Solar Panels “Photosynthesis” Art In Milan Exhibit


Panasonic Photosynthesis photo by Santi Caleca 82 225x300 Solar Panels Photosynthesis Art In Milan ExhibitDevelopers of solar technology are turning to nature to better understand how plants use the sunlight to store and use energy. The concept of solar trees is showing up all over the world. In Italy. Panasonic will showcase its total solutions for creating, storing, saving and managing energy at the Milano Salone del Mobile 2012 exhibition, which will be held in Milan this April. At this year’s exhibition, Panasonic will present an energy cycle, comparing it to an ecological cycle that begins with photosynthesis, starting with energy creation (through solar panels), and continuing to energy storage (through storage batteries) and energy saving (through LED and organic LED lights), with each stage of the cycle being controlled by an energy management system. The installation, which is the first outdoor exhibit for Panasonic, was designed by noted young architect Akihisa Hirata, whose organic vision of a living, breathing architecture reflects the open yet interdependent symbiotic cycles in nature.

Based on the dynamic of photosynthesis, I envisioned the leaves, fruit and flowers of a tree linking the entire corridor space in a cyclical network of creating, storing and saving energy. A new image of human endeavor open to the limitless energy of the sun, to the energy channels we have built and to the cycles of the biosphere. I wanted to shape a new interpretation of nature at this historic juncture,” said Akihisa Hirata.

Panasonic Photosynthesis photo by Takumi Ota 1 300x200 Solar Panels Photosynthesis Art In Milan ExhibitIn response to the common goal of “shifting to sustainability,” Panasonic is working to make our lives more pleasant and reduce our impact on the environment. The 2012 installation “Photosynthesis” exemplifies this dual ecology approach in a controlled-cycle energy management “tree” with solar panel “leaves”, energy-storing battery “fruit” and energy-saving LED/OLED “flowers”. It’s a new experience and a new world of possibilities for these greening times.This installation takes place at INTERNI LEGACY, University of Milan.

Maui Brewing Hops Solar Powered



 Maui Brewing Hops Solar Powered

12 300x188 Maui Brewing Hops Solar PoweredConegra Solar the renewable energy company backed by Khosla Ventures recently partnered with Maui Brewing Co. to install Hawaii’s first PV and solar thermal system to power brewing process.  “We were searching for a way to maximize the space on our roof. Cogenra’s solar cogeneration technology was the perfect match, producing both electricity and hot water in one compact design,” said MBC founder Garrett Marrero. “Cogenra’s solution helped us maximize our ROI and minimize our environmental impact.”Cogenra’s solar cogeneration array will provide MBC with solar hot water and electricity, enhancing the brewery’s sustainability leadership while reducing energy costs.

The 24-module, 60-kilowatt (kW) rooftop system will occupy less than 2,400 square feet and support the brewery’s existing 100kW solar photovoltaic (PV) installation, supplying renewable electricity for pumps, packaging and cooling. The solar hot water generated will feed directly to the facility’s Clean-in-Place (CIP) and brewing processes.The first of Cogenra’s installations in the State of Hawaii, constructed together with Green Global Communities, the installation will be commissioned in the second half of 2012. The dual energy benefits of Cogenra’s solar cogeneration solution provides a cost-effective solution for Hawaii businesses looking to combat the region’s high operating, labor and energy costs.

“Any business that uses a lot of hot water can profit greatly from solar cogeneration, whose hybrid technology provides two benefits: solar hot water and solar electricity. Customers in Hawaii, with ample sun exposure and high energy costs, are at a special advantage,” said Gilad Almogy, CEO of Cogenra Solar. “Maui Brewing has recognized the unique benefits and cost advantages of our hybrid technology and we are thrilled to provide our solution as part of their sustainability plans.” Conegra also supplies electricity for The Sonoma Wine Company.

