Posts Tagged ‘renewable energy’

AISD #1 Green Powered Schools Says EPA


The U.S. Environmental Protection Agency’s Green Power Partnership has ranked the Austin Independent School District No. 1 in its list of the top 20 Green Powered Schools.

Round Rock Independent School District was a close second on the list.

The EPA looked at primary and secondary schools nationwide that use the most power from renewable energy sources, such as solar, wind, geothermal, biomass and low-impact hydropower.

The EPA said that together these top schools are buying nearly 113 million kilowatt-hours of green power annually, equivalent to carbon dioxide emissions from generating electricity for 11,000 American homes for one year.

“Our green-powered schools are giving kids a brighter future in more ways than one. They’re leading the way in protecting our health and environment, and moving the country into the clean energy economy of the 21st century,” EPA Administrator Lisa P. Jackson said. “This is a great lesson on how we reduce harmful pollution in our skies and get America running on clean energy.”

The top five schools using the greenest power are:

• 1 — Austin Independent School District

• 2 — Round Rock Independent School District

• 3 — Rochester City School District, Rochester, N.Y.

• 4 — Bullis School, Potomac, Md.

• 5 — The Dalton School, New York, N.Y.

Info from Austin Business Journal.  Thanks, ABJ!

First Solar First Renewable on S&P 500


First Solar, a thin film solar panel manufacturers, has achieved a first for any pure-play renewable energy company: inclusion on the venerable Standard & Poor’s Index of 500 commonly traded stocks.

Tempe, Arizona-based First Solar was added to the S&P 500 after the market closed October 15. The company will be part of the S&P 500 GICS (Global Industry Classification Standard) Electrical Components & Equipment Sub-Industry of the Industrials sector.

The addition of First Solar, which had $1.2 billion in sales last year, is a milestone not only for the company, but for renewable energy in general. Although non-hydroelectric renewables, including solar, wind and biomass, make up a minute fraction of overall energy generation worldwide, that percentage is expected to grow rapidly in the coming decades.

Source: Triple Pundit

Fed Clean-Energy Officials Meet w/ State Leaders in Austin


A high-powered group of state and local leaders met in Austin on Friday with officials from the National Renewable Energy Laboratory as the lab explores the prospect of collaborating with Central Texas groups on clean-energy initiatives.

The delegation from the U.S. Department of Energy lab was led by Robert McGrath, the lab’s deputy director for science and technology. Also attending were Robert Hawsey, an associate lab director for renewable electricity and end-use systems; Pete Sheldon, a scientist in the lab’s National Center for Photovoltaics, and David Ginley, a research fellow working with HelioVolt Corp., a pioneering solar power technology company in Austin.

“Texas is moving forward smartly and aggressively with deployment of renewable and energy efficiency technologies,” McGrath said. “We see multiple opportunities for partnerships for technology development and for renewable energy and energy efficiency deployment with many of the industry and university groups with which we met today.”

McGrath said his organization, which is based in Golden, Colo., wants to “capitalize upon the very productive, long-standing and continuing collaboration that NREL has with HelioVolt.”

Friday’s introductory meeting with state officials, led by Comptroller Susan Combs, included representatives from Gov. Rick Perry’s policy office and the Texas Enterprise Fund, state and federal lawmakers or their aides and Greater Austin Chamber of Commerce representatives.

Another meeting took place with managers of area utilities, including Austin Energy and CPS Energy of San Antonio, and officials with the University of Texas and Texas A&M systems and Texas State University.

McGrath said the officials all “enthusiastically encouraged” the lab’s expanded participation in planning and implementing renewable energy projects in Texas.

Laboratory officials also toured HelioVolt’s Southeast Austin plant with company executives and U.S. Rep. Lloyd Doggett, D-Austin.

“Obviously we want to transform Texas into a clean-technology leader, and we want to make the greater Austin region a center of innovation for clean technologies,” said Jose Beceiro, director of clean-energy initiatives for the Austin chamber.

Beceiro said local officials have been talking to the lab for a while. He was not at Friday’s meetings but has been involved in previous discussions about collaborating with the lab.

A larger presence of the lab in the Austin area could help recruit clean-technology companies and green jobs, developing new clean-energy technologies and attracting more federal grant money, Beceiro said.

B.J. Stanbery, chairman of both HelioVolt and the nonprofit Texas Foundation for Innovative Communities, said that “Central Texas’ unique combination of diverse utility markets, world-class research institutions and farsighted public leadership provide an opportunity for NREL to further their mission of accelerating commercialization and deployment of renewable energy.”

Bob King, president of Good Company Associates Inc., a business development consulting practice focused on energy efficiency and renewable energy, said his company helped the Texas Foundation for Innovative Communities organize Friday’s meetings.

King emphasized that discussions are in the early stages about how “the Central Texas communities can benefit from a relationship with our national lab,” which he called “the only national lab whose entire responsibility is energy efficiency and renewable energy.”

King said the meetings were productive.

“Everyone left with the next actions to take, and we’ll be having follow-up meetings,” he said. “This could be a long process, but I think we made some progress today.”

