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Startups step up at DemoFall

Well-funded entrepreneurs face off with venture capitalists and media at latest Demo event

Books in a minute (or three)

US$97,000 Expresso Book Machines can do just that

 
 
 

Loaded with promise in R&D pipeline

Before fax machines and LCDs became everyday tech, they were recipients of R&D 100 awards.

Defcon badge inspires hacks

Sophisticated tags feature customized circuitry, interactive LEDs and hidden features

 
 
 

Redesigning the router

London art students come up with cool concept designs for the most humble of gadgets

Smartphone as movie projector?

Micron's microdisplay technology could soon be in small devices

 
 
 

Robots make themselves at home

Find out the latest in home-cleaning technology and more

Location-based tech headed your way

Programmers, mappers and designers offer peek at the newest ideas in location-based tech at Where 2.0

 
 
 

Freescale shows off 'smartbooks'

Company unveils designs at recent Computex Taipei 2009.

The imbX exhibition scene

Besides new technologies and product features, there was also a lot more to see at the tradeshow.


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Valley adopts renewable energy tech

2009-06-08 15:08:00

City and county governments in Silicon Valley tap on solar and fuel cell tech


As California works toward the goal of getting 30 percent of its electricity from renewable sources by 2020, city and county agencies are exploring new sources of energy and embracing new technologies.

The transit authority in Silicon Valley announced last month that it is looking to give itself a greener profile. It's not doing it with biofuel buses or maintenance trucks that run on ethanol. Instead, it's running a test project with solar array manufacturer Skyline Solar to harness solar energy. The Santa Clara Valley Transportation Authority unveiled a new 27-kilowatt High Gain Solar array at its San Jose, Calif., bus maintenance and operations facility. The system works like a typical business or residential solar power system, and the electricity produced through the project helps offset the power the VTA purchases from local utility Pacific Gas & Electric.

Skyline Solar's design uses bent sheet metal to reflect the sun's rays onto a silicon collector, which the VTA says solves two main barriers to solar energy--cost and scalability. Using the monocrystalline silicon cells and tracking technology to increase the amount of energy captured, the amount of silicon required is reduced by 90 percent. This design cuts costs further by using globally available manufacturing facilities, like automotive factories, to produce the racks and mounting systems.

Credit: James Martin, CNET News.com