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August 16, 2011 | Show All

Read the Label

Behold the energy-efficiency label—an idea whose time has come.
By:Jenny Sullivan

Back in 2008 when product green-washing fears were at an all-time frenzy, leaving home buyers bewildered about which eco-claims were legit, visionary architect Michelle Kaufmann released a white paper proposing that all houses come with sustainability labels akin to the nutrition labels the FDA requires on food packaging. As a prototype, she mocked up a “sustainability facts” label for her acclaimed “Breezehouse,” itemizing key metrics such as its square footage, energy consumption, carbon emissions, and insulation R-values.

Kaufmann’s business model ultimately proved unsustainable through the deep freeze in banking (her prefab company closed its doors in 2009 and sold its design assets to Boston-based Blu Homes). But the labeling idea clearly had some sticking power. Last February, public builder KB Home put a similar concept into practice with the debut of its Energy Performance Guide (EPG) label, which now comes standard on every house it builds. Touted as the house equivalent of the miles-per-gallon (MPG) fuel efficiency rating for cars, the EPG sticker appeals to consumers’ wallets (and, secondarily, to their environmental conscience) by spelling out the estimated monthly costs for heating and cooling, appliances, and lighting. The sticker also includes a HERS yardstick that charts how the home’s energy consumption stacks up against other comparably sized new and resale homes.

This new brand of calorie counting is a natural evolution for a builder that already builds all of its homes to Energy Star standards, claims KB Home president and CEO Jeffrey Mezger, whose company sold 7,346 homes in 2010, earning it a ranking as the nation’s fifth largest home builder on the Builder 100. “When we buy a new car, the MPG shows us what we can expect to pay at the pump,” he says. “We are now able to provide that same type of guidance to consumers who are in the market for a new home. Now, more than ever, people do not want surprises when it comes to buying a home.”

Unless it’s a happy surprise—such as the promise of a monthly utility bill that falls below the $100 mark.

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July 21, 2011 | Show All

Across The Nation, State Energy Efficiency Policies Deliver, Save Consumers Billions

by Steve Baden on June 15, 2011

From the American Council for an Energy Efficient Economy

States across the country have been reaching or exceeding their energy savings goals established through Energy Efficiency Resource Standards (EERS), thereby lowering utility bills for consumers and reducing the need to build costly new power plants. The forecast is also bright for the future as states expect to achieve even higher energy savings for utility customers in years to come. These are the findings of two reports released today by the American Council for an Energy-Efficient Economy (ACEEE).

From 2004 to 2010, 24 states followed the lead set by Texas and Vermont by establishing an EERS, a policy that sets long-term energy savings goals for electric and natural gas utilities. Since then, utilities, regulators, and consumers in all corners of the country have embraced this approach to deliver energy efficiency programs that save energy and money in homes and businesses.

The first report, Energy Efficiency Resource Standards: A Progress Report on State Energy Savings Targets, documents the performance of every state with an EERS in place for more than two years. Comparing actual performance with the EERS targets, 13 of the 19 states with EERS policies in place for over two years are achieving 100% or more of their goals, three states are reaching over 90% of their goals, and the three states falling below 80% of their goals are working hard to catch up. In each case, state EERS policies are driving energy efficiency investments and energy cost savings to unprecedented levels.

“These states are demonstrating that energy efficiency programs deliver real savings for utilities and ratepayers, and it is more affordable than any supply-side energy source,” said Michael Sciortino, Policy Analyst and the report’s lead author. By law and rule, the energy efficiency programs implemented in a state with an EERS must cost less than the electricity that would have been produced if not for the programs. Accordingly, utility efficiency programs are saving customers significantly more than they cost.

For example, in 2009 and 2010, Ohio utility customers saved $56 million in energy costs over and above the costs to deliver the programs. Over the lifetime of these programs, they are likely to save customers in excess of three-quarters of a billion dollars-and this is just the beginning. Program goals increase over time.

“As a comprehensive national energy policy remains beyond the reach of Congress, states are taking action to show how bold energy efficiency policies can benefit residential, commercial, and industrial consumers,” said Steven Nadel, ACEEE Executive Director.

The future promises still more savings from state EERS, since most EERS targets increase over the next decade. The second report, Energy Efficiency Resource Standards: State Strategies to Reach Higher Energy Savings, documents how utilities are planning to ramp up their efforts to hit these higher energy savings levels.

The second report includes an analysis of six states with some of the largest and most successful energy efficiency programs in the United States-California, Connecticut, Massachusetts, Minnesota, New York, and Vermont. In these leading states, utilities are employing new strategies to expand existing programs and add new ones, enhance advertising and promotions, and conduct innovative pilot projects.

Six more states-Arizona, Colorado, Illinois, Michigan, Ohio, and Pennsylvania-are also examined in detail as they rapidly ramp up to develop the state-of-the-art energy efficiency programs required to meet the increasingly higher targets. Utilities in these states are running fewer, simpler programs that can get the most energy savings as quickly and cost-effectively as possible.

“Experts who specialize in these states say the potential for cost-effective energy efficiency is more than sufficient to meet the goals that have been established, and they put the likelihood of states continuing to meet their goals in the 90% range,” summarized Martin Kushler, ACEEE Senior Research Fellow. “The greatest challenge for the future isn’t technical-it’s inspiring the political will necessary to pass these energy and money-saving standards in every state.”

To read the first report, Energy Efficiency Resource Standards: A Progress Report on State Energy Savings Targets, click on http://aceee.org/research-report/u112

To read the second report, Energy Efficiency Resource Standards: State Strategies to Reach Higher Energy Savings, click on http://aceee.org/research-report/u113

To read the fact sheet, click on http://aceee.org/fact-sheet/state-energy-efficiency-resource-standard-activity

This post was submitted by Steve Baden.

 http://www.resnet.us/blog/across-the-nation-state-energy-efficiency-policies-deliver-save-consumers-billions-3/ 

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July 12, 2011 | Show All

Thermographic Inspections

Energy auditors may use thermography—or infrared scanning—to detect thermal defects and air leakage in building envelopes.

How They Work

Thermography measures surface temperatures by using infrared video and still cameras. These tools see light that is in the heat spectrum. Images on the video or film record the temperature variations of the building's skin, ranging from white for warm regions to black for cooler areas. The resulting images help the auditor determine whether insulation is needed. They also serve as a quality control tool, to ensure that insulation has been installed correctly.

A thermographic inspection is either an interior or exterior survey. The energy auditor decides which method would give the best results under certain weather conditions. Interior scans are more common, because warm air escaping from a building does not always move through the walls in a straight line. Heat loss detected in one area of the outside wall might originate at some other location on the inside of the wall. Also, it is harder to detect temperature differences on the outside surface of the building during windy weather. Because of this difficulty, interior surveys are generally more accurate because they benefit from reduced air movement.

Thermographic scans are also commonly used with a blower door test running. The blower door helps exaggerate air leaking through defects in the building shell. Such air leaks appear as black streaks in the infrared camera's viewfinder.

Thermography uses specially designed infrared video or still cameras to make images (called thermograms) that show surface heat variations. This technology has a number of applications. Thermograms of electrical systems can detect abnormally hot electrical connections or components. Thermograms of mechanical systems can detect the heat created by excessive friction. Energy auditors use thermography as a tool to help detect heat losses and air leakage in building envelopes.

Infrared scanning allows energy auditors to check the effectiveness of insulation in a building's construction. The resulting thermograms help auditors determine whether a building needs insulation and where in the building it should go. Because wet insulation conducts heat faster than dry insulation, thermographic scans of roofs can often detect roof leaks.

In addition to using thermography during an energy assessment, you should have a scan done before purchasing a house; even new houses can have defects in their thermal envelopes. You may wish to include a clause in the contract requiring a thermographic scan of the house. A thermographic scan performed by a certified technician is usually accurate enough to use as documentation in court proceedings.

The energy auditor may use one of several types of infrared sensing devices in an on-site inspection. A spot radiometer (also called a point radiometer) is the simplest. It measures radiation one spot at a time, with a simple meter reading showing the temperature of a given spot. The auditor pans the area with the device and notes the differences in temperature. A thermal line scanner shows radiant temperature viewed along a line. The thermogram shows the line scan superimposed over a picture of the panned area. This process shows temperature variations along the line. The most accurate thermographic inspection device is a thermal imaging camera, which produces a 2-dimensional thermal picture of an area showing heat leakage. Spot radiometers and thermal line scanners do not provide the necessary detail for a complete home energy assessment. Infrared film used in a conventional camera is not sensitive enough to detect heat loss.

