Austin Texas Real Estate Blog

Spring cleaning is an annual ritual for most homeowners: throwing out the old, dusting and shining up the new, and generally giving the whole house a thorough scrubbing and polishing. Environmental responsibility has added a new twist to this old tradition, however; many Austin residents now choose to go green when they spring clean. Here are some ways to improve your home’s environment while preserving the earth’s environment at the same time.

Downsize and minimize
Most homeowners accumulate a surprising amount of clutter over the years, keeping a wide array of items that are never used. By reducing the amount of unused items in your home, you can more easily keep it clean and organized, allowing your spring cleaning process to go more smoothly next year. It’s important to be realistic. If you’ve only used your elaborate espresso machine twice since you bought it, chances are you don’t really need it after all. By clearing out unused items, you can save on space and minimize your cleaning time considerably.

Don’t toss it, donate it
Used items in good repair are always in demand by various charities. Thrift stores and local organizations often derive a significant portion of their income from these donations. Depending on the specific charity, you may be able to donate:

• Clothing
• Books
• Furniture
• Automobiles
• Large and small appliances
• Tableware and silverware
• Toys
• Home décor

Best of all, you can often deduct the fair market value of donated items on next year’s tax return, making it a win-win situation for everyone involved.

Avoid harsh chemical cleaners
A number of green cleansers are available on the market; alternatively, you can make your own with borax, baking soda, vinegar, and other natural substances. These are gentler on the environment and easier on your wallet as well. To avoid pests, use natural repellents like cedar wood, garlic, and various essential oils and herbs. Mice hate the smell of peppermint oil, for instance; sprinkling a few drops on a piece of cloth will help keep them out of your closet or kitchen.

Recycle
For items that can’t be reused or donated due to damage or wear, recycling is the next best thing. Used computer equipment, appliances, cell phones, plastics, glass, and paper can all be recycled through various companies and organizations. By minimizing the amount of trash that goes to landfills, you can help to keep the environment safe and minimize your environmental footprint.

By incorporating environmentally friendly methods into your spring cleaning routine, you can ensure that your home is a healthier, safer place to live both inside and out.

Very modern look, very modern technology!

Austin residents may soon get their first look at the ZeroHouse, a high-tech solution to the energy crisis that offers off-grid self-sufficiency for homeowners. Plans for the prototype include water conservation technology, a sizable composting unit, and two large solar energy panels; these features are intended to produce all the energy and water needed by residents within the house. Designed by Austin architects Scott Specht and Louise Harpman, the ZeroHouse requires no outside power or water supply and is designed to sit on four stainless-steel pillars; thus, it requires a minimal environmental footprint and is prefabricated for easy construction.

Specht and Harpman are seeking an investor to finance the building of the prototype, which is expected to cost between $300,000 and $350,000. The ZeroHouse will provide 650 square feet of interior living space and covered exterior decking that adds 250 more square feet outside; the architects are looking for someone to finance and live in the home, which they hope to construct in the Austin area. The prototype plans are optimized to provide the maximum amount of livable space for residents, and incorporates highly energy-efficient appliances and electronics in order to use the smallest amount of resources possible, making this home an environmentally sound choice for consumers.

The ZeroHouse is the latest addition to the class of net-zero houses, which boast that they are completely self-sustaining and have a net energy cost of zero, since they produce as much energy as they require. The ZeroHouse produces power through two sizable solar panels and collects and filters rainwater for household use; waste processing and disposal is accomplished by the automated composting system located under the house. This allows it to function off-grid, or without accessing the local electric company’s supply; in practice, these houses are generally hooked up to the local system and are compensated for the energy they supply to companies like AustinEnergy.

Austin is a leader in the green technology industrial market; this makes it a logical choice for Specht and Harpman’s project. City leaders have agreed to require that all new residential construction must be net-zero capable beginning in 2015; while this will not always be immediately possible due to differences in ground cover and lot placement, the goal is expected to spur even more green construction in Austin. The ZeroHouse is not for everyone; its high cost of construction and avant-garde styling may not suit all buyers. The lessons learned and the techniques used in its construction, however, are expected to carry over into traditional home building practices and reduce overall energy costs in Austin over the long run.

Austin's drawing new solar technolgy jobs and expertise to the area.

Austin is slated to receive $4.8 million in funding for job education and training in the high-demand field of solar technology through the U.S. Department of Labor. The program, administered by the Electrical Joint Apprenticeship Training Program, is expected to provide training for approximately 1,000 workers in the Austin area, preparing them for crucial positions in solar power plants throughout the region and as far afield as Kansas, New Mexico and Arizona. The Electrical Joint Apprenticeship Training Program is sponsored by a number of national and Austin-based groups, including the Austin Workforce Investment Board, the International Brotherhood of Electrical Workers, the National Electrical Contractors Association, and ImagineSolar.

Part of the economic stimulus package passed by Congress, the initiative is one aspect of the American Recovery and Reinvestment Act of 2009. It is intended to provide employment opportunities for veterans, women, and minorities as well as offering unemployed individuals the chance to learn a new set of job skills. Austin’s highly-trained workforce and commitment to green technology played a significant part in its selection; it is one of only 25 sites to receive similar funding. The initiative is slated to distribute $100 million in funds over the next year; grants available through the stimulus program range between $1.4 million and $5 million, making the Austin grant one of the largest distributed to local programs.

This news comes on the heels of an initial report by the Cleantech Group and Deloitte showing a 33% decline in venture capital investment in the green technology sector in 2009. While at first glance these figures seem to spell bad news for the overall clean and green technology industries, the overall picture for venture capital investment was far worse. In relative terms, green technologies still attract investors and funds at a higher rate than most other sectors of the investment economy. Solar technology still leads the pack, with about 21% of all green technology investment in this area.

Texas ranks third in green technology investment in the nation, with only California and Massachusetts investing more in this area. Austin is especially proactive in the area of green technology, with many homes and businesses incorporating solar collection and energy efficient design in their initial construction. The additional funding provided through the Electrical Joint Apprenticeship Training Program will help Austin remain on the cutting edge of clean, green energy sources and ensure a brighter economic outlook for the entire area.

Developer Magazine has announced its 2009 Sustainable Community of the Year. Mueller is located in the vibrant city center of Austin, Texas, and reflects Austin’s commitment to green technology and environmental responsibility. The development makes use of the land formerly devoted to the Robert Mueller Municipal Airport, reimagining it as a mixed-use urban environment incorporating commercial and residential elements in one unique package. Built by Catellus Development Corporation and designed by ROMA Design Group, the project is expected to provide approximately 10,000 construction jobs to Austin residents.

As a participant in the U.S. Green Building Council’s Leadership in Energy and Environmental Design (LEED) for Neighborhood Development program, the development requires that all residential construction in Mueller qualify for Austin Energy’s three-star energy-efficiency rating. In addition, commercial buildings within the development must meet LEED certification standards; this ensures that they will provide healthy and energy-efficient environments. The Dell Children’s Medical Center of Central Texas is the first hospital ever to achieve LEED platinum certification and set the standard for new construction in Mueller. It is joined by the platinum-certified Ronald McDonald House and the silver-rated Dell Pediatric Research Institute; Mueller’s strict environmental standards ensure the highest level of green-friendly building possible.

Mueller already boasts over 200 three-star rated homes; the community is eventually slated to provide 4,600 residential units, of which one-fourth will be devoted to low and middle-income housing. Entry-level homes are designed to provide a point of access to the housing market for younger buyers, while a senior living community is expected to provide affordable housing for older residents. Ultimately it is planned that 10,000 residents will be served by the Mueller development. Green space and parks comprise twenty percent of the development and occupy 140 acres, providing families with safe places to relax and play together.

Mueller is the result of a partnership between Austin and Catellus Development and is centrally located to allow easy access to major employers within the metropolitan area. Situated just two miles from the University of Texas campus and three miles from downtown businesses, Mueller earns high marks for its pedestrian-friendly design and well-planned transportation routes. The development will eventually include over four million square feet of retail and employment opportunities, allowing many residents to live and work in the same area and eliminating lengthy commutes. Austin Energy’s on-site power plant is environmentally advanced and provides green energy for the development.

Mueller offers unique advantages to residents and businesses; as a result, it has gained local support and is considered one of the most innovative and green-friendly projects of its kind anywhere in the United States. Recreational, retail, employment, and residential areas coexist harmoniously and provide a cohesive and sustainable community in the heart of Austin.

As the baby boomer generation, the whole 78 million individuals are reaching retirement age; their lives are lasting much longer than those alive during the time they were born. This means that when they are at retirement age, the homes they have worked so hard to pay for and own, are close to their heart. Thus it is not the will of the vast majority of the baby boomer generation to leave those homes. This means a remodel of the most specific nature in order, to enable their personal safety, and to meet any special needs that may arise.

