Why should you care? It means that the U.S. power grid is capable of handling a few million plug-in hybrids without blowing its gigantic, irreplaceable fuse. The logic goes something like this: Consumers have purchased millions of big-screen plasma sets during the past few years. They’ve all plugged them in and probably leave them on for HOURS each day. Plug-in hybrids, on the other hand, will likely be plugged in during off-peak hours, late at night while most people sleep and when the grid isn’t being taxed. 

The grid may be able to handle plug-in cars, but we’ll still need to generate more electricity to meet their demands. Hopefully that energy will come from solar and wind rather than coal-fired power plants.

Link to GlobeAuto story.

BMW is equipping 500 Minis with electric drivetrains for use in California. Company officials say they’re using the hip hatchback to test a few different electric powertrains. No word on exactly when the electric Minis will be available to the public, but I guarantee they’ll be a smash hit.

And still, the question hangs in the air like dirigible ready to burst into flames: Where are the Big Three’s electric vehicles? And don’t talk to me about the Chevy Volt, because there’s no way it should take one of the world’s largest car companies this long to develop a feasible electric car.

Link to CNET article.

Zakaria: How are you going to create the fuel of the future? 
Venter: We think multiple fuels of the future are going to come out of biology, by manipulating the genetic code of simple organisms to convert things like sugar or sunlight or carbon dioxide into fuels that people are very familiar with, like diesel fuel and gasoline.

What would a “refinery” that uses microorganisms to create fuel look like? 

They’re just large, bacteria-processing fermenters. People are familiar with this: that’s how wine and beer are made. We’re using similar processes, but ones that are designed to produce much more complex molecules than ethanol, and therefore fuels that will be much higher in energy content, and will work well with the existing energy infrastructure.

How close are you to creating an organism that can produce fuels in this way? 
We think the first fuels are maybe one to two years away. We’re definitely thinking in terms of years, not decades.

It’s a must-read interview that’ll fill even the most pessimistic doomsday prognosticators with warm fuzzy optimism. Kinda like wine and beer. All hail our genetically modified bacterial overlords!

Link to Newsweek article.