Preparing for a Thermographic Inspection

To prepare for an interior thermal scan, the homeowner should take steps to ensure an accurate result. This may include moving furniture away from exterior walls and removing drapes. The most accurate thermographic images usually occur when there is a large temperature difference (at least 20°F [14°C]) between inside and outside air temperatures. In northern states, thermographic scans are generally done in the winter. In southern states, however, scans are usually conducted during warm weather with the air conditioner on.

Posted At : 7:17 AM. | Posted By : KRISTIN | Link | | Comments (0)

June 30, 2011 | Show All

Workforce Guidelines for Home Energy Upgrades

     The effort to develop the Workforce Guidelines for Home Energy Upgrades has its origins in and is supported by the U.S. Department of Energy’s (DOE) Weatherization Assistance Program Training and Technical Assistance Plan, which seeks to ensure that 2009 American Recovery and Reinvestment Act investments help lay a permanent foundation for a stronger program.
To support these objectives, the Weatherization Assistance Program Training and Technical Assistance Plan calls for a voluntary national framework for worker certification and training program accreditation. This framework requires Standard Work Specifications, Job Task Analyses, and KSAs developed and recognized by the National Weatherization Network and home performance industry.

    Concurrently, in May 2009, the Vice President's Middle Class Task Force asked the White House Council on Environmental Quality (CEQ) to develop recommendations for federal action to lay the architecture for a self-sustaining home energy-efficiency upgrade industry. In response, CEQ facilitated a broad interagency process with the Office of the Vice President, eleven departments and agencies, and six White House offices.
    In summer 2010, technical experts, building scientists, and program administrators from the National Weatherization Network and residential energy-efficiency upgrade industry were invited to help DOE’s National Renewable Energy Laboratory (NREL) develop the Workforce Guidelines for Home Energy Upgrades.

         In November 2010, the U.S. Department of Energy (DOE) Office of Energy Efficiency and Renewable Energy (EERE) announced the release of the draft Workforce Guidelines for Home Energy Upgrades and invited the general public to a participate in a first round of public review.   

     The combustion safety section presented in the guidelines was developed with the help of HVAC and   weatherization professionals and was reviewed by indoor air quality experts prior to being released for public review. During the public review process, a large number of valuable comments concerning this section were received.

    In addition to the topic areas above, other technical comments covered a broad range from procedural methods to occupant education. For example, comments on “ventilation” related to fan location, orientation, and operation, as well as supply intake location and ASHRAE 62.2. “Insulation” comments related to the compressibility of the insulation material, dense pack, insulating ducts to prevent condensation, and definition of anomalies in the installed product. “Air sealing” comments focused on the sealing of fans, hatches, different types of ceilings, and infiltration credits. Comments on “ducts” focused on referencing appropriate codes and standards, venting of clothes dryers, and termination. Comments on “occupant issues” focused on education, particularly on attic hatches, dehumidification, warranty, and routine maintenance. An overall distribution of technical comments is illustrated in the pie chart at the end of the document.

    When drafting the Standard Work Specifications, “Health & Safety” appeared in each section, resulting in a large amount of repetition. Many comments identified this redundancy. As a result, general health and safety information was removed from each section and placed in a single new section. More specific health and safety issues for a particular industry and/or task are organized under respective sections. Whereas Health & Safety comments were distributed over a wide range of issues most were related to toxicity of installed materials, personal protective equipment, and OSHA references.

For Entire article: Click Here

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June 14, 2011 | Show All

Keep Your Cool and Save Money Too

Save 10 to 50 Percent on Utility Bills This Summer While Staying Cool

WASHINGTON, D.C. --  Save money and keep your cool this summer by saving energy.  As part of the Department of Energy's (DOE) continuing outreach and education efforts, here are some easy, energy saving tips that are also available in a free guide for consumers.  By following a few easy, common sense guidelines, properly maintaining or upgrading your air conditioner, adding insulation and taking other easy energy-saving measures, you can cut your energy bills by 10 to 50 percent.

"Almost 45 percent of a homeowner's utility bill goes for heating and cooling," said Secretary of Energy Samuel W. Bodman.  "By taking a few simple steps, American families can make their homes more energy efficient and can save a significant amount of money, too."

Your individual savings will depend on how energy-efficient your home is now, the type of home you have, and the area of the country where you live. 

Use Air Conditioning and Fans Wisely

• Open windows and use portable or ceiling fans instead of operating your air conditioner.
• Use a fan with your window air conditioner to spread the cool air through your home.
• Use a programmable thermostat with your air conditioner to adjust the setting warmer at night or when no one is home.
• Don't place lamps or TVs near your air conditioning thermostat.  The heat from these appliances will cause the air conditioner to run longer.
• Look for the ENERGY STAR® label.  If your air conditioner is old, the new energy efficient models can save you up to 50 percent on your cooling bills. 
• Consider installing a whole house fan or evaporative cooler if appropriate for your climate.                      

Low Cost Tips to Save Energy

• Replace incandescent bulbs with compact fluorescents.
• Air dry dishes instead of using your dishwasher's drying cycle.
• Use a microwave oven instead of a conventional electric range or oven.
• Turn off your computer and monitor when not in use.
• Plug home electronics, such as TVs and VCRs, into power strips and turn power strips off when equipment is not in use.
• Lower the thermostat on your hot water heater.  115 degrees is comfortable for most uses.
• Take showers instead of baths to reduce hot water use.
• Wash only full loads of dishes and clothes.
• Use cold water to wash your clothes.

Landscape for Energy Efficiency

• Plant trees or shrubs to shade air conditioning units, but do not block the airflow.  A unit operating in the shade uses less electricity.
• Grown on trellises, vines such as ivy or grapevines can shade windows or the whole side of a house.
• Avoid landscaping with lots of unshaded rock, cement or asphalt on the south or west sides -- it increases the temperature around the house and radiates heat to the house after the sun has set.
• Trees whose leaves fall off in the winter, planted on the south and west sides, will keep your house cool in the summer and let the sun warm your home in the winter.
• Just three trees, properly placed around a house, can save between $100 and $250 annually in cooling and heating costs. Daytime air temperatures can be 3 to 6 degrees cooler in tree-shaded neighborhoods.           

Shade Your Windows

• Sunny windows can make your air conditioner work two to three times harder.
• Install white window shades, drapes or blinds to reflect heat away from the house.
• Close curtains on south- and west- facing windows during the day.
• Install awnings on south-facing windows.  Because of the angle of the sun, trees, a trellis or a fence will best shade west-facing windows.
• Apply sun-control or other reflective films on south-facing windows.
• If you want to replace your windows, consider the new double-pane windows with spectrally selective coatings. 
• When buying windows or appliances, look for the Energy Star® label.  Visit http://www.energystar.gov/ for more information.

Weatherize

• Air leaks can waste energy dollars year-round.
• Caulking and weatherstripping will keep cool air in during the summer.
• Add insulation around air conditioning ducts when they are located in un-air conditioned spaces such as attics, crawl spaces and garages.
• If you see holes or separated joints in your ducts, hire a professional to repair them.
• Check to see that your fireplace damper is tightly closed.
• Invest in insulation. Visit the DOE Zip-Code Insulation Program for R-values specific to your home:  http://www.ornl.gov/~roofs/Zip/ZipHome.html

The booklet Energy Savers - Tips on Saving Energy & Money at Home is available in English and Spanish, with a wealth of energy- and dollar-saving information for the home. 

Both versions are on the web at http://www1.eere.energy.gov/consumer/tips/ and also available free from DOE's Energy Efficiency and Renewable Energy Clearinghouse at 1-800-DOE-3732.

For more information, please see http://www1.eere.energy.gov/consumer/tips/.

Media contact:  Chris Kielich, 202/586-5806

 

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March 25, 2011 | Show All

Lower your energy costs through well insulated air tight buildings.

A greener footprint.  More economical operation.  Long-term value.  Building Energy Efficiency.

The most inexpensive energy is the energy not consumed in the first place.  Design that incorporates high levels of thermal insulation, whole building air tightness, high performance windows, passive solar design techniques and energy saving technologies will create buildings that are more energy efficient and comfortable.  CertainTeed Building Science gives insight into the cause and effect dynamic between improving a building’s energy efficiency without compromising the buildings indoor air quality or building envelopes hygrothermal performance over time. 

To make buildings more energy efficient and comfortable, heat flow must be controlled.  While it is impossible to completely stop the three modes of heat transfer – conduction, convection and radiation – it is possible to slow the rate of energy exchange by increasing the thermal performance of building envelopes – foundations, walls and roof-ceiling assemblies – using  quality cavity and continuous insulation materials.  Freedom from thermal bridging is especially important in improving the overall energy efficiency of a building envelope.  Thermal bridges are weak points in the building envelope that cause unwanted loss of energy usually associated with structural components in the system.  Isolating framing from the outdoor environment, especially highly conductive building materials like steel, aluminum and concrete, with continuous exterior insulation systems is critical to performance.