Article courtesy AAS, snovak@statesman.com; 445-3856

China’s Aggressive Renewables Policy


url-2China’s energy administration is drawing up plans to increase power generation from renewable sources to 15 percent of the nation’s total by 2020. To do so, the country will rely more on solar, wind and biomass energy with the goal of deriving more than 200 million emissions-free kilowatts.

While 15 percent might not seem like a lot in California where the mandate is 33 percent of the state’s total by 2020, the figure is pretty ambitious for a country with such a massive population and higher technological hurdles. In fact, 15 percent would be 13 times China’s current amount of energy generated by renewables (about 15 million kilowatts, according to VentureWire). The proposal would significantly revise a current target of 60 million kilowatts by 2020.

China surpassed the United States as the largest producer of greenhouse gases several years ago. Together the countries account for 40 percent of the greenhouse gas emissions in the world, according to the New York Times.

China’s goal — similar to many countries, including the U.S. — is to come up with a comprehensive and ambitious plan to present at the United Nations Climate Change Conference in Cophenhagen in December, where the global community will attempt to reach a consensus similar to the Kyoto Protocol in 1997. Heavily criticized for its pollution problems and unsustainable development policies, China is hoping to improve its profile at the meeting, where it says it will pitch a 40 percent reduction in greenhouse gas emissions for the whole world by 2020.

Read the rest here- Green Beat

http://tinyurl.com/kqbbx9

Austin GreenChoice prices cut?


New lower-cost contract to be offered as city continues to study whether all customers should pay for renewable energy.

Austin Energy said Friday that it overestimated the growing cost of providing the city’s GreenChoice program, which sells wind and other renewable energy to willing customers but has struggled to find buyers since prices more than doubled in the past year.

The city should be able to cut the current asking price of GreenChoice to customers by about 25 percent, according to a memo to City Council members obtained by the American-Statesman on Friday.image_8613187

Information thanks to AAS: more here- http://www.statesman.com/news/content/news/stories/local/2009/07/25/0725greenchoice.html

Fuel Economy Tip!


Removing your gas cap as little as possible will save you gas. Over 147 million gallons of gas evaporate from tanks each year. I know plenty of people who will not let their gas gauge go below three-fourths of a tank. They tell me that it’s good for the car. It’s not. It wastes gas.

Every time you open the gas tank, you lose gas vapor that your car could use. So you should try to open it up as little as possible. Furthermore, a car that is low on gas weighs less, and it takes less gas to move it. There is no harm in running low on gas. There is only harm in running out of gas.fill-up-tank

The trick is to wait till your tank is empty and fill it up. Don’t put the bare minimum in the tank. I know gas is expensive in these uncertain times, but try and fill your tank completely each time you go to the pump.

The more trips to the gas station, the more gas you’ll be using. Fill up your tank, and you’ll save gas and reduce emissions overall.

Source: Daily Fuel Economy Tip via Josh Peterson, Planet Green

$22 Million For Community Renewable Energy Deployment


The Department of Energy (DOE) says it plans to provide up to $22 million from the American Recovery and Reinvestment Act of 2009 to support the planning and installation of utility-scale community renewable energy projects in up to four communities nationwide.

The DOE Office of Energy Efficiency and Renewable Energy will provide technical assistance to selected recipients, including concepts, best practices, planning, financial approaches, policy guidance and recognition to help communities rapidly plan and deploy utility-scale renewable energy systems.

The projects will demonstrate how multiple renewable energy technologies, including solar, wind, biomass and geothermal systems, can be deployed at scale to supply clean energy to communities.

The DOE anticipates that each project will leverage significant investment, including public- and private-sector investment in renewable energy systems.

Up to $22 million in DOE funding is available for these awards in fiscal year 2010. The DOE anticipates making up to four awards totaling up to $21.45 million, and expects matching funds from public and private investment of $22 million or more.

Successful applicants will be awarded financial assistance to support the implementation of an integrated renewable energy deployment plan for a community, and the construction of renewable energy systems.

Completed applications are due Sept. 3. The DOE will select the award-winners by the end of November.

For more information, visit recovery.gov.

SOURCE: Department of Energy via North American Windpower

Technology for a Low Carbon Future


This report from The Climate Group finds that scaling up energy efficiency and renewable energy while avoiding deforestation can dramatically reduce greenhouse gas emissions in the short term, and are much-needed steps to achieve global climate goals. Low Carbon Report

From the executive summary:

In recent years the scientific evidence on climate change has become increasingly clear: it is now almost universally accepted that, in order to minimise the risk of irreversible damage to our planet and our livelihoods, we need to strive to keep the average global temperature increase below 2°C. it is also widely recognised that, to achieve this, we will need to peak global emissions before 2020 and then reduce them by 50-85% below 2000 levels, setting interim targets along the way.

Likewise, the political will to act is in place. Heads of government from all parts of the world have declared their willingness to adopt ambitious emissions targets, both individually and collectively, but have wanted to be sure that such goals, while certainly challenging, are practically achievable. This report shows that this is indeed the case.

