Solar Energy improves Education in East Africa

A project, done by SolarAid, shows that the installation of solar panels on schools in rural areas has a significant effect on education. The charity released a video which documents the remarkable impact that solar energy can have on education and the performance of students.

Teachers and students from across East Africa document the difference that solar has made to their schools. One Tanzanian head teacher reports that his school jumped from being 336th out of 360 schools in their region, to 191st out of 574—and he attributes that success to increased study time for students as a result of electrification.

But beyond the usual stories of enabling students to study at night, there are less tangible benefits too. There is an obvious pride displayed by the interviewees as their schools shine out as beacons—in one case at least quite literally—for a cleaner, brighter, better educated future.

Via Treehugger.com

India Solar Projects get bids from Firms all over the world

According to an executive of the agency in charge of buying electricity from solar projects, India has received bids from 154 companies including Spain’s Gestamp Solar, Fonroche Energy of France and local utilities Reliance Power Ltd. and Tata Power Co. for contracts to build solar power facilities, an executive of the The South Asian nation had called bids to build and operate 350 MW of solar power facilities. These will be the second round of contracts to be given under a federal program.

Source & Image: WSJ.com

Solar power reduces poverty by introducing computing

Many people in rural areas do not have access to national electricity grids. Due to the lack of electricity, because of their remoteness, these areas have little to no option of a better future. However, off-grid renewables, like solar power, can be placed in rural areas to improve living conditions and create many possibilities to reduce poverty in these regions.

Solar Aid, a UK-based charity, has brought basis low cost computing to a rural community in Tanzania via solar power. The aim is to provide basic IT and English language tuition as an empowerment tool for rural villagers.

The systems chosen comprise four workstations assembled to a local design, each using only 15-18W each. This is very efficient, compared to the average 150W used for UK workstation. The technology will be used predominantly to focus on English language tuition, with specialized software being used for this. General computing will also be taught using word processors and spreadsheets.

These investments in communication and energy infrastructure for rural areas are not only for the people who live there. It’s about providing support for a viable economy wherever people choose to live.

Source: Treehugger.com

Fornature participates in the realization of the first 100% sustainable office in the Netherlands

The first 100% Cradle to Cradle office in the Netherlands is a fact. On Friday the 11th of November 2011 (Dutch Sustainability Day) the opening of the new BSH head office on Park 20|20 in Hoofddorp took place. Fornature took care of a major part of the interior of this completely sustainable building.

Architect William McDonough – together with Michael Braungart creator of the Cradle to Cradle principle – designed the new Dutch BSH head office which meets the Cradle to Cradle standards. This means all of the materials can be recycled without loss of quality and next to that the reuse of all interior products is guaranteed by Fornature. Expectations are that the building will soon receive the BREEAM rating good.

The BSH office is the first completion at the large-scaled area development called Park 20|20. The business park will be the first ‘full service Cradle to Cradle business park’ in the Netherlands. The office is energy-efficient, for example the roof which is made out of glass provides lots of daylight inside. And because of the atrium in the center of the building the light will circulate trough the different floors. The building contains 4000 m2 office space and 4000 m2 showroom in which customers can see products of Bosch, Siemens, Gaggenau, Neff and Solitaire. The roof is covered with solar panels and in the hall the biggest green wall in the Netherlands – which is quite an attraction – is situated.

The office spaces are designed according to ‘Het Nieuwe Werken’. This is a new way of working which implies flexible workspaces, quiet areas and conference rooms for informal meetings. Not only the building itself is designed according to the C2C standards, all interior features are also as sustainable as possible. Fornature is responsible for a major part of the interior: loose furniture, special furniture, carpet and system walls. These products will be reused or recycled; this is something Fornature guarantees. With this unique agreement Fornature makes sure an interior is truly sustainable.

The current situation is that not even one per cent of all office furniture is being recycled. Fornature’s aspiration is to change this. That’s why they created a database in which all sustainable furniture available on the Dutch market is collected. To make sure these sustainable products will get recycled, Fornature guarantees that these products will be returned to its producers through unique contracts.

The reuse of products gets more important every year because of an increasing demand of raw materials by new economies. Stimulating the reuse, upcycling and recycling of sustainable interior products means less raw material use, an enormous reduction of waste and decreasing the environmental pollution.

BSH is one of the frontrunners when it comes to their choice for a sustainable interior. They participate in promoting a cyclical system of material reuse and recycling of products. At Park 20|20 the Cradle to Cradle inspired Pavilions will open soon. Fornature will present itself in the Technical Pavilion.

State of California approves solar contract with high cost

While solar is becoming competitive with non-renewable energy sources, do we always have to choose renewables above non-renewables? California regulators had the same question last week, when they approved what they acknowledged to be a pricey contract for Abengoa Solar to sell power to Pacific Gas & Electric.

The California Public Utilities Commission voted 4-1 to approve the 25-year contract, which will allow Abengoa to build the 280-megawatt solar farm called Mojave Solar in southern California. Abengoa had already secured construction permits from state and federal regulators, as well as a $1.2 billion loan guarantee from the U.S. Department of Energy to help pay up to 80 percent of the project’s cost.

The commission staff recommended against approving the contract, saying it was way too expensive. Utilities can recoup the cost of buying renewable energy by raising rates. Contract price and terms are confidential, however, so it’s difficult to compare all those contracts that the three big utilities have signed over the years. Commissioner Mike Florio, who casted the lone “no” vote, said during the meeting that the contract will cost $1.25 billion over 25 years.

But commissioners who voted for the contract said price shouldn’t be the only deciding factor. They said the technology Abengoa will be using can produce power more consistently than, say, solar panels, and that consistency is valuable even if it isn’t reflected in the contract price. They also suggested that the state has a responsibility to support a variety of renewable energy technologies.

Via Renewable Energy World

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