Bright Ideas: From Solar Pyramids to Sun-Planes

April 8, 2011

With its latest thin film solar innovation, GE is helping to turn the world’s oldest energy resource into its newest one. The breakthrough reported yesterday — that GE has achieved the highest-ever reported efficiency for CdTe thin film solar panels — is part of a major push toward making more solar available and affordable on a large scale.

While GE’s focus is primarily on rolling out solar technology so that it’s feasible for utilities to adopt, the uses of solar are limitless. The latest installment of The GE Show, an online series that examines large-scale issues and explains what’s being done to solve them, just launched and takes a closer look at the possibilities — from solar airplanes to stadium roofs to even solar-powered artificial plants that mimic real ones.

The video below shows how much energy the sun can produce and what it means for our future.

The GE Show’s slideshow showcases 10 inventive uses of solar — we’ve spotlighted five below.

The Lunar Cubit is an award winning design proposal which consists of a series of solar panel pyramids forming a renewal energy plant. This amazing series of pyramids will power homes in Abu Dhabi and will also serve as a stunning, illuminated public art installation by night.

The sky’s the limit with solar power. Literally. As wide as a jumbo jet and the weight of a mid-sized car, the Solar Impulse plane, composed of 12,000 solar panels, can fly day and night. It’s currently undergoing test flights, but it’s working towards a record-breaking round-the-world journey.

Taiwan’s dragon-shaped arena is the perfect example of the scalability of solar power. Designed by Toyo Ito, this 50,000 seat arena generates 100% of its electricity from photovoltaic technology through its 8,844 solar panels that illuminate the track and field with 3,300 lux.

A team of Japanese scientists and engineers created an artificial houseplant with high-efficiency organic thin-film solar cells as leaves. Each flexible leaf has a complex structure protected by a thin plastic layer which means that in the future these generators could be embedded into buildings, clothes, and toys.

These amazing solar trash cans were designed to reduce the impact of trash in cities. Powered by the sun, these compactors allow the cans to store more trash, thus lowering the operating costs, fuel consumption, and greenhouse gas emissions associated with garbage collection by up to 80%.

If you were lucky enough to head to SXSW 2011, you probably laid your eyes on GE’s Carousolar — an all-white traditional carousel powered by 100 of GE’s 80-watt ‘thin film’ solar panels. And to top it off, it’s lit up by GE’s cool and colorful LED lights. The time lapse video below shows it in action from day to night.

Click the image to see the video on The GE Show.

* Read more solar stories on GE Reports
* See the rail episode of The GE Show
* See the flight episode of The GE Show
* Try out the Electric Vehicles installment of The GE Show


This entry was posted in Energy, Global Research, Innovation, Other, Renewables, Smart Grid, Stories and tagged , . Bookmark the permalink.
  • James

    Not sure that I understand the purpose of the first movie as it doesn’t at all relate to the sun. They just burned hydrogen in the reaction 2*H2+O2=2*H2O. The sun fuses 2 hydrogen atoms to make helium, and so on to create heavier elements.

  • Bubble Shooter

    Hey there, thanks for sharing your ideas in this post. This is really a very nice blog.

  • Concerned citizen of NY

    On the solar powered trash cans, improving it, there should be a censor that tells you when it’s full. in New York City and I’m sure elsewhere the corner cans are always over flowing. If a censor was at the bottom of the cans, it can send a signal to the DSNY and they can come pick up the trash quicker. Compacting it is good too, but when does it get picked up if it’s full?