it warmer in winter and cooler in summer. There’s no need to use extra energy or mechanical systems. While earlier passive solar designs were unattractive and clumsy, this practice has gotten a lot more advanced.

You may have heard that daylighting will be too bright or cause overheating. However, when properly designed, a home using daylighting is actually a comfortable temperature and brightness all year round. The right positioning of windows in your home will eliminate heat and glare. Good passive solar design works in just about every climate, even in the winter, and there are lots of options to choose from.

A good passive solar home should be designed to work with every season. It has most windows on the south side, and an overhang that prevents too much sun from getting in during the summer. Thermal mass should be used to store and distribute heat in the winder, and to cool the house in summer. No matter where you live, the right window placement, orientation, and size are important. Too many windows will overheat or cool the house. Windows placed in the wrong location won’t provide the right amount of light.

Of course, building from scratch isn’t an option for everyone. You can still use daylighting in your home, even if you need to retrofit. Planting deciduous trees that offer shade in summer and light in winter can help. Trellises of vines can provide similar results, or you can install a retractable awning. Interior blinds also work, though there’s some loss of efficiency.

For dark homes, skylights and solar tubes can improve the amount of available light. Use the right kind of skylight to prevent leaks and excess heat buildup or escape. Solar lighting, in which sunlight is channeled into a building through optical fibers, is a great choice for commercial buildings. No matter how you do it, it’s important to get as much natural light into a building as possible.

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