Michele Kearney's Nuclear Wire

Major Energy and Environmental News and Commentary affecting the Nