The Economic Impact of Reducing Your Carbon Footprint

August 2, 2010 at 4:23 pm 5 comments

A couple of weeks ago I attended the Greater Austin Hispanic Chamber of Commerce’s Distinguished Speaker’s Luncheon.  I am updating this post with some new information I received since I originally posted this report.   

The theme of the meeting was “The Economic Impact of Reducing Your Carbon Footprint”.  A big shout-out to the GAHCC for sponsoring the meeting!  There are tons of very cool things I could write about the conversations I heard at this “green confab”, but I’ll try to be brief.  Forgive me if I have left anything out!   

Andy Martinez Pres and CEO of GAHCC Introduces Panel

Andy Martinez Pres and CEO of GAHCC Introduces Panel (L to R: Rabago, Taylor, Eppling, Aguilar)

 

The event opened with former Austin City Councilman and Mayor Pro Tem, Brewster McCracken.  He described his childhood forays into sustainable development—when at age 14 he built a solar-powered water heater in his parent’s garage.  From that early inspiration, he has been focused on sustainability throughout his career in public service.  He started working with the Pecan Street Project as the City of Austin’s founding representative and is currently the Executive Director of the organization.    

Brewster McCracken Describes the Pecan Street Project

Brewster McCracken

 

Pecan Street Project is a clean energy/smart grid research and development organization headquartered at the University of Texas. In collaboration with its various partners, Pecan Street is developing and implementing smart grid and clean energy technologies and business models.  It was launched by Austin Energy, the City of Austin, Environmental Defense Fund, the Greater Austin Chamber of Commerce, and the University of Texas’ Austin Technology Incubator — each of which is now represented on the board of directors.  Pecan Street funding includes the U.S. Department of Energy, through its $10.4 million demonstration grant.  Those Federal stimulus funds were granted for the demonstration project at the Mueller community to develop an advanced clean energy system called an “Energy Internet”.  The Capital Area Council of Governments (CAPCOG) is also supporting the organization’s regional economic development goals.  Numerous corporate sponsors include Applied Materials, Cisco, Dell, Freescale Semiconductor, General Electric Corporation, GridPoint, IBM, Intel, Microsoft, Oracle, SEMETECH, and others.    

Vision of Pecan Street Smart Grid

Vision of Pecan Street Smart House

 

Brewster talked about the metamorphosis of the first two of the “three great networked industries”—broadcast and telecom.  The dramatic and rapid changes those two industries have undergone is clearly evident—situated front and center in most of our daily lives.  The “third great networked industry” is the electricity industry.  This is the new frontier with a future of opportunity for energy efficiency—it’s the only one that is not digital yet.   As the Mueller demonstration project moves forward, we’ll see real life examples of how carbon footprint reduction has a strong economic impact—from creating new jobs to reducing energy and water bills.   

Kevin Johns of the City of Austin

Kevin Johns

 

Next up, Kevin Johns Director of the City of Austin Economic Growth and Redevelopment Services Office, served as moderator for the discussion.  Austin’s Economic Growth and Redevelopment Services Office has a staff of approximately 45 and a budget of more than $16 million.  Kevin told us that the future of cleantech market analysis shows a projected growth of 20% per year.  Part of his job is to get as much of that growth as possible in Austin.  He also gave us a quick synopsis of his background.  He told a couple of really funny jokes too, but I was too busy taking pictures, and couldn’t write them down.  He’s quite an entertaining guy!  He then introduced each of the panelists.   

Karl Ràbago is Vice President for Distributed Energy Services with Austin Energy, and leads the utility’s “Green Team”.  What a heavy hitter!  His credentials read like a true “Renaissance Man”.  I’ll let you discover that for yourself when you read his bio.  He’s a lawyer, been a cavalry officer, Ranger—you name it.  He’s also Austin Energy’s executive sponsor for the Pecan Street Project.  Plus he definitely knows energy!  He told us that the production and use of electricity is the leading contributor of greenhouse gasses.  So far his efforts have helped bring in $35 million in stimulus funds.  Right now, Austin is a leader in clean energy.  Austin Energy’s GreenChoice® program leads the nation in showing that customers who want to manage costs and reduce emissions can make a difference in the way electricity is made—but our leadership position is evaporating.  Although we’ve led the nation eight years in a row, we can’t take our eye off the ball—or someone else will assume the lead.    

Steve Taylor  is Senior Manager of Internal Communications and North America Corporate Affairs for Applied Materials—the global leader in Nanomanufacturing Technology™ solutions.  They are also the largest maker of solar panel manufacturing machinery in the world.  They are probably most known for the chip manufacturing equipment—but he told us that we have to face the bad news that chip manufacturing is evaporating in the US—but the good news is that the solar panel is growing here.  That’s one reason why In addition to his communications duties at Applied Materials, Steve chairs the Texas political initiative for a national organization called The Solar Alliance, which is working to enact incentives for solar business development.   