There are many certified building specialists who concentrate on improving home floor plans, and creating options that will allow people to stay in those homes, or age in place, beyond that some might otherwise expect. Some simple modifications include lifts, wider doorways, ramps, wider more accommodating showers, lower kitchen counters and appliances for wheelchair access when needed. The final goal of any project like this is to enable independence to the home owner.

This kind of project is always a custom project. It requires a builder to inspect the property and meet with the client about their needs. During the building and remodeling process each item will be reviewed prior to installation, this means that there is no set rate or pricing schedule. Each set up and each home will be laid out as needed and prices will be per project. Don’t forget to ask about green upgrades that can be completed and designed to assist the homeowner with rising expenses related to the home.

Austin Energy has a program developed to help residents, business owners and property investors reach for a greener environment. They offer green education programs, assistance and consulting on all levels of real estate. To further show their commitment to the community as a whole they also offer free home energy improvements to those who qualify.

This program is targeted to the low and moderate income range, and is designed to improve the energy efficiency of the living space. This of course improves the energy costs of the home and enhances the comfort level and lifestyle.

If they need to, Austin Energy will provide and install the needed materials for attic insulation, duct repair and or sealing, plumbing caulking as needed. If need be they will even take time to update the weather stripping around the doors and install solar screens. With these minor changes a home’s energy value can increase dramatically. With Austin Energy’s program, anyone who qualifies can see the benefits rapidly in their bill.

Visit: Austin Energy to see if you qualify.

Today’s links

§ § § § § § § § § §

From the National Association of REALTORS

Promoting Energy Efficiency in the Nation’s Buildings

The American Recovery and Reinvestment Act of 2009 does much to promote energy efficiency in the nation’s buildings. And tax incentives are among the engines driving the shift. That’s great news for you and your clients.

Here is a sampling of the new federal incentives as reported by the Tax Incentives Assistance Project.

Residential Buildings

• Energy efficiency incentives for upgrades to existing homes, which cover improvements to building envelope and heating, cooling and water heating equipment, are now available through 2010. The cap has increased to $1,500.

• The existing home incentives are now calculated at 30% of the cost of installation, up to the $1,500 cap. Until further clarification on the legislation, it appears that labor is not included.

• On-site renewable energy systems, including solar photovoltaic and hot water systems, small wind systems and geothermal heat pumps, are eligible for a tax incentive worth 30% of the total cost of the system. There is no cap on the amount.

Commercial Buildings

• A tax deduction of up to $1.80 per square foot is available to owners or tenants of new or existing commercial buildings that are built or reconstructed to save at least 50% of the heating, cooling, ventilation, water heating and interior lighting energy cost of a building that meets ASHRAE Standard 90.1-2001. (The standard provides minimum requirements for the energy-efficient design of buildings).

• Partial deductions of $.60 per square foot are available for improvements to one of three building systems – building envelope, lighting or heating and cooling – that reduces total heating, cooling, ventilation, water heating and interior lighting energy use by 16 2/3% (totaling 50% when applied to all three systems).

• Buildings placed in service between January 1, 2006 and December 31, 2013, and covered by the scope of ASHRAE Standard 90.1-2001 are eligible.

Learn more about the incentives stemming from the American Recovery and Reinvestment Act of 2009 and download a matrix of energy efficiency incentives.

Individual states offer additional energy efficiency and renewable energy tax incentives. The Database of State Incentives for Renewables & Efficiency is a central clearinghouse for them.

§ § § § § § § § § §

Green Statistics from Mcgraw Hill

Global: Early adopters are deeply involved in green, with 30% building green on over 60% of their projects in 2008. Over the next five years, more than half (53%) expect to reach this level of involvement.

Nonresidential Building: Industry Players in commercial and institutional buildings are getting increasingly active in green building, with those largely dedicated to green building (30% or more of their projects built green) reporting a 50% increase(10 percentage points) from 20% in 2008 to 30% in 2009.

Residential Home Builder: Builders heavily involved in green building (60% or more projects green) is expected to also increase from 26% in 2008 to 36% in 2009.