Controlling air leakage is a very important step in improving the energy efficiency and comfort of a building.  Constructing air tight buildings with compartmentalized spaces significantly reduces the seasonal heating and cooling load energy demands on a building.  Air tight buildings require controlled fresh air ventilation in order to maintain a healthful indoor environment.  Ideally, energy recovery ventilators are used to exchange air between the indoor and outdoor environments to minimize the energy impact of the fresh air exchange.

High performance, energy efficient fenestration products are critical to increasing the energy efficiency of a building, since a high percentage of the building envelopes surface area includes windows, curtain walls and doors.  The designer must consider the heating and cooling load requirements for the building based on site orientation and climate.
Today designers have the ability to harness or dissipate energy from the sun by integrating passive solar design techniques and active solar energy technologies into buildings that include:

• High solar reflective and thermal emittance roofing systems
• Green roofs
• Seasonal shading systems

As well as active solar systems that include:

• Building integrated photovoltaic systems
• Solar thermal water heating

In addition, energy efficient lighting, appliances, heating systems and air conditioning equipment are available to reduce internal loads.  Air tight thermally insulated  air distribution systems effectively deliver conditioned air to occupied spaces, improving comfort while increasing system energy efficiency.

Article courtesy of CertainTeed.  For more from CertainTeed building science, click here.

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March 15, 2011 | Show All

Words of Wisdom from a BIBCA Trainer

I don’t know if any of you have been able to watch any episodes of Holmes on Homes or Holmes Inspections on the HGTV Network, but it seems that all the contractors in Canada are a bunch of crooks. Now I know that that is not the case, but it certainly does make you aware of the old saying of “buyer- beware.” I know that in my insulation contracting business when we deal with the retrofit market, that some consumers are more educated about the thermal goals that they need. But mostly, they are pretty clueless as to the what and how. They know that the utility bills are high, the house is drafty, the windows sweat, the walls are cold, etc. All that this consumer knows is that they have a problem and they want you to fix it for a specified amount of time and very little money. A dishonest or un-educated contractor will be happy to take their money and may or may not fix their problem. This is really un-acceptable in our industry. As a BIBS Contractor, we need to hold ourselves to a higher standard of professionalism than the standard blow-and-go insulation company. These people are usually only in business for a quick buck and are not concerned with a long and enduring business. After being in business for 38 years, I think that I have a pretty good handle on longevity, Read: old guy! My business is structured on service and as stated in the Holmes Shows: ‘Do It Right The First Time’. With a little education in building science and thermal dynamics, as it relates to our industry, you and your company can become a real resource in your area and become that “better contractor” that does “Do It Right”. Many insulation contractors are doing the best that they can with the knowledge and background that they have, but do not have the training or education to “Do It Right”. Education is very readily available through sponsored training classes by BIBCA, internet sources and many articles and publications in magazines that specialize in energy conservation, as well as government Dept. of Energy sites.

Don’t be one of the blow-and-goes that seem to be rather prevalent in our industry, especially now with the economic climate being what it is. What a fantastic opportunity to “ sharpen the sword” and take the time for much needed education to lay the foundation for a long and continued insulation and energy conservation business. Remember that we were promoting green, long before it was a media buzz word.

This is just the first of a monthly article series that is going to be appearing in the BIBCA Website. These articles are going to be posted by the BIBCA Trainers for its educational training seminars. Let us know what you would like to see discussed.

Steve Malon - BIBCA Trainer and President of Malon Insulation Service in Rapid City,South Dakota

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February 24, 2011 | Show All

America uses about 101 quadrillion Btus of energy per year

• This equates to the energy equivalent of 56 barrels of oil per person per year.
• 12 quadrillion Btus are saved each year by insulation in homes.
• This is the equivalent of 40 million Btus or the energy equivalent of 7 barrels of oil per person per year.

For a complete library of literature to educate homeowners, builders, and industry professionals visit our literature library and download all you need!

 

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February 21, 2011 | Show All

2011 Federal Tax Credits for Consumer Energy Efficiency

On December 17, 2010, President Obama signed the Tax Relief, Unemployment Insurance Reauthorization, and Job Creation Act of 2010. This law extends the tax credits for energy efficiency into 2011, BUT at lower levels. The levels revert back to those in effect in 2006 and 2007, which were 10% of the cost of the improvement, up to $500, with a $200 max for windows, and several other set maximums.
10% up to $500 for insulation, roofs, and doors.
Windows capped at $200, but qualification now ENERGY STAR
Furnace and boilers capped at $150, and all furnaces and boilers must meet 95 AFUE
$50 for advanced main air circulating fan
$300 for air conditioners, air source heat pumps, water heaters, and biomass stoves
$500 lifetime limit. If you got over $500 in these tax credits from 2006-2010, you are not eligible for anything more.

Posted At : 1:40 PM. | Posted By : KRISTIN | Link | | Comments (1)

February 18, 2011 | Show All

Energy Labels a Powerful Tool for New Homes and Retrofits

The green building movement, tax credits, and other incentives are all valiant efforts for improving the energy efficiency and the value of our housing stock. The problem is, we don’t  have a benchmark to show what true improvement is.  That leaves people confused about what to look for, what to believe, and what to do first.
Advocates for a national energy labeling program are plan to provide home buyers with standard, consistent home-performance metrics, similar to the nutrition label on food and the miles-per-gallon rating on vehicles. Such a tool would not only make it easier to comparison shop for homes, but would simplify energy upgrade decisions.  Energy Performance Scoring.
As part of its efforts to institute a national program, the DOE launched the Home Energy Score pilot in November. The tool assigns homes a value of 1 to 10, with higher values being better.

 

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January 14, 2011 | Show All

BIBS Solves Insulation Problems

Great for Irregular Framing, Heating, Plumbing, Electrical and Vaulted Ceilings.
Uniform Density:  When conventional batts are installed in non-standard cavities or in irregular framed areas, problems occur. Batts must be cut to fit for these areas, creating gaps and seams that allow air to escape and decrease the R-Value. BIBS creates a seamless blanket of insulation that custom fits any size or shape cavity. This guarantees a uniform R-Value throughout the entire cavity and controls air infiltration.
A Custom Fit: The most difficult area to insulate properly are around pipes, wiring and electrical boxes.Poor insulation here causes drafty outlets, freezing pipes and voids. BIBS completely fills around all objects inside the cavity, eliminating all gaps, voids and seams. Installing a custom fitting insulation within the cavity also results in superior acoustical control.
No Settling:  In vaulted ceilings where insulation has settled or was improperly installed leaving gaps and voids, expensive heating and cooling can escape. In winter, this causes ice dams to form which decrease the life of a roof and can lead to extensive damage in interiors. BIBS eliminates settling and completely insulates the entire cavity.

 

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January 11, 2011 | Show All

(U.S. Department of Energy Publication)

The world of building energy efficiency has reach a major milestone:  2012 International Energy Conservation Code (IECC) will achieve a 30 percent increase in energy savings compared to its 2006 predecessor - capturing a goal pursued for the last several years by the U.S. Department of Energy (DOE) and many collaborating organizations in the energy codes community.  Building code officials from across the nation voted by overwhelming majority to pass a series of energy-saving code changes to the IECC, including DOE's flagship proposals:  EC13 for residential buildings and EC147 for commercial buildings. EC147 was a collaborative effort with the New Buildings Institute (NBI) and the American Institute of Architects (AIA). Analysis shows that this final package of code changes will achieve the 30 percent goal in both residential and commercial buildings. The vote was part of the International Code Council’s (ICC’s) final action hearings, which were held October 27-31, 2010 in Charlotte, North Carolina. This decision represents the largest one-step efficiency increase in the history of the national model energy code.  Note: approvals are not final until the deadline for appeals to the ICC Board of Directors has passed.

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December 13, 2010 | Show All

State Energy Efficiency Policy Information

Did you ever wonder how policies differ between states?  We found this great resource on the ACEEE site.  It give a comparison and narrative on each state's energy policies.  Click here to view the database and map.  Great information here too on each state's need for improvement, and which states score best in 2010.