Everyone in the audience was very eager to hear from Craig Eppling.  Craig is the Communications and Public Relations Manager for General Motors‘ South Central Region. He is responsible for media relations and PR strategy to improve opinion and consideration of General Motors, its policies and its products in an eight-state geographical area that includes Texas.  He told us that transportation generates 25% of our carbon issues.  Plus, get this—the City of Austin uses more gasoline per capita than any other city.  I guess that’s one of the reasons that Austin was selected as the Texas launch city (and with New York) will be first in the US to get the new Chevy Volt.  Plus of course, because Austin Energy already is engaged in a plug in electric vehicle (PEV) readiness initiative to help dealerships and their customers prepare for PEVs. The utility also is working with regional partners to develop a network of public charging stations.   Now we actually know the price of the car–MSRP of $41,000, we can decide if it will be worth the anticipation!  

Chevy Volt Will Launch in Austin

Chevy Volt Will Launch in Austin

 

The panel was concluded with Hector Aguilar, Executive Dean of Continuing Education at Austin Community College (ACC).  Hector described the leading and important role ACC is playing in training people for some the estimated 6.3 million cleantech jobs that will be created.  ACC is one of the largest trainers for renewable energy installers, having trained more than 1,000 people so far.  He also described the great partnerships ACC has with the other panel members, such as Austin Energy and Applied Materials for One House at a Time and Meals on Wheels and More, plus GM has given some hybrids to the automotive department at ACC.    

Awesome stuff!  I’m now more upbeat than ever about the positive economic impact that going green has for our city, state, and nation.  In fact, that’s why I’m working so hard to develop my business of manufacturing traffic signs and markers made from e-waste plastic.  You can read more about the work I do to help eliminate e-waste from landfills here.  Great meeting!   

Image Microsystems creates signs made from recycled e-waste plastic.

Image Microsystems Makes Signs and Markers from e-Waste Plastic

Entry filed under: Carbon Footprint Reduction, City of Austin, cleantech, e-Waste Recycling, Greater Austin Hispanic Chamber of Commerce, Image Microsystems, Solar Energy, Sustainability, University of Texas at Austin, US Economy. Tags: , , , , , , , , , , , , , , , .

Even Though Texas e-Waste Recycling Ranks Last–Austin Company Spurs it On CompTIA Breakaway 2010–Day 1–Very Interesting!

5 Comments Add your own

  • […] This post was mentioned on Twitter by Liz Walker, Solar Energy. Solar Energy said: Solar Energy News: The Economic Impact of Reducing Your Carbon Footprint http://bit.ly/aAADHm […]

    Reply
  • 2. Bob Karpowicz  |  August 2, 2010 at 6:59 pm

    Great article, Liz!

    All too often renewable energy initiatives are tossed aside for being “impractical” and “pie in the sky.” But it works now in lots of places. On a recent trip to Europe, I saw windmills and solar panels all over the place.

    Germany leads the world in renewable resources, acquiring 20% of their energy from wind and solar.- That’s 20% of their energy expenditures that doesn’t go out of the country.

    If we did that here, it would reverse our trade imbalance and give us some leverage against the oil producers of the world that don’t really have America’s interests and security at heart.

    Keep up the good work-I love your blog!

    Reply
    • 3. lizwalk  |  August 3, 2010 at 7:37 am

      Hi Bob,

      Thanks for your comment! You are absolutely correct. The basic problem is that “old” ways seem to be entrenched, and people are afraid that the “known” monetary stream will be disrupted with the move towards sustainability. In fact, quite the opposite is true. Reduction in carbon footprint saves money and increases jobs–two things that our country desperately needs right now!

      Reply
  • 4. John Gannon  |  August 3, 2010 at 10:48 pm

    I had heard that the Volt consumes the equivalent of 1/2 household’s electrical energy consumption. Now that PEVs are coming on line in a serious way: the GM Volt, Nissan Leaf, Honda Prius, and various hybrids the day is coming when we can image a day when two electrical vehicles in each garage will be more common. So I am wondering what effect this increase in demand will have on the present electrical grid infrastructure. The Peach Street diagram provides comfort that alternatives will be a great help to reduce demand on the grid – so that’s a good thing. Nice to hear of Austin Electric’s involvement in PEV readiness. I know it won’t happen overnight, but imagine if everyone on the block has two PEVs come January if the estimate of consumption above is correct the grid as it stands today would need to support the equivalent of 24 houses instead of the present 12 on the block. So it seems likely that there will need to be a lot of attention paid to upgrading the present infrastructure and power plants (or a lot more alternative sources employed) to handle the increased load. I just haven’t seen that many studies or estimates of future power demand factoring in electric cars. So I was encouraged to see that Austin Electric is looking into it – I would be interested to see what kind of projections have been made to date. Good Stuff thanks for the post.

    Reply
    • 5. lizwalk  |  August 4, 2010 at 7:56 am

      Thanks for your comment, John. You raise some very good points. Here is a link to a Wikipedia article that might answer some of your questions. One of the things that is known about typical electric car usage is that they are generally charged at night, during off-peak hours. This means that the draw on the grid happens during a typically low-demand time. I’ve also seen some statements saying that electric cars consume about as much electricity to charge as a refrigerator. Here is a link to a good article in Scientific American that also answers some of your questions.

      Thanks again for your comment!

      Reply

Leave a comment

Trackback this post  |  Subscribe to the comments via RSS Feed


Enter your email address to subscribe to this blog and receive notifications of new posts by email.

Join 8 other subscribers

Become a Fan of Image Microsystems

FB.init("c4e28e682652409c0de067aa10f8428d");
Image Microsystems on Facebook