photo: Wikimedia Commons
While attending the two-day “Pathways to a Clean Energy Future” symposium put on by the Philomathia Foundation and U.C. Berkeley last week, I made a note to look up a recent initiative called the “Gigaton Throwdown” that was mentioned by Professor and Senior Energy and Climate Partnership of the Americas Fellow Dan Kammen, during his talk.
The Gigaton Throwdown Initiative is essentially a collaboration of a diverse group of academics and business/investment professionals, that spent 18 months looking at what it would take to bring nine clean energy technologies up to a gigaton threshold of power generation (one billion metric tons) by the year 2020. The nine technologies include biofuels, building efficiency, concentrated solar power, construction materials, geothermal, nuclear, plug-in hybrid cars, solar pv and wind. The technologies were selected for the capacity-building study because they already have a market presence and are able to attract investors.
The aim of this exercise, according to the Gigaton Throwdown website, is “to educate and inspire investors, entrepreneurs, business leaders, and policy makers to “think big” and understand what it would take to scale up clean energy massively over the next 10 years.” And really, in the face of the daunting challenges for the future of energy industries and policy, who can’t use the inspiration?
The GTI issued a report documenting the findings of their process. Key points center around the critical need for a cross-collaborative policy and investment framework to assist in the transition to a cleaner energy future.
Read the full report here.
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A few weeks ago, Dan Kammen, who leads the Renewable and Appropriate Energy Laboratory at UC Berkeley, was appointed by the World Bank to be its first Clean-Energy Czar. At the time, we pointed readers to a couple interviews, which you can read here.
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U.S. Representative and House Appropriator Mike Honda secured funding to the tune of $2 million towards extension of the BART system to Silicon Valley as part of the FY 2011 Transportation, Housing and Urban Development spending bill. What is the “BART to Silicon Valley” project? It’s an extension of the existing BART system to Milpitas, San Jose, and Santa Clara starting from the future Warm Springs station in Fremont (along the eastern side of the South Bay).
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Google Energy has signed its first contract, a 20-year wind power contract in Iowa. Google will sell the electricity on the spot market and retire the associated renewable energy credits (RECs) – via TechCrunch.
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More people are freaking out about smart meters, but this time not in the Central Valley…
The Fairfax Town Council gave the nod to the creation of an ordinance that, if passed, would try to prevent PG&E from installing smart meters in Fairfax – via the Marin Independent Journal.
The Marin Association of Realtors has issued a statement calling for a moratorium on its SmartMeter program due to concerns in three areas: concerns about overcharging, concerns about health effects from the radio waves, and concerns about PG&E imposing meters on folks that don’t want them – via the Marin Independent Journal.
The Marin Independent Journal also reports that the Marin supervisors have sent a letter to Michael Peevey, president of the California Public Utilities Commission (CPUC), asking the CPUC to suspend PG&E’s SmartMeter rollout until a commission has reviewed the funtion of the meters and until the health implications of the electronic emissions from the wireless devices has been addressed…
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The Department of Energy announced yesterday that $122 million has been awarded to a team of scientists from California (including Lawrence Berkley National Lab) to establish an Energy Innovation Hub that will be focused on converting sunlight into liquid fuel.
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Source: NPR’s Power Hungry: Reinventing the U.S. Electric Grid series
National Public Radio produced an intriguing series in April and May of 2009 called “Power Hungry: Reinventing the U.S. Electric Grid“. The series looked at the structural make-up of power conveyance in the U.S.-and the need for it to get ‘smarter’ about controlling and tracking consumption patterns- and, at the growing pains of the newer energy industries such as wind and solar, and how to get them online to more Americans.
But the real star of the show for us map fans is the great interactive map, pictured above. The map illustrates the three discrete “grids” that make up the U.S. power network: Western, Eastern and Texas. The map also includes existing and proposed lines,power source ratios for each state (coal, hydro, etc.) and the distribution of wind and solar plants. See the full interactive map here.
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