 

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December 9, 2010 | Show All

HOME ENERGY EFFICIENCY IMPROVEMENT TAX CREDITS end 12/31/10

Consumers who purchase and install specific products, such as energy-efficient windows, insulation, doors, roofs, and heating and cooling equipment in existing homes can receive a tax credit for 30% of the cost, up to $1,500, for improvements "placed in service" starting January 1, 2009, through December 31, 2010. See EnergyStar.gov's Federal Tax Credits for Energy Efficiency for a complete summary of energy efficiency tax credits available to consumers. Must be an existing home and your principal residence.  New construction and rentals do not qualify.
Save your receipts and the Manufacturer's Cerification Statement. 
File IRS FORM 5695 with your 2010 taxes by April 15, 2011.

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November 23, 2010 | Show All

Study shows energy-efficient features rank high with home buyers.

Today’s home buyers are making the shift toward greener homes that provide energy savings. This point is most evident at Meritage Homes, which is outselling its competitors 3:1 in Arizona’s decimated markets with a new line of energy-efficient homes called Meritage Green. C.R. Herro, vice president of environmental affairs for Meritage says, “Meritage Green is an innovative product that has attracted a steady stream of buyers and builders from around the country to learn about it, and sales have been surprisingly strong everywhere we open.” Virtual tours of the Meritage Green product along with executive interviews are available at www.avidbuilder.com.

Why is its new “green” product working? Home buyers are attracted to houses that offer energy savings, affordability, and sensible design choices. For the past four years, the nation’s largest study of home design conducted by AVID Ratings confirms this fact. In 2010, the “AVID Home Design Driver Report” was released at the International Builders’ Show and outlined the results of its latest survey. Following the show, the study was reported by Market Watch and MSN, and became a headline news article on Yahoo’s front page, making it one of the most read articles in the U.S. that week.

The study surveyed over 11,335 homeowners throughout the U.S. who built a new home in the last nine years or purchased a newly constructed home within that same time period. Since these people lived in a newly constructed home, they had a higher probability of buying new construction again. So, we asked them to rate various home features as “if they were in the market to buy a newly constructed home.” The study identified six buyer segments: first-timers, move-ups, displaced (moving due to death, divorce, or work), empty-nesters, second homes, and custom home buyers. Each buyer was then asked to categorize various home features into one of the following: must have, really want, tradeable, or eliminate.

For homeowners in the 2010 study, home energy-efficiency features outshone all else. The questions in this research study focused on a number of areas including both renewable materials and energy-efficient features. Overall, the energy-efficient features were the highest-rated home design elements of the study. When compared to renewable materials, it is evident that the renewable aspect of “green” has not yet penetrated consumer demand to the same degree as energy efficiency.

Builders today should recognize the clear advantage of new, energy-efficient homes over the resale market. For the first time in many decades, buyers recognize that today’s new homes are built with distinct advantages over yesterday’s homes. Houses that help pay for themselves through energy cost savings are a clear winner in the eyes of the consumer and offer an unprecedented opportunity for builders able to meet this growing demand. If you compare responses about green design features to the other types of home features asked about in this study, it is clear that home buyers want efficient products in their homes.

The Meritage Green product represents a paradigm shift by offering homes that are affordable, appealing, and help pay for themselves through energy savings. In the end, it is clear that Meritage is on to something special. Skyrocketing sales in the middle of the greatest housing recession is no fluke.

Paul Cardis
Founder and CEO
AVID Ratings
www.avidbuilder.com/HousingPulse
paul.cardis@avidratings.com

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November 11, 2010 | Show All

Learn About Becoming a Home Energy Assessor

Home Energy Assessors

A home energy assessor (also known as a home energy auditor or home performance contractor) evaluates a home's energy systems through a series of checks and analyses.  In order to use the Home Energy Scoring Tool and generate a Home Energy Score, a qualified assessor must meet the following requirements:

• Be certified by the Building Performance Institute (BPI) or by a Residential Energy Services Network (RESNET) Provider, and
• Complete and receive a passing grade on DOE's Home Energy Scoring Tool online training module and test.

The Lawrence Berkeley National Laboratory (LBNL) developed the Home Energy Scoring Tool. Learn more by visiting LBNL's Web site.

Become a Qualified Assessor

If you are already BPI or RESNET certified, send proof of your certification to homeenergyscore@sra.com. You will then receive information on how to take an online training module and test concerning the Home Energy Scoring Tool. If you would like to review the content of the training module, please see Home Energy Scoring Tool: Assessor Training.

Once you've successfully passed the online test, the U.S. Department of Energy (DOE) will send you a unique I.D. and password so you can access the Home Energy Scoring Tool and begin conducting assessments. If you have any questions about assessor requirements, please contact homeenergyscore@sra.com.

Data Collection Sheet

Qualified assessors can input data directly into the Home Energy Scoring Tool if they choose to take a computer or PDA with them on the home walk-through.  Given that many assessors prefer to document their measurements on paper, we have created a data collection sheet to make data collection and tracking easier. Download the Data Collection Sheet.

Posted At : 9:07 AM. | Posted By : KRISTIN | Link | | Comments (1)

Vice President announced new initiatives to grow industry and help families save

Last fall, the Middle Class Task Force and the Council on Environmental Quality released a report called Recovery Through Retrofit, which identified the key barriers standing in the way of strong and sustainable home energy-efficiency industry.  For the past year, we have been working with our partners across the federal government to address these barriers, and today, the Vice President announced three new initiatives that will grow this industry and help middle-class families save money on their energy bills. 

First, homeowners don’t have access to clear and reliable information about their home’s energy performance and how to improve it.  So today, the Department of Energy announced a program called Home Energy Score.   Using a new software tool, trained contractors will be able to go through a house in an hour or less and generate a report with two critical components:

• First, an easy to understand graphic showing where the home’s energy performance rates on a scale of 1 to 10 and how that score compares to other homes in the area.   It’s like a miles-per-gallon label for your house.  
• Second, a customized list of recommended improvements, with information on how much the homeowner’s energy bill would be reduced by each change.

To see a sample Home Energy Score, click here.

Homeowners armed with this information will be motivated to invest in energy upgrades. But even for motivated homeowners, there simply aren’t enough consumer-friendly financing options.  That’s the second big barrier and that’s why the Department of Housing and Urban Development has created a new program called PowerSaver to connect more homeowners with affordable, federally-insured loans for home energy upgrades.  This federal insurance is the key because it will draw private lenders in off the sidelines.   PowerSaver loans will have interest rates as low or lower than comparable financing options, and they will be more widely available because of the added incentive for lenders.

Finally, homeowners investing in a retrofit want to be sure that the work will be done right and produce the expected savings.  So the Department of Energy, the Department of Labor and other agencies worked closely with industry experts to draft a comprehensive set of workforce guidelines that are being released today.  Training providers can use the guidelines to strengthen existing courses or develop new ones. 

More and better training options will lead to a stronger workforce and greater consumer confidence.  And more consumer confidence leads to more demand for home energy upgrades, which leads to new jobs and more savings for middle-class families. 

For more information on all these new initiatives, click here.

Brian Levine is the Deputy Domestic Policy Advisor to the Vice President

Posted At : 9:04 AM. | Posted By : KRISTIN | Link | | Comments (0)

November 4, 2010 | Show All

US Adopts 30% Energy-Efficiency Savings for Buildings

More than 500 U.S. state and local code officials voted to adopt new building codes that will achieve 30 percent in energy savings, using the 2006 model code as the baseline, for commercial and residential buildings, reports the American Council for an Energy-Efficient Economy (ACEEE).
The new 2012 International Energy Conservation Code (IECC) will align with the 30 percent energy savings goal of the U.S. Department of Energy, the U.S. Conference of Mayors, the National Association of State Energy Officials, governors, lawmakers, and the broad-based Energy Efficient Codes Coalition (EECC), says ACEEE.The model energy code governs residential and commercial building construction, additions, and renovations in 47 states and the District of Columbia where local building codes are based on these national model standards.
The proposals adopted into the new code address all aspects of residential and commercial building construction. In the residential sector, improvements will:
–Ensure that new homes are better sealed to reduce heating and cooling losses
–Improve the efficiency of windows and skylights
–Increase insulation in ceilings, walls, and foundations–Reduce wasted energy from leaky heating and cooling ducts
–Improve hot-water distribution systems to reduce wasted energy and water in piping
–Boost lighting efficiency
Each dollar spent on code compliance yields a six-fold payoff in energy savings, which is expected to save American consumers $10.2 billion annually

Posted At : 12:34 PM. | Posted By : KRISTIN | Link | | Comments (0)

October 20, 2010 | Show All

BIBS - Permanent Performance

The Blow in Blanket System provides advantages that last the life of the building.  A complete thermal envelope is achieved with no gaps or settling for maximum comfort, sound control and energy savings. Low moisture absorption, no rot or deterioration and completely filling cavities against humid air currents can increase the durability of the building.  Fewer problems lead to happier homeowners and more profitable builders.

