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May 03, 2011

Solar thermal energy generation boosted through nanomaterials and panel design




Boston College and MIT collaborate to research improvements to the conversion efficiency of solar thermal panels. 

Nanotech materials and panel design techniquesSolar thermal panel research combine to boost the electric power conversion significantly.  …

…   “The team’s introduced two innovations: a better light-absorbing surface through enhanced nanostructured thermoelectric materials, which was then placed within an energy-trapping, vacuum-sealed flat panel.

Combined, both measures added enhanced electricity-generating capacity to solar-thermal power technology …”   …

Via Boston College: Solar Thermal Panels.

Boston College Professor of Physics Zhifeng Ren.

Research focus areas.

July 19, 2010

Biochemical Hydrogen Factory




Boston University’s Sean Elliott is researching a biochemical pathway to hydrogen fuel using bacteria-based red blood cells.  By combining light-sensitive pigments with hydrogen-producing proteins, bacteria could produce hydrogen through exposure toProfessor Sean Elliott the sun.  …

…   “If they can make it work, the researchers hope to apply sunlight to induce chemical reactions in the pigments that will enable the microbes to produce hydrogen, an environmentally benign fuel. ”   …

Via Boston University: Blood used for Hydrogen Manufacturing (Link).

June 08, 2010

Thin film solar cell operates at nanoscale to drive conversion efficiency




Boston College researchers work on the nano scale to address the challenges of thin film solar cells and energy conversion efficiency.  The approach taken in this research on nanocoax cell architecture is to avoid the use of crystalline materials, which will result in lower-cost power with ultrathin solar films.  The team has achieved power conversion efficiency of over 8 percent, which is very encouraging.  …Nanoscale solar cells

…   “Physicists at Boston College found a way to resolve the thick & thin challenge through a nanoscale solar architecture based on the coaxial cable, a radio technology concept that dates back to the first trans-Atlantic communications lines laid in the mid 1800s. ”   …

Via Boston College: Nanoscale Architecture (Link).

January 05, 2010

Solar Photovoltaic Silicon Manufacturing Transformation




1366 Technologies will focus its research efforts on the solar manufacturing process, targeting efficient path to photovoltaic cells. ...
... "The Boston company's approach would decrease the total installed cost of a solar power system by half. It would also decrease the amount of expensive silicon material needed to make solar cells by a factor of more than three ... " ...
Via New York Times: Achilles Heel of Photovoltaics

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September 24, 2009

Curio House - Boston's Solar Decathlon Entry




http://i.zdnet.com/gallery/344742-480-322.jpg

Boston's entry in the Solar Decathlon is called Curio House and is built mostly from off the shelf technologies and powered by the sun.  Cobuilt by Tufts University and the Boston Architecture School the building will be on its way to the Solar Decathlon competition in Washington, DC in October.

See related post on the Solar Decathlon.

" ... designed to run entirely from solar energy. ..."

" ... team has focused its design on affordability, making an 800-square-foot building using almost entirely off-the-shelf products and technologies. ... lined up a buyer for the home in Cape Cod where it is supposed to be the first unit in a green housing development. ... projected cost of the building, big enough for two people and a small child, is about $200,000. ..."

 

Via:  ZDNet  LINK

April 30, 2009

Preserve Products




Preserve Products logo

Preserve Products are recyclable, made with 100% recycled content and made in the US.

" ... products that offer more. ... performPreserve Productsance and style are every bit as important as their impact on the earth.  ... make our products from 100% recycled materials,  ... all of our products are designed to stay out of landfills when you are finished with them."

" ... products are powered by you and your recycling efforts. ... Preserve's Gimme 5 program, you can recycle your #5 plastics—a kind of plastic that many towns and cities won't recycle...."

" ... Preserve team is made up of 17 people and a host of talented interns who bike, walk, train, and drive (some in bio-diesel fueled cars) to our office outside of Boston i..."

 

Via: Preserve Produts LINK

December 10, 2007

Solar Powered Trash Compactors in Boston




 Solar Powered Trash Compactors
Boston has a new take on trashcans. 

Their BIG GREEN compacting cans can hold up to 150 gallons requiring less frequent vists by sanitation workers ... and less mess as they do not tip over and spill!

"... solar-powered, self-compacting trash receptacles. ...need emptying only once or twice a day, ... ..."

"... powered by photoelectric panels, which supply power to motor-driven compactors inside. ..."

"... has placed 50  ... machines in neighborhoods and hopes to buy more as it gauges how much it can save in labor costs.

"...model ... has increased capacity in the solar panels, allowing them to store enough power to run for several weeks without sunlight."

 

Via:  Boston.Com  Link

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