From analysis of the current status of the major abatement solutions, we draw five major conclusions:

1.We know the technologies we need, where to deploy them and the investment required.
2. The technologies required to meet our 2020 goals are already proven, available now and the policies needed to implement them known.
3. Investment now in the technologies of the future order is essential if we are to meet longer-term targets.
4. Financial support will be needed to enable global deployment of low-carbon technologies but the non-climate benefits are also significant.
5. Copenhagen can provide the spur for international collaboration that will bring costs down and accelerate diffusion and deployment.

Successfully reducing emissions to prevent dangerous climate change is without doubt a huge challenge and will require a revolution in the way we produce and consume energy, travel and design and manage our urban and rural environments. However, the pathway to this revolution is clear and, by means of ambitious international collaboration to develop and deploy low-carbon technologies, well within our grasp. We know what we have to do; this report shows us how.

Click Here to Download Full Report:

http://www.greenerbuildings.com/files/document/Technology_for_a_low_carbon_future_report.pdf

Article courtesy of Greener Buildings

House Passes Sweeping Energy and Climate Bill


The bill could for the first time usher in widespread government restrictions on greenhouse gases and help renewable energy become cost competitive with fossil fuels.

The central part of the legislation limits the amount of carbon dioxide, the main gas behind global warming, that companies like electric utilities, gasoline refiners, chemical firms and other large users of energy can put into the atmosphere. There were previously no restrictions on carbon dioxide emissions. 

The bill aims to cut greenhouse gas emissions by over 80% by 2050, in-line with what scientists say is needed to avoid the worst effects of global warming.   

Meeting those targets is expected to cost the average household $175 a year by 2020, according to a recent analysts by the Congressional Budget Office.

Read the rest of this excellent article from CNN Money here:  http://money.cnn.com/2009/06/26/news/economy/cap_and_trade/index.htm  

Proposed Renewable Energy 401k Tax Credit


will help create 500,000 green collar jobs and double annual increase of renewable energy production within three years.

An unusual alliance of business, trade association and environmental groups are calling on President Barack Obama, Congress and the Senate to implement a tax credit incentive for companies that add a renewable energy fund to employee 401(k) plans. The new legislation could be added to the near completed economic stimulus bill or follow quickly after.

According to the Renewable Energy Task Force of the South Denver Chamber of Commerce, the Renewable Energy 401(k) Tax Credit will be a high yield federal investment.

  • Government cost of $7 to $8 billion dollars will generate $60 to $100 billion investment in renewable energy.
  • Allow 50 million Americans to invest a projected 5% of their 401(k) plans to clean energy production.
  • Create 500,000 or m ore clean energy jobs over three years.
  • Create an annual increase of 20,000 MW of new wind, solar and geothermal electrical generation by 2012.
  • Help renewable energy meet 100% of new national electricity demand in three years.

“Last year almost half of all new US electricity was generated from renewable energy,” says Jim Welch, CEO of Bella Energy, a Colorado based solar energy firm, “The Renewable Energy 401(k) Tax Credit will rapidly allow all new US electricity to be generated from renewable sources.”

American Wind Association data released last week indicates that more than 8,000 MW of new wind production was built in 2008 with investment in the wind energy sector passing the $17 billion mark. Totaling 42% of all new US generation capacity added in 2008, the newly added wind farms produce enough electricity for 2 million homes. These numbers are up from wind providing 30% of all new US electrical generation in 2007.

The additional annual $20 to $30 billion of new investment generated by the Renewable Energy 401(k) Tax Credit will help to more than double the number of new clean energy megawatts installed each year. With swift passage of the proposed tax credit bill, by 2012 one hundred percent of new US electrical demand can be provided by renewable energy. This is consistent with President Obama’s target to double renewable energy production over the next three years.

“In 2007, investment in the American renewable energy sector, including both wind and solar, was $19 billion dollars with employment of 116,000 people. More than 50,000 new renewable jobs were created in 2008 – that’s an impressive annual growth rate of 45%,” continues Jim Welch, “Congress and the Senate need to support the Renewable Energy 401(k) Tax Credit which will create $100 billion in clean energy investment and 500,000 new green jobs over the next three years.”

Reflecting the national trend, Colorado’s renewable energy sector has been experiencing rapid-fire employment growth. In 2008, AVA Solar added 550 new manufacturing and engineering jobs in Ft. Collins and Longmont. The new AVA manufacturing plant produces thin film solar panels at 30% of the cost of existing solar technology. Vestas built a new wind turbine manufacturing facility near Denver that employs 1,350 Coloradoans and uses 200,000 tons of steel annually to produce enough wind turbines to power more than half a million homes per year. Nationally, wind turbine and turbine component manufacturers announced, added or expanded 55 new facilities in 2008.

As renewable energy production rises faster than demand for electricity, surplus clean generation capacity will be used to retire aging conventional power plants over a 10 to 30 year period leading to significant reductions in climate change causing emissions.