Green Options

Editor’s Note: The is a guest contribution by Danny Kennedy, President of Sungevity. This is part of a series from the CEO’s of major solar companies. You can follow the complete series here.

Sometimes it is hard to contemplate what a good news story our industry – solar sales and installation – and the broader clean energy economy really represents. I was reminded on Monday at the graduation ceremony for the Oakland Green Collar Jobs Corps.

Move — to Louisiana:

According to SolarPowerRocks! Louisiana has a state tax credit of 50% for solar roof installations, the most generous state subsidy for solar — Combined with the 30% Federal tax credit for solar that we all get now; (you knew about that, right?) so in Louisiana you can put a solar roof up, paying only [...]

Ohio state trooper cruisers are getting small solar panels to assist in the powering of their onboard equipment. 1,150 Ford Crown Victoria cruisers will get 5 watt solar panels to improve battery peformance and reduce fuel consumption.

Editor’s Note: The is a guest contribution by Edward Fenster, CEO and co-founder of SunRun. This is the fifth post in a series from the CEO’s of major solar companies. You can follow the complete series here.

As solar power and other renewable energy sources grow, so does awareness and debate about the role of renewable energy certificates (RECs). As the CEO of SunRun, which is the [...]

Last week, we took a look at San Diego’s revolutionary solar plan, which will allow residents to pay for solar panels through property tax bills over a 20 year period. But don’t pack your bags for Southern California just yet. Annapolis, MD has a similar plan , dubbed the Annapolis (EZ) Energy Zone Program.

PlanetSolar, when completed and covered with 1500 square feet of solar panels, will be the largest solar powered ship in the world. A ship with an audacious agenda: to be the first to circumnavigate the globe powered solely by solar energy.

“In 2010, the first round-the-world trip powered by solar energy will be realized, with stopovers, along the equator, where the maximum amount of sunlight is available. The over 40,000-km voyage will last 120 days, for an average speed of 10 knots. PlanetSolar’s two-man crew will cross the Atlantic Ocean, the Panama Canal, the Pacific Ocean, the Indian Ocean and finally the Suez Canal, to return to the Mediterranean.”

What’s the Pope been up to since the installation of solar panels at The Vatican? Not much, it seems.

The head of BP Solar International says his firm will install 100 megawatts of utility-level solar power projects on U.S. soil in 2009.

Reyad Fezzani told Dow Jones in an interview published Monday that his company, a subsidiary of energy giant BP PLC, is seeing high demand, and strong financing interest from investors. BP expects to manufacture 320 MW of solar panels in 2009, roughly double the amount it made in 2008. That will be split about 60/40 between large commericial and utility installations and residential sales, Fezzani said. That equates to about 192 MW of large scale installations, with 100 MW of that in the U.S., he said.

The longer I am here at the Wall Street Green Trading Summit, the less this feels like anything to do with environmentalism. At some point, when does off-setting stop being feasible, and when does carbon reduction become the name of the game?

The summit is over for today, but I wanted to throw some concluding thoughts out after an afternoon spent discussing good business models for producing alternative energy and for overhauling our current electrical grid.

Roof-mounted solar array in Atlantic City has peak capacity of 2.4 megawatts.

When I think of Atlantic City I think of blackjack tables, roulette wheels and boardwalks. Now I’ll have to add solar panels to that list.

The Atlantic City Convention Center can now lay claim to North America’s largest single roof-mounted solar array. The 13,400 modules on the roof of the convention center were manufactured by the Chinese company, Trina Solar (NYSE:TSL). The project, which provides approximately 2.4 MW at peak capacity, or, the equivalent energy needs of 280 American homes.