Statistics taken from McGraw – Hill Construction’s Green Outlook 2009

§ § § § § § § § § §

Found in my pile of magazines and folder of e-newsletters:

§ § § § § § § § § §

Apartment REIT Stocks Fall to Five-Year Lows
Industry is hurting, but not as badly as other commercial sectors.
The stock market is falling to levels not seen since 1997-and apartment REITs are not immune. A number of leading firms-BRE Properties in San Francisco, Chicago-based Equity Residential, Apartment Investment and Management Co. in Denver, Essex Property Trust in Palo Alto, Calif., and AvalonBay Communities in Alexandria, Va.-have all seen their stock values plummet to five-year lows.

Read the full story at Multifamily Executive.

§ § § § § § § § § §

UL begins certification of green products
January 14, 2009
Building Design and Construction
Underwriters Laboratories, the 114-year-old organization known for consumer product safety testing, has begin offering assessment and certification of environmental product claims.

UL’s two new programs launched in January 2009.

“The question of what’s green and what’s not green is being asked more and more,” Christopher R. Nelson, UL’s director for corporate development, said at Greenbuild in Boston.

“UL consumers really have been asking us how do you fit into this space, they look to UL for credibility, and retailers have been asking us (the same questions) as well.”

Get the complete details from Building Design and Construction.

§ § § § § § § § § §

You have amazing plans. They involve you buying a house that might need a little work but has a lot of potential. You’ll take that potential and use it to create a green haven. Your home will be more eco-friendly than even you had ever imagined. Everything in it will work to sustain some part of the environment, from the roof, which will hold a garden, to the cooling system, which will be energy efficient and made from recycled parts. You have grand plans, but there is one small problem: your wallet, for the money in your savings and checking accounts won’t go as far as you may think.

HyoJung Kim and husband Seth Garland of New York both thought they could easily renovate their home, making it green for as little as $70,000. What they found instead was that going green was putting them in the red. Units that were energy efficient and moderately priced were costing them thousands of extra dollars to install. Architectural designs that would save money in the future were causing complications and costing money they didn’t have in the present. And the falling real estate market was only adding to the real estate debt they had already accumulated. To make ends meet, they had to forgo many of their plans, sell their mortgaged condo and attempt to make the house, rather than a green place to live, a livable place to live.

Before you wind up in the same situation as Kim and Garland, assess your finances. Whatever you imagine it will cost to make all of the renovations you are envisioning, add a little more. And then, find ways to go green that you can afford. You don’t have to knock down walls, build roof gardens or use only plastic plumbing to help the Earth. There are other things you can do, less costly things that will keep the world and you in the green.

The Department of Energy (DOE) and Energy Efficiency and Renewable Energy (EERE) have been both creative and enthusiastic in their efforts to educate, accelerate, and motivate the population at large about the enduring benefits that come when we reduce the impact on the environment that is generated from fossil fuels, nuclear energy and natural gas.

To motivate our future engineers, architects, researchers, and homeowners to connect with nature’s natural resources, namely solar energy, the DOE challenged college student to design, build, and operate an energy efficient solar powered house. The expectation of the award winning model is to inspire consumers, builders, and end users to incorporate an innovative way of building or redesigning homes that reduce the carbon footprint to the environment.

That avant-garde by the DOE and EERE gave rise to the introduction of the Solar Decathlon event. The competition began in 2001 when organizers selected14 teams from colleges or university students. The event took place at the “Solar Village” on the grounds of the National Mall in Washington D.C. In the fall of 2002, the University of Colorado was the overall winner.

The judges for this competition were selected from the top professionals from their fields of expertise that would address each category of the competition.

The ten categories of the 2002 competition were:
• Design and Livability
• Presentation and Simulation
• Graphics and Communication
• Comfort Zone
• Refrigeration
• Hot Water
• Energy Balance
• Lighting
• Home Business
• Getting Around

The Solar Decathlon is gearing up for its third event and 20 teams have been selected to compete for the $100,000 award. This decathlon will be an international collegiate competition that will incorporate integrated photovoltaic (BIPV). The event is scheduled to take place at the National Mall in Washington D.C., in the fall of 2009.

The categories for the 2009 contest are:
• Architecture – 200 points
• Engineering – 150 points
• Marketing Viability – 150 points
• Communications – 100 points
• Comfort Zone – 100 points
• Appliances – 100 points
• Hot Water – 100 points
• Energy Balance- 100 points
• Getting Around – 100 points

For more information visit: www.solardecathlon.org/contests_scoring.html