Solar Technology Lifts Energy Options In Rural Kenya

Posted on September 4, 2011 by quest

South Korean electronics maker Samsung has launched a solar powered laptop in the Kenyan market with the capacity to run for 15 hours, nearly double the seven to eight hours lasting power of rivals. Korean electronics giant Samsung has launched a solar powered laptop in the Kenyan market targeting thousands of potential consumers currently locked out of the computer revolution by lack of electricity. Kenya, with a large rural population that is not connected to the national power grid, is among the few countries Samsung picked for the global launch that began last week. The Samsung Netbook NC215S lap top is priced at Sh35,000 and is also targeting consumers who are connected to the national electricity grid but suffer erratic power supply.

The solar-charged laptop is loaded with a front cover panel that captures energy from the sun and automatically recharges the battery. When fully charged, the lap top can run for up 15 hours – nearly double the capacity of its closest competitors that have seven or eight hours stand-by capability. “With Netbook NC 215S Samsung is demonstrating its capacity to bring to the consumers technology that satisfies their needs and takes care of the environment,” said Samsung Electronics East Africa Business Leader Robert Ngeru. The Korean firm is building consumer electronics and mobile technology for sub-Sahara Africa where it set a $10 billion revenue target by 2015. Samsung’s sub-Saharan Africa market is currently worth $1.23 billion.

Massai Traditional Dances

Launch of the Netbook NC 215S comes as Kenya’s four mobile telecoms firms, Safaricom, Airtel, Telkom’s Kenya Orange and Essar’s Yu have intensified their activities in the data market and are looking for affordable internet enabled devices such as laptops and mobile phone handsets to expand the number of data users. Growth of the data market is particularly critical to the long term survival of the telecom operators who have had to contend with steep decline in voice revenue in the past couple of years. Samsung is among the hardware vendors who have partnered with Safaricom in the laptops market. Available only in black, the netbook’s solar panel can also be used to charge a smartphone, MP3 player and other devices via its USB port, even when the PC is switched off or in power-saving mode. The Netbook NC 215S also features an ultra-portable and stylish design, weigh–ing just 1.3kg and featuring a slim display rim that is as thin as a finger.

South America Its Green Is On

SunPods Solar Arrays Using Digital Automation

Posted on August 31, 2011 by quest

Clean technology company SunPods Inc. is using software from Autodesk, Inc. to design and manufacture modular solar array units that help make solar power more accessible and affordable “Digital Prototyping makes it easier for young clean tech companies with limited resources to develop products that can have a profound impact on the world around us” Unlike conventional customized ground-mounted solar arrays that require extensive onsite assembly and construction, SunPods (which stands for “Sun Power on Demand”) are configured and built in a factory before being delivered to virtually any site — a process that reduces installation time by up to 85 percent.

The combination of Autodesk Inventor and AutoCAD software has helped SunPods to design and model its arrays without the need for physical prototypes or on-site testing. During the product development process, the company was able to test and evaluate 23 different digital prototypes. Additionally, Autodesk Showcase software enabled SunPods to more effectively demonstrate the innovative concept to customers by creating realistic animations placing the ideas in context. “At SunPods, we want to provide sun power on demand,” said Michael Gumm, managing partner and cofounder of SunPods. “At every stage, Autodesk software has helped us turn that vision into a reality and speed up our progression from ‘good idea’ to great product.” Modular Array Design Reduces Installation Time Up to 85 Percent, Increases Affordability of Solar Energy

As a member of the Autodesk Clean Tech Partner Program — which provides software to emerging clean tech companies in North America, Europe and Japan — SunPods gained access to a variety of Digital Prototyping tools to speed the development of its modular power unit. Autodesk reseller, KETIV Technologies, helped provide training and support to enable SunPods to more quickly implement Digital Prototyping into the design process. Each of the pre-manufactured, self-contained units is capable of generating up to 3.82 kilowatts of power — enough for a small residence. Thanks to its modular design, multiple units can be connected to one another to scale energy needs to power larger projects. The marketplace has embraced the company’s innovative ideas: SunPods have now been deployed for commercial, residential, educational and agricultural projects across the United States. A cluster of three SunPods generates 750 kilowatts per month for a private home in Hollister, Calif., for example, while a cluster of 25 SunPods generates 10,000 kilowatts per month for a high school in Presidio, Texas. “Digital Prototyping makes it easier for young clean tech companies with limited resources to develop products that can have a profound impact on the world around us,” said Robert “Buzz” Kross, senior vice president, Manufacturing Industry Group at Autodesk. “The work SunPods is doing is incredibly important and we’re glad Autodesk software can help play a role in making the transition to solar energy more financially accessible to more people.”