Posted At : 8:54 AM. | Posted By : KRISTIN | Link | | Comments (0)

October 13, 2010 | Show All

Celebrate Energy Awareness Month and Get a Tax Credit!

Posted At : 12:03 PM. | Posted By : KRISTIN | Link | | Comments (0)

October 12, 2010 | Show All

BIBCA Contractors Prepare for Home Star, Gold Star

GOLD STAR Standard: The Performance based track of Gold Star has caught on. In New Jersey the state program is being revamped and including language similar to the Gold Star path. In California utility programs throughout the state are rolling out the Gold Star standard. BIBCA is ahead of the curve on this one, offering the training, accreditation, and leads our contractors can use to participate in the Gold Star program.  See greenbibca.com for more on our partnership with Greener Dawn. 

Last Thursday, the U.S. Senate recessed until after the November elections. Senators left a lot on their plate, including HOME STAR. Immediately after breaking, Efficiency First reached out to HOME STAR's main sponsors Senators Bingaman (NM-D), Snowe (ME-R) and Warner (VA-D) along with Senate Majority Leader Harry Reid to express our concern. Our Senate champions quickly stood behind HOME STAR by publicly calling for the passage of HOME STAR when Congress comes back for a "lame duck" session after the election.

As part of the HOME STAR Coalition, we will continue to fight for passage, though the odds of a 2010 HOME STAR bill depend largely on election results and Senate floor politics. Efficiency First continues to call on Congress to make sure that partisan politics do not delay important legislation like HOME STAR any longer.

President Obama called again for the passage of HOME STAR this week in a meeting of the President's Economic Recovery Advisory Board <http://salsa.wiredforchange.com/dia/track.jsp?v=2&c=NyZtyVfsjh8NWmwaNfnEGcWdwlzr6X32>  (PERAB). The support from the White House continues to shore-up hope for passage this year. 

Posted At : 10:06 AM. | Posted By : KRISTIN | Link | | Comments (1)

October 5, 2010 | Show All

Advantages of the Blow-In-Blanket System® for Metal Building Roofs

Metal buildings can be difficult to insulate. In fact, insulation is one of the main weaknesses of metal buildings. Most are severely under-insulated, costing their owners hundreds and thousands of dollars in unnecessary heating and cooling costs. Poor insulation also contributes to the corrosion of metal buildings when warm humid air reaches cold outside air and condensation forms on the outer skin. The Blow-In-Blanket® System for Metal Buildings is installed between the purlins and beams. Insulation is then blown into the system following the BIBS® specifications for maximum energy efficiency.
BIBS® completely fills voids where condensation can form, eliminating condensation from air migration. Heating and Cooling costs are greatly reduced due to the higher R-values and complete filling of voids (including the flutes in the corrugated skin) achieved by the Blow-In-Blanket® System.The greater thermal performance and elimination of airflow keeps the warm inside air from ever reaching the cold outside air and greatly reduces the amount of condensation and consequential damage.Insulation is also a major undertaking in the construction process, requiring many man-hours and sometimes causing delays due to weather or material availability. BIBS® for Metal Buildings helps to eliminate these problems. The Blow-In-Blanket® System is installed after the building if roofed, allowing the building to be erected and enclosed without waiting for the insulation, and without exposing the insulation to possible weather damage from wind and rain. Eliminating these delays can save the erector many man-hours and further possible delays.

Posted At : 10:57 AM. | Posted By : KRISTIN | Link | | Comments (0)

October 1, 2010 | Show All

What is an Energy Efficient Mortgage, and how can it be used to improve the efficiency of homes?

First off, what are EEMs and EIMs?
These are loans that credit a home’s energy efficiency in the mortgage itself, giving borrowers the opportunity to finance cost-effective, energy-saving measures as part of a single mortgage. They allow borrowers to stretch their debt-to-income qualifying ratio in order to qualify for a larger loan amount and a better, more energy-efficient home.

An energy efficient mortgage (EEM) is typically used to purchase a new home that is already verified by a third party as energy efficient, such as an Energy Star-qualified home. An energy audit, performed by a certified energy rater, is required to prove efficiency and report expected monthly savings.

Energy improvement mortgages (EIMs) are for existing homes that need an energy retrofit. An energy audit identifies items that will make the home more energy efficient, and the costs of these improvements are added to the mortgage loan. EIMs are available for either a purchase or refinance of an existing home.

EEM and EIM guidelines are different depending upon the type of loan, so be sure the lender you are working with understands the details. FHA, VA, Fannie Mae, and Freddie Mac all have EEM and EIM programs.

Are these mortgages popular with lenders?
The market for these types of mortgages should be very popular considering the fact that out of 128 million existing homes in this country, 95 million need some type of energy retrofit. The average American home is about 35 years old. Insulation wasn’t required until the mid '70s. Energy efficiency wasn’t really considered until the 1990s. Look at all these homes that need energy retrofits and then look at all the refinances we’ve had recently: How many of the owners of those homes were offered an EIM? Not many, and getting an accurate count has been near impossible. It’s a crime.

These programs are not new; they have been around very a long time, 15 to 20 years. Lenders are not offering them because they don’t know enough about them and they don’t think they are necessary. They are not required to even discuss them.

Do lenders take a home’s energy efficiency into account when qualifying a borrower?
No, not at all. Lenders do not look at a home’s utility bill. When you go to buy a house, the lender will consider your income, debt, and your projected house payment and then tell you what you qualify for. They add in taxes and hazard insurance, but they don’t look at energy costs, which can be nearly as much or more than taxes and insurance combined. According to a study done in part by the Institute of Market Transformation, typical annual home expenses include $822 for hazard insurance, $1,897 for real estate taxes, and $2,340 in energy costs.

Lenders really need to start looking at what I call PITIUM (Principal, Interest, Taxes, Utilities, and Maintenance).Whether you buy a 2010 Energy Star home or a 1968 energy-bleeding home, the lender looks at you the same way. I think that is inherently dangerous.

What is wrong with the way houses currently are appraised?
The Holy Grail for appraisers and lenders is “comparable sales” even though they don’t weigh the costs to build the home. The market is not always the best indicator of the value of a home, of what it cost to build. Perhaps comparable sales valuation approach should be tempered with cost considerations.

What can builders and buyers of green homes do to get a fair appraisal and the right mortgage?
First they should require that their appraiser is competent and knowledgeable about green building. Builders, buyers, lenders, and real estate professionals should provide their appraiser with documentation or a CD-ROM that lists the home’s green/energy efficient features, especially things not visible to the naked eye such as advanced framing or blown-in insulation. They can also support the greening of their local multiple listing service (MLS). It’s important that the MLS goes green to help provide evidence that appraisers need to valuate green homes.

What is on the horizon for green mortgages?
Short of a true green mortgage (which does not exist), the closest program is the FHA 203(k). This program can allow you to add both energy and green improvements to a home. There’s a lot more noise about them right now. I believe we will see some changes to the programs in the months to come but I encourage everyone in the industry to ask that their lender learn about these programs and start offering them.

Thanks to David Porter, owner of PorterWorks, which offers a Green Specialist training program for appraisers, lenders, and insurance professionals nationwide.

Posted At : 10:27 AM. | Posted By : KRISTIN | Link | | Comments (0)

September 28, 2010 | Show All

Shocking Little Statistic on How Public Perceives Energy Savings Options

Click Here to Comment on this entry

From the New York Times Green Blog, "A Blog and Energy and the Environment"

The excerpt below tells us we have a long way to go in educating the public!

"Perhaps it’s not surprising that people are not always quite as virtuous as they think they are. But amid the larger messages of the study, there was one tidbit that jumped out. About 2.8 percent of those responding said they could save energy by sleeping or relaxing more. That compares with 2.1 percent who said they could do so by insulating their homes."

Read The Article.