The Heroes of Solar

Solar Smart Windows Reflecting Growth



 Solar Smart Windows Reflecting Growth

BerkeleyLabsWindowTestingFacility 300x190 Solar Smart Windows Reflecting GrowthAfter many years of being no more than a niche, the smart windows market is starting to reflect growth says a report from NanoMarkets in its latest report on “Smart Windows Markets 2012. NanoMarkets is a leading provider of market research and industry analysis of opportunities within advanced materials and emerging energy and electronics markets. The firm believes that several factors are combining to make this happen. The most obvious perhaps is that there is a growing awareness of energy conservation, green building and fuel efficient transportation by building owners and governments. Smart windows will further provide a growth platform for architectural glass manufacturers and window manufacturers.  Already “pricey” architectural glass and window products can be sold at incremental price increase, while providing valuable additional features such as energy savings with smart coatings on the windows and glass facades.

For the construction and architectural side of things, NanoMarkets believes that firms who focus on LEED design and construction, and who adopt smart windows technologies, will benefit the most.  As smart windows technology grows and pervades the marketplace, it will eventually become a “required technology” for LEED design and construction.  Therefore, architectural and construction firms that are early adopters of smart windows technology in their building designs will gain a sustainable competitive advantage for growing their businesses.With all these developments in mind, NanoMarkets is publishing this new report to pinpoint and quantify where the money will be made – and lost – in the worldwide smart windows business. The report covers both traditional passive smart windows, as well as the new breed of active electrochromic and thermochromic smart window technologies. It also discusses the numerous challenges that will have to be overcome in this market to make new products a success.

This report analyzes the markets for self-dimming windows, self-cleaning windows and the smart windows of the future that will combine window functionality with the ability to serve as either lighting or solar panels; or both.

Universities Offering Joint Program in Energy Law

Energy From Solar Panels Building Electric Vehicles


728x90 Energy From Solar Panels Building Electric Vehicles

electric 300x243 Energy From Solar Panels Building Electric VehiclesIt’s real hard not to like BMW’s new electric, prototypes and fossil fuel cars. But now motoring giants BMW and Honda are building solar panels into their production plants and other facilities. With the rising costs of gas and energy; this is a logical move for big commercial energy users and residential users who are ready to use solar power to cut energy usage, transportation costs and dependence on oil. Just imagine the day when you don’t have to go to the gas station to fuel up? You simply plug your electric powered car into your solar powered home and zaaaaap you’re good to go! This is no fantasy…. not anymore and the fact that BMW and Honda are using solar energy to build electric vehicles should be a clear indication where the smart money is going.

Both of these behemoths in the automobile industry are looking to start incorporating more on-site solar electricity generation. Honda has been installing solar power generation systems at their plants all around Japan and they have so far reached a total combined capacity of 3.3 megawatts.

Honda’s own solar power branch is Honda Soltec and they are using their own solar panels, the “Honda Soltec CIGS thin-film solar cells” on all of tir branches. Among the recent installations by Honda there’s been a 9 kilowatt-solar power system fitted at the Honda Cars Tokyo Chuo dealership. This installation marks the beginning of a solar power initiative from Honda that will see over 100 dealerships fitted with similar solar panels. BMW has been pulled over to the ‘green side’ after having just recently finished installing 400 solar modules that each has a 240 watt capacity. They have been installed at BMW Manufacturing heritage museum  and visitor centre which is situated next to their South Carolina plant.

Los Angeles Growing Green & Cleantech Businesses

26596 874d939b3ec0bd7e03f2e2e0df113390 679e7fbd1048abea5ba556aab2075684 300x199 Energy From Solar Panels Building Electric Vehicles

Michael Picker To Keynote San Diego Solar Symposium


728x90 Michael Picker To Keynote San Diego Solar Symposium

picker michael Michael Picker To Keynote San Diego Solar SymposiumIn an effort to continue the San Diego region’s rapid deployment of residential and commercial solar power installations, CleanTECH San Diego and the Solar Electric Power Association are co-hosting the San Diego Solar Energy Symposium on March 6 at the University of San Diego . The symposium willSanDiegoSkyline 300x200 Michael Picker To Keynote San Diego Solar Symposium feature a number of distinguished guests from the solar industry to discuss the future of solar power in San Diego.”No matter how much has been done, we’ve only just tapped into the full potential of rooftop solar solutions and mass adoption,” said Jim Waring, President and Chief Executive Officer of CleanTECH San Diego. “The lessons learned are the platform from which the region can grow to reach its full solar energy potential.”