News perspectives on going green

Hertz To Rent Electric Vehicles With BYD In China

Posted on August 30, 2011 by quest

BYD, the largest Chinese domestic auto brand and The Hertz Corporation, the world’s largest general use car rental brand, recently announced a strategic partnership to promote new energy applications to propel the development of the EV markets in China. In addition, as part of the partnership, Hertz will rent BYD’s e6 electrical vehicle (EV) to Chinese consumers, municipalities and government agencies. Mark Frissora, Chairman and CEO of Hertz stated, “Hertz is once again first to market with innovation. We are the first global car rental company to offer EVs in China for businesses and consumers to rent. With our partnership with BYD, we can offer a complete solution including rental and sales – another first for our industry.” Chuanfu Wang Chairman and CEO of BYD stated, “Innovation is a consistent theme for Hertz and innovation is also the core of BYD’s continuous fast growth — pure EVs for car rental in China is an innovative step for new energy industry development. This joint innovation for our two large enterprises in the field of pure EVs will certainly bring ‘green’ transportation to the forefront for the world to admire.”

“Hertz is once again first to market with innovation. We are the first global car rental company to offer EVs in China for businesses and consumers to rent. With our partnership with BYD, we can offer a complete solution including rental and sales – another first for our industry.”

As part of this agreement, the BYD’s e6, a 5-seat, pure-electric vehicle with the driving range of more than 186 miles (240 km) will be introduced into the Hertz China’s rental fleet making BYD’s e6 the first pure EV for rent in China. The core technology of the e6 FE battery boasts the highest safety, longest service life and most environmentally-friendly rechargeable chemistry (containing no heavy metals or toxic/flammable electrolytes). BYD’s e6 will serve in Hertz’s fleet for multiple groups of Hertz consumers including urban drivers, university students, travelers, and corporations, while bringing them a brand-new environmentally-friendly, EV driving experience.

Solar to Power Leading Wind Power Maker

Solar Solutions In Effect at LA’s Walter J Towers

Posted on August 28, 2011 by quest

Los Angeles Mayor Antonio Villaraigosa, Los Angeles Department of Water and Power (LADWP) General Manager Ronald O. Nichols and other city officials today celebrated the completion of one of the largest infill solar panel projects in central Los Angeles. Located at the Walter J Towers at 1930 Wilshire Boulevard, the project is managed by LA Building Management and was designed and built by LA-based ReGreen Corporation, with design input from both LADWP and the LA Department of Building and Safety (LADBS). Dr. Walter Jayasinghe (j’eye-ya-SING-ha), a Los Angeles physician who emigrated from Sri Lanka as a young man, owns the Walter J Towers.

Dr. Walter Jayasinghe is an enthusiastic supporter of employing technology to reduce energy consumption, as well as costs. “I’ve dedicated my life to helping people restore and maintain their health,“ said Dr. Jayasinghe. “In a sense, these solar panels and other steps we’ve taken to reduce energy consumption at Walter J Towers are small but tangible actions toward helping maintain the health of this neighborhood and the planet.” The Walter J Towers solar panel project uses 1,185 photovoltaic panels, elevated above the building’s surface parking lot, which will reduce the building’s annual energy costs by 30%. “Going solar was the right thing to do for our business, our tenants and this community,” stated Dilan Jayasinha, President of LA Building Management. “Putting such a large project in such a relatively small space that’s outfitted with older infrastructure required substantial planning and expertise. ReGreen delivered and everybody wins.

“Dr. Walter Jayasinghe‘s story highlights how investing in solar isn’t just good for the environment, it is good for a business’s bottom line,” Mayor Villaraigosa said. “We are working with our business community for more innovative and forward-thinking companies to reap the environmental and economic benefits of DWP’s Solar Incentive Program.” “This is a great example of using local renewable energy to reduce energy costs. The collaboration between LADWP, ReGreen Corporation and Mr. Jayasinghe on this solar project will reduce energy costs for the Walter J. Towers and support the LADWP’s efforts to reduce our reliance on fossil fuels,” said LADWP General Manager Ronald O. Nichols. “With the September 1 re-launch of our popular solar incentive rebate program, we look forward to working with many other City businesses and residents interested in achieving similar benefits through solar power.”

Solar power in California

Berkeley and Stanford Racing in 2011 World Solar Challenge

Posted on August 26, 2011 by quest

Panasonic Corporation of North America has announced their support for student teams in the Darwin-to-Adelaide, 3,021-kilometer 2011 World Solar Challenge in Australia this October. Panasonic is providing the latest Lithium Ion battery technologies for use with solar-powered vehicles engineered by undergraduate teams from the University of California at Berkeley and Stanford University in the seven day drive through the Australian Outback. Yesterday’s announcement came at Infineon Raceway’s first Accelerating Sustainable Performance Summit, a day-long forum for innovators and thought-leaders to explore prospects for sustainable automotive development and performance-oriented marketing of green cars. Peter Fannon, Vice President, Technology Policy, Panasonic Corporation of North America was on hand to wish the two teams the best of luck in proving their innovative solar car designs in the grueling Australian Outback environment.

“These teams are truly proving the power of nature’s most ubiquitous fuel, the sun, and helping advance the time when sun power can be a routine part of transportation, and more in our daily lives,” said Mr. Fannon. “Panasonic is pleased to be part of realizing this vision.”In addition to the Lithium Ion batteries that will power the vehicles, Panasonic will also equip the two teams with ruggedized LUMIX digital cameras and Full HD camcorders to enable them to record their performance in the 1,877 mile vehicle endurance test. Although the cars competing in the World Solar Challenge are powered by solar energy, the sun’s rays are converted to electricity, which must be stored when not used immediately. This excess energy is stored in high-efficiency Lithium Ion batteries and is then used to power the vehicles when solar power is not feasible, for example, when it is cloudy or at night.

A prestigious event that attracts the world’s best technical universities and colleges, the World Solar Challenge aims to help discover new automotive technologies that rely on the power of the sun by engaging student teams to develop electric vehicles for a week-long race across the Australian Outback. Currently in its 11th year, the 2011 event will host teams from all over the world to participate in the 3,021-kilometer journey. Dedicated to the goal of becoming the number one green business innovation leader in the electronics industry by 2018, Panasonic pledges to practice prudent, sustainable use of the earth’s natural resources and protect our environment through the company’s Eco Ideas programs.

Japan Energy Law To Cut Nukes, Boost Solar, Wind

Solar Trees Powering Electric Vehicles

Posted on August 25, 2011 by quest

Envision Solar International, Inc., a leading sustainable infrastructure product designer and developer, today announced that the company has commenced work on 15 electric-vehicle (EV) charging enabled Solar Tree structures with their integrated EnvisionTrak proprietary and patent pending tracking systems for a major US Government entity. The project will generate over $800,000 of revenue for the company and is expected to be completed in Q4 of 2011.

Envision Solar’s President and CEO, Desmond Wheatley, said, “Our ability to deliver high quality products to equally high quality customers with whom we have huge scaling potential is key to our growth strategy. This deployment of 15 of our CleanCharge enabled EnvisionTrak Solar Tree structures for the world’s largest customer is another significant indication of our ability to repeatedly execute on that strategy. We are proud and delighted to have been selected for this very high visibility project and look forward to many more.”

Company Chairman and Founder Robert Noble stated, “We are excited about seeing 15 of our iconic, archetypal “Smart Trees™” deployed at this highly visible location right here in our home town, San Diego. For many years to come, visitors to this Solar Grove will be able to charge their EVs, see clean energy generation in action, up close, and experience the sheer pleasure of a shady park of beautiful Solar Trees. It is truly an honor for us to be working on such a forward-looking project which we know will be a powerful demonstration of the government’s growing real commitment to a sustainable future.”