Posted At : 12:49 PM. | Posted By : KRISTIN | Link | | Comments (3)

September 23, 2010 | Show All

Blow in Blanket Insulation Increases Thermal Efficiency

Insulating a home to an R-value of 15 can bring energy savings of up to 50 percent. Custom Blow-In-Blanket Systems deliver seamless fiberglass insulation that will not settle or deteriorate over time. An ideal insulation job is free of voids, provides a consistent level of thermal efficiency, and does not deteriorate over time. This degree of perfection has traditionally been hard to attain. Consumer complaints range from settling of the insulation over time due to compression and voids that give an inconsistent degree of thermal efficiency, to off-gassing of harmful chemicals, to difficulty of application in curved details or cathedral ceilings.
The Blow-In-Blanket System (BIBS) takes aim at all these complaints with a patented insulation delivery system that blows what is called "white" or completely unadulterated fiberglass into fabric-encased cavities to provide a consistent and highly insulative layer of protection anywhere in the home. This white fiberglass is clear glass that looks white as it refracts light. The white color is also a sign that it is dry and untreated.
Unlike traditional cellulose blown insulation, this product will not settle. The Blow-In-Blanket process can guarantee R-values of 15 in exterior walls and two-by-four cavities because it is blown in to a density of two pounds per cubic foot. Fiberglass batt insulation also provides R-values of 15 in two-by-four cavities, but it is difficult to fit in crevices, around doors, fixtures and outlets, so unwanted voids occur and that is where energy is lost. A blown-in installation guarantees a custom fit because the fiberglass seeks out and fills every void. BIBS is a dry installation that requires no adhesive and is guaranteed against settling because the fiberglass fibers are packed in so firm that they cannot shift.   Certified installers are required by contract to verify the results on each job.

Posted At : 10:36 AM. | Posted By : KRISTIN | Link | | Comments (0)

September 22, 2010 | Show All

BIBS - Good for you and Good for the Planet

Energy Efficiency - With high energy prices and rising concern over global warming, energy efficient homes are a must for today's homebuyers.  BIBS is the efficient way to maximize energy savings by delivering a complete and effective insulation system. Permanent Performance - A BIBS-insulated building has advantages that last the life of the building.  A complete thermal envelope is achieved with no gaps or settling for maximum comfort, sound control and energy savings. Low moisture absorption with no rot or deterioration and complete coverage against humid air currents can increase the durability of the building.  Fewer problems means happier homeowners and profitable builders.  BIBS utilizes glass fibers that have been engineered to deliver maximum insulation performance with minimum weight. The iight weight and compressible nature of the BIBS fiber requires less packaging and less energy to transport. The basic raw material for glass is sand,, a plentiful and renewable resource.  Fiberglass is also manufactured using recycled glass, putting waste material to productive use. 

Posted At : 8:41 AM. | Posted By : KRISTIN | Link | | Comments (0)

September 9, 2010 | Show All

Build Green with BIBS

Insulation saves over 12 quadrillion BTUs annually - 15% of the total national energy used.  Fiberglass insulation is a proven energy-saving measure that accounts for the majority of those savings.  BIBS® is an efficient way to maximize those energy savings by delivering a complete, effective insulation system.  The idea behind energy efficiency is quite simple.  If people consume less energy, there will be fewer greenhouse gas emissions from burning fossil fuels.  Energy efficient technology and practices play a significant role in reducing the threat of global climate change.
A BIBS®-insulated building has advantages that last the life of the building.  A complete thermal envelope is achieved with no gaps or settling for maximum comfort, sound control and energy savings.  Low moisture absorption, no deterioration and completely filling cavities against humid air currents can increase the durability of the building.  Fewer problems lead to happier homeowners and more profitable builders.
The BIBS® system utilizes glass fibers that have been engineered to deliver maximum insulation performance with minimum weight.  Therefore the natural resources consumed to insulate a building with BIBS® are less than competing insulation systems.  The lightweight and compressible nature of the BIBS® approved fiberglass requires less packaging material and less energy for transportation.   The raw material for glass is sand, a plentiful and renewable resource.  Fiberglass is also manufacture utilizing recycled glass, which puts waste material to productive use.

Posted At : 12:18 PM. | Posted By : KRISTIN | Link | | Comments (0)

September 7, 2010 | Show All

Builders Challenge - Recognizing Leadership in Homebuilding

U.S. homebuilders of all sizes, from all areas of the country, report growing buyer interest in energy-efficient houses. Yet they also find that many homebuyers want help in making informed decisions. How can homebuyers tell exceptional energy performers from average energy performers or code homes? How do they figure out just what that difference will mean in their energy bills? Insulation, windows, ventilation, ducts, thermal barriers all contribute to meeting the Quality Criteria. Spearheaded by the U.S. Department of Energy (DOE), the Builders Challenge is a voluntary effort to provide compelling answers. Through the Builders Challenge, participating homebuilders will have an easy way to differentiate their best energy-performing homes from other products in the marketplace, and to make the benefits clear to buyers. DOE's ultimate vision is that, by 2030, a consumer will have the opportunity to buy a cost-neutral, net-zero energy home (NZEH) anywhere in the United States — a grid-connected home that, over the course of a year, produces as much energy as it uses. The Builders Challenge establishes a framework for continuous improvement that will help propel the market toward zero-energy performance.

The Builders Challenge is based on lessons learned from the Building America Research Program — a private/public partnership that develops energy solutions for new and existing homes. Learn more about Building America.

 

 

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August 27, 2010 | Show All

DOE Announces Nearly $120 Million for Weatherization Projects

The Weatherization Assistance Programis creating thousands of jobs locally—putting carpenters, electricians, and factory workers back to work installing insulation, upgrading appliances, and improving heating and cooling systems. According to state reports, the Recovery Act Weatherization Assistance Program supported more than 13,000 jobs in the second quarter of 2010, including approximately 120 jobs in New Hampshire. These workers are receiving training in energy upgrades that will help form the foundation for a sustainable energy efficiency industry in America that can extend to the more than 100 million middle-class homes that stand to benefit from weatherization.

After ramping up last year, the Weatherization Assistance Program is now weatherizing homes at its optimal run rate—approximately 25,000 homes per month. And in June, states reported that more than 31,600 homes were weatherized with Recovery Act funding—the most ever in a month. This summer alone, more than 80,000 homes will be weatherized across the country.

Nearly $90 million in Recovery Act funds will be awarded to more than 100 high-performing local weatherization providers in 27 states to complement and expand their existing weatherization programs. Each of the selected organizations has already met their milestone of weatherizing 30% of their total production goal and spending 30% of their Recovery Act funds. These awards will allow these successful grantees for the first time to install renewable energy systems and cutting-edge energy efficiency technologies in homes to help families save even more on their energy bills. This includes installing technologies such as solar heating systems, solar photovoltaic panels and shingles, small-scale wind turbines, new insulation technologies, cool roofs, high-efficiency appliances, tankless hot water systems, high-efficiency combination boilers for hot water and heat, in-home energy monitors, and ductless heat pump systems.

An additional $30 million from the weatherization program's annual budget will fund 16 recipients that will demonstrate other innovative approaches to weatherizing low-income single and multifamily homes. Projects will include new types of weatherization partnerships, financial models that allow for greater private sector leveraging, workforce training and volunteer engagement, and the demonstration of new energy efficiency technologies like in-home energy monitors. Projects will also test combining weatherization services with a comprehensive 'green and healthy homes' approach that incorporates indoor air quality improvement and lead abatement services.

 

 

Posted At : 10:17 AM. | Posted By : KRISTIN | Link | | Comments (0)

August 17, 2010 | Show All

The Smart Way to Add Insulation to an Existing House

Does your home need more insulation? Unless your home was constructed with special attention to energy efficiency, adding insulation will probably reduce your utility bills. Much of the existing housing stock in the United States was not insulated to the levels used today. Older homes are likely to use more energy than newer homes, leading to higher heating and air-conditioning bills. 

Where and How Much Adding more insulation where you already have some, such as in an attic, will save energy. You can save even greater amounts of energy if you install insulation into places in your home that have never been insulated. Figure 1 shows which building spaces should be insulated. These might include an uninsulated floor over a garage or crawlspace, or a wall that separates a room from the attic. Figure 3 can give you general guidance regarding the appropriate amount of insulation you should add to your home, and the rest of this page will provide more specific information.

A qualified home energy auditor will include an insulation check as a routine part of an energy audit. For information about home energy audits, call your local utility company. State energy offices are another valuable resource for information. An energy audit of your house will identify the amount of insulation you have and need, and will likely recommend other improvements as well. If you don't have someone inspect your home, you'll need to find out how much insulation you already have.

After you find out how much you have, you can find out how much you should add. This recommendation balances future utility bill savings against the current cost of installing insulation. So the amount of insulation you need depends on your climate and heating fuel(gas, oil, electricity), and whether or not you have an air conditioner. 

How Much Insulation Do I Already Have?

Look into your attic. We start with the attic because it is usually easy to add insulation to an attic. This table will help you figure out what kind of insulation you have and what its R-value is.

Look into your walls. It is difficult to add insulation to existing walls unless:

• You are planning to add new siding to your house, or
• You plan to finish unfinished space (like a basement or bonus room).

If so, you need to know whether the exterior walls are already insulated or not. One method is to use an electrical outlet on the wall, but first be sure to turn off the power to the outlet. Then remove the cover plate and shine a flashlight into the crack around the outlet box. You should be able to see whether or not insulation is in the wall. Also, you should check separate outlets on the first and second floor, and in old and new parts of the house, because wall insulation in one wall doesn't necessarily mean that it's everywhere in the house. An alternative to checking through electrical outlets is to remove and then replace a small section of the exterior siding.

Look under your floors. Look at the underside of any floor over an unheated space like a garage, basement, or crawlspace. Inspect and measure the thickness of any insulation you find there. It will most likely be a fiberglass batt, so multiply the thickness in inches by 3.2 to find out the R-value (or the R-value might be visible on a product label). If the insulation is a foam board or sprayed-on foam, use any visible label information or multiply the thickness in inches by 5 to estimate the R-value.

Look at your ductwork. Don't overlook another area in your home where energy can be saved - the ductwork of the heating and air- conditioning system. If the ducts of your heating or air-conditioning system run through unheated or uncooled spaces in your home, such as attic or crawlspaces, then the ducts should be insulated. First check the ductwork for air leaks. Repair leaking joints first with mechanical fasteners, then seal any remaining leaks with water-soluble mastic and embedded fiber glass mesh. Never use gray cloth duct tape because it degrades, cracks, and loses its bond with age. If a joint has to be accessible for future maintenance, use pressure- or heat-sensitive aluminum foil tape. Then wrap the ducts with duct wrap insulation of R-6 with a vapor retarder facing on the outer side. All joints where sections of insulation meet should have overlapped facings and be tightly sealed with fiber glass tape; but avoid compressing the insulation, thus reducing its thickness and R-value.

Return air ducts are often located inside the heated portion of the house where they don't need to be insulated, but they should still be sealed off from air passageways that connect to unheated areas. Drywall- to-ductwork connections should be inspected because they are often poor (or nonexistent) and lead to unwanted air flows through wall cavities. If the return air ducts are located in an unconditioned part of the building, they should be insulated.

Look at your pipes. If water pipes run through unheated or uncooled spaces in your home, such as attic or crawlspaces, then the pipes should be insulated.

Need more information on retrofitting your house?  Contact a qualified, professional BIBS dealer in your area

Posted At : 9:29 AM. | Posted By : KRISTIN | Link | | Comments (0)

August 10, 2010 | Show All

Insulating Old Homes: Blow-In Insulation Options

Fiberglass-based blow-in insulation is a popular choice for attics and hard to reach areas. Properly applied, blown-in fiberglass insulates well. Proper technique in the application is critical. Fiberglass can be "fluffed up" if care is not taken during its application. "Overblowing" fiberglass occurs when the installer applies enough material to reach the desired depth, but with more material than is required to achieve the proper rated R-value. Makers of fiberglass insulation list specific "depth plus density" recommendations (usually stated in bags of insulation to be applied per square foot of space) to achieve proper results.  Contact a BIBS dealer in your area for more information.

Posted At : 11:18 AM. | Posted By : KRISTIN | Link | | Comments (0)

July 29, 2010 | Show All

Energy Efficiency

Insulation saves 12 times as much energy per pound in its first year in place as the energy used to produce it.
All insulation products installed in U.S. buildings save consumers about 12 quadrillion Btu annually or about 42 percent of the energy that would have been consumed with no insulation in place.
Insulation currently in place in U.S. buildings reduces the amount of carbon dioxide emissions by 780 million tons each year.
Today's fiber glass insulation contains nearly 40% recycled glass, depending upon the manufacturing facility.

Check out Blow in Blanket, the Premium Insulation System .

Posted At : 8:32 AM. | Posted By : KRISTIN | Link | | Comments (0)

July 27, 2010 | Show All

Many Energy Improvements Qualify for Expanded Tax Credits

People who weatherize their homes or purchase alternative energy equipment may qualify for either of two expanded home energy tax credits: the non-business energy property credit and the residential energy efficient property credit.

BIBCA Mission: To promote BIBS as the most value-added premium insulation system, and to support BIBCA members as they grow their businesses.

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July 20, 2010 | Show All

"Insulation is Sexy Stuff", says President Barack Obama

Energy efficiency retrofits for your home not glamorous enough?  President Obama thinks insulation is sexy.  If you were watching twenty dollar bills float out your roof and windows....you'd do something about it, right?
Watch the video here and call a BIBS dealer for a retrofit today.

 

Posted At : 1:56 PM. | Posted By : KRISTIN | Link | | Comments (0)

July 15, 2010 | Show All

The American Recovery and Reinvestment Act of 2009: Information Center

Energy Tax Credits are still available.  Don't miss the savings.  Check out all the individual benefits including Home energy efficiency and renewable energy incentives.
Residential Energy Property Credit (Section 1121): The new law increases the energy tax credit for homeowners who make energy efficient improvements to their existing homes. The new law increases the credit rate to 30 percent of the cost of all qualifying improvements and raises the maximum credit limit to $1,500 for improvements placed in service in 2009 and 2010The credit applies to improvements such as adding insulation, energy efficient exterior windows and energy-efficient heating and air conditioning systems.

 

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July 1, 2010 | Show All

Estimating the Payback Period of Additional Insulation

Use the equation to estimate the cost effectiveness of adding insulation in terms of the "years to payback" for savings in heating costs. Years to payback is the time required for the insulation to save enough fuel from heating (at present prices) to pay for itself. A simple payback is the initial investment divided by annual savings after taxes.
The cost of the energy source is also a key factor in determining payback. Energy prices vary widely from region to region and season to season. Other factors, such as the rate of production and inventories of fuels nationwide, can also affect local energy prices. The weather from year to year also varies, so your energy costs from year to year will vary as well. To figure the cost of energy, consult your local utility for a rate schedule, or save your energy bills and plug your specific costs into this formula.

Tax Credit:  30% of cost up to $1,500   Expires:   December 31, 2010  Details:  Must be an existing home
The Blow in Blanket system provides outstanding thermal performance and superior sound control.

Posted At : 8:12 AM. | Posted By : KRISTIN | Link | | Comments (0)

June 29, 2010 | Show All

How much insulation do I need in my attic?

The attic is the easiest place to add insulation to improve the comfort and energy efficiency of your home.  If your insulation is just level with or below your joists, you should add more.  Insulation levels are specified by R-Value. R-Value is a measure of insulation's ability to resist heat flow. The higher the R-Value, the better the thermal performance of the insulation. The recommended level for most attics is to insulate to R-49 or about 18" of insulation.  Check out the Recommended Levels of Insulation.  There are tax credits available through 2010. 

Posted At : 3:02 PM. | Posted By : KRISTIN | Link | | Comments (0)

June 24, 2010 | Show All

Insulating a home can save 45–55% of heating and cooling energy.

Insulation is the most effective way to improve the energy efficiency of a home. Insulation of the building envelope helps keep heat in during the winter, but lets heat out during summer to improve comfort and save energy. Insulating a home can save 45–55% of heating and cooling energy.

 

Benefits of insulation:

• comfort is improved year-round
• it reduces the cost of heating and cooling byover 40%
• it pays for itself in around five to six years
• there is less need for heating and cooling whichsaves non-renewable resources and reduces greenhouse gas emissions
• it virtually eliminates condensation on walls and ceilings;
• insulation materials can also be used for sound proofing.

Posted At : 10:56 AM. | Posted By : KRISTIN | Link | | Comments (0)

April 3, 2010 | Show All

Midwestern states awarded $50 million to train clean energy workforce

Three Midwestern states have been awarded $50 million under the recovery act to train a clean energy workforce. Federal, state and community programs will create unprecedented demand for energy efficiency in the short term. New requirements to achieve significant energy reduction goals will sustain opportunity over the long term in the energy efficiency sector.

The energy efficiency industry wants to scale up to meet the demand. Workforce development professionals want to get people back to work in good jobs. What do we need to do to make sure we capture the opportunities for both?
Energy efficiency program planners and workforce development organizations need to understand:

• What the specific drivers are for more jobs in the energy efficiency sector.
• What these jobs will be, and what competencies and certifications workers will be required to have.
• Where the biggest gaps
• are between demand for workers and adequate workforce capacity.
• What training and workforce development is underway now, and what more needs to be done.
• What program planners can do to make sure we realize the job creation and energy savings opportunities.

The Energy Center of Wisconsin has been conducting on-going analysis of workforce development, training and energy efficiency program developments in the Midwest. This webinar will provide more specific information to program planners so that they can prepare for the boom—and the workforce capacity challenges—ahead.