Michael Picker, Senior Advisor to California Governor Jerry Brown for Renewable Energy Facilities, will keynote the symposium, discussing the region’s solar market and how to build a foundation for sustainable solar energy growth. A host of industry experts including representatives from San Diego Gas & Electric (SDG&E), Kyocera Solar, REC Solar, Xtreme Power Solutions, Soitec, UC San Diego and the Clean Coalition will bring perspective to today’s trends and challenges as well as outline a San Diego vision for solar power generation over the next decade. Scott Anders, USD Energy Policy Initiatives Center Director, and Andrew McAllister, Director of Policy and Strategy for the California Center for Sustainable Energy (CCSE), will moderate the panel discussions.

Transforming solar from a niche technology to a mainstream resource is a complicated undertaking. Our San Diego event brings together a productive mix of viewpoints that can serve as a model for the conversations that must take place across the nation,” said Bob Gibson, SEPA Vice President of Market Intelligence. SDG&E echoed the need for collaboration as the region continues to move forward and distinguish itself as a solar power leader. “SDG&E is fully committed to the development of solar power and entered into 12 contracts with developers for 897 megawatts of new solar energy in 2011,” said James P. Avery, SDG&E Senior Vice President of Power Supply. “The Solar Energy Symposium is a key part of our ongoing effort to collaborate with leaders in the solar industry, policy makers and our customers as we progress in transitioning SDG&E to a clean energy future.

Apple Using Solar Power To Power Itself

Los Angeles Growing Green & Cleantech Businesses


60827341 994e5d13e4 195x300 Los Angeles Growing Green & Cleantech Businesses26596 874d939b3ec0bd7e03f2e2e0df113390 679e7fbd1048abea5ba556aab2075684 300x199 Los Angeles Growing Green & Cleantech BusinessesNot only is LA becoming a hub for electric vehicle companies, in October 2011 Los Angeles launched its new cleantech business incubator (LACI) to accelerate development of cleantech start-ups by offering flexible office space, CEO coaching and mentoring, and access to a growing network of experts and capital.  LACI is the business equivalent of baseball’s farm system: it identifies local talent, nurtures it, and helps it get to market, resulting in more jobs and a bigger green economy in Los Angeles.The Los Angeles Cleantech Incubator (LACI) announced the acceptance of California Lithium Battery (CALiB) into its Portfolio Company Program making it the sixth start-up in LACI’s portfolio. CALiB has licensed new technology from the Argonne National Labs that improves the performance of lithium batteries by 3X.  CALiB’s goal is to be the leading United States-based developer and manufacturer of high performance Very Large Format lithium batteries for utility energy storage, EVs and specialized industrial applications.

Fred Walti, Executive Director of LACI said,“Developing game changing technology in energy storage is a key requirement for wider adoption of sustainable energy.   We’re impressed with California Lithium’s technology, which has been developed and validated by the Argonne National Labs, and its business strategy to enter the utility scale energy storage market.   While it’s too early to declare victory, CALiB’s batteries could effectively lower the Li-ion battery cost by 70%,”

“LA is emerging as the new global test center for advanced energy technologies and we thank Mayor Villaraigosa and the LADWP for their stewardship of the LACI” said Phil Roberts, CEO of CalBattery. He continued, “as a great example of public private partnership that is helping small businesses do big things for their community.  The help and connections of the LACI it will enable CalBattery to create good manufacturing jobs stemming from our new energy storage and EV lithium silicon-graphene battery made in LA for export to the entire global community.”  It was just this past October Mayor Villaraigosa welcomed solar and electric vehicle maker, BYD to its North American headquarters in downtown Los Angeles, and In November 2011 Electric maker Coda also set LA as its global headquarters.