The webinar will include:
A summary of key state, local and federal energy efficiency program developments that will drive a need for qualified workersAn analysis of U.S. Department of Labor “Green Jobs” training awards in Wisconsin, Illinois and Michigan, and their alignment with energy efficiency program needsRecommendations for workforce and energy efficiency program managers

WHO SHOULD WATCH?
This webinar is designed for energy efficiency program managers, workforce development professionals, community planners, economic development professionals, municipal employees and local elected officials, residential contractors and consultants, legislators and regulators, and advocates and professionals in the energy field.REGISTER NOW
This webinar is available at no cost. Advanced registration is required. When you have completed registration, you will receive an email confirmation that will include a link to the presentation. The last 15 minutes of the webinar is reserved for a live Q&A.

Can't watch it live? All of our webinars are recorded for convenient on-demand viewing. Everyone that registers will receive access to the archived presentation.

ENERGY CENTER OF WISCONSIN
The Energy Center provides objective research and education on energy issues to businesses, professionals, policymakers and the public. We apply our expertise to reducing the impact of energy use on the environment. More... 
© 2010 Energy Center of Wisconsin  |  455 Science Drive, Suite 200, Madison, WI 53711  |  www.ecw.org

Posted At : 4:06 PM. | Posted By : KRISTIN | Link | | Comments (1)

March 15, 2010 | Show All

State Initiatives for Renewables and Efficiency

DSIRE is a comprehensive source of information on state, local, utility and federal incentives and policies that promote renewable energy and energy efficiency. Established in 1995 and funded by the U.S. Department of Energy, DSIRE is an ongoing project of the N.C. Solar Center and the Interstate Renewable Energy Council.

 http://www.dsireusa.org

Posted At : 4:10 PM. | Posted By : KRISTIN | Link | | Comments (0)

January 19, 2009 | Show All

Federal Tax Credit Announced

FEDERAL TAX CREDITS FOR ENERGY EFFICIENCY
 
On October 3, 2008, President Bush signed into law the "Emergency Economic Stabilization Act of 2008." This bill extended tax credits for energy efficient home imrovements (windows, doors, roofs, insulation, HVAC, and non-solar water heaters). Tax credits for these residential products, which ad expired at the end of 2007, will now be available for improvements made during 2009. However, improvements made during 2008 are not eligible for a tax credit.
 
Tax Credits for Consumers:
Home Improvements
Home improvement tax credits are now available for home improvements "placed in service" from January 1, 2009 through December 31, 2009. Any qualified home improvements made in 2008 are not eligible for the tax credit.
 
Home improvement tax credits are available for insulation, replacement windows, water heaters, certain high efficiency heating and cooling equipment, and biomass stoves. The maximum amount that a taxpayer may claim from all of these tax credits combines is $500 over the lifetime of the tax credit (2006, 2007 & 2009).
 
Product Category- Insulation
Tax Credit Specification- Meets 2000 IECC & Amendments
Tax Credit- 10% of cost, up to $500
Notes-
For insulation to qualify, its primary purpose must be to insulate. (example: vapor retarders are covered, siding does not qualify).
Must be expected to last 5 years OR have a 2 year warranty
Installation costs are not included.
Manufacturer's Certification Statement required.
For tax purposes, save your receipt and the Manufacturer's Certification Statement.
Must be "placed into service" between January 1-December 31, 2009.
Use IRS Fax Form 5695 (version 2009). This form should be available in late 2009 or early 2010.

Posted At : 5:53 AM. | Posted By : KRISTIN | Link | | Comments (0)

December 9, 2005 | Show All

$14.5 Billion In Tax Incentives

$14.5 Billion In Tax Incentives
 
In August 2005, the first national energy bill in more than a decade was signed into law.  It contains $14.5 billion in tax incentives to encourage energy conservation and efficiency.  It includes energy efficiency tax incentives for making improvements to new and existing homes, manufactured homes and commercial buildings.  The Government knows that these tax incentives will encourage homeowners and builders make improvements to new and existing homes and buildings, which account for more than 40% of all energy used in the US.
 

 In August 2005, the first national energy bill in more than a decade was signed into law.  It contains $14.5 billion in tax incentives to encourage energy conservation and efficiency.  It includes energy efficiency tax incentives for making improvements to new and existing homes, manufactured homes and commercial buildings.  The Government knows that these tax incentives will encourage homeowners and builders make improvements to new and existing homes and buildings, which account for more than 40% of all energy used in the US.

How much tax credit is available?

Homeowners are eligible for a tax credit of up to $500 for 10% of qualified energy efficiency improvements such as fiberglass insulation. So, if a homeowner spends $1000 in materials to add the proper levels of insulation to their homes, they could take a tax credit of $100.   For the preferred types of insulation, such as loose fill fiber glass in walls and attics, it is critical that the homeowner used a licensed, trained, professional installer.  To insure eligibility for the tax credit, be sure you obtain an itemized statement that splits the materials and labor – as only your materials will count toward the credit.

How much insulation do I need?

Insulation levels must meet the requirements of the 2004 International Energy Conservation Code.  The IECC includes insulation levels for attics, walls, floors, and basements. To qualify for the Federal tax credit, homeowners must only meet the level of insulation required for the area they are insulating. For example, a homeowner can choose only to insulate their attic to the levels required in the 2004 IECC and still be eligible for the tax credit. For most homeowners, this will mean adding an additional R-19 to R-30 insulation to your attic.  A professional BIBS contractor can help you determine what you need in your home to take full advantage of tax benefits.

Rules and Timeline

You can spend money on insulation over two years (January 1, 2006 to December 31, 2007) on one project or on several projects until the maximum credit is reached. The credit must be taken in the tax year the improvement was made.  Fiberglass wall systems are eligible for the tax credit, and as with anything related to your taxes, you should keep your materials receipts for verification if necessary.  New homes are eligible for the tax credit, but the builder gets the credit in these cases.  For additional information on the still-developing rules of this tax credit, log onto www.irs.gov or contact the BIBCA office at 303-433-2963.
 

You can spend money on insulation over two years (January 1, 2006 to December 31, 2007) on one project or on several projects until the maximum credit is reached. The credit must be taken in the tax year the improvement was made.  Fiberglass wall systems are eligible for the tax credit, and as with anything related to your taxes, you should keep your materials receipts for verification if necessary.  New homes are eligible for the tax credit, but the builder gets the credit in these cases.  For additional information on the still-developing rules of this tax credit, log onto or contact the BIBCA office at 303-433-2963. 

Posted At : 5:38 PM. | Posted By : KRISTIN | Link | | Comments (0)

December 1, 2005 | Show All

46 Million Homes Underinsulated

It’s estimated that 65% of all US homes are under-insulated.  That’s more than 46 million hard-working Americans rightfully concerned about skyrocketing heating costs. Many are looking at what sacrifices they will have to make to cope with this added expense.  Fortunately, there is an easy and affordable solution – insulation!

BIBCA, the Blow In Blanket Contractors Association, is dedicated to helping those 46 million households decrease their utility bills by increasing the energy efficiency of their homes through improved insulation.  According to the US Department of Energy, insulation is one of the quickest, easiest ways homeowners can save tremendous energy and money this winter. In fact, the US Department of Energy and US Environmental Protection Agency say that homeowners can save up to 20% on their energy bills with properly installed fiberglass insulation and home sealing.  We believe the real key here is properly installed.  The best way to eliminate gaps and voids is to use a well-installed premium fiberglass system installed by professionals – and although this costs slightly more than traditional “do it yourself” batt insulation, the resulting lower energy bills will help you pay for this lifetime investment in as short as one to two years.

 

www.bibca.org, the BIBCA web site, provides homeowners with free information on the best insulation you can get, as well as the manufacturers to back it with warranties and the contractors to install it properly.  If a home is as little as 10 years old, it likely needs double the amount of insulation it has today.  BIBCA is here to train the insulation professional, educate the public, and help the homeowner.  We can show you how to find and hire an insulation contractor, find the best system for your needs, and much more. 

 

Fiberglass Insulation is a great investment for homeowners. It starts paying for itself immediately and continues to put money back in the homeowner’s pocket for as long as they own the house. Federal, state and local governments and many utilities offer tax incentives and rebates for homeowners who increase the amount of insulation in their homes. A listing of these incentives is available on www.bibca.org.

 

Benefits of premium wall systems include:

• Lower energy bills
  
• Greater comfort
  
• Great Sound Control 
  
• Better moisture control, which can reduce floor squeaks, drywall cracks, structure damage and condensation
  
• Potential for increased resale value: Installing proper insulation levels can also make your home more attractive to potential buyers. 
  
• A more environmentally-friendly home

Check our literature library for information and brochures on why BIBS is the right choice for energy savings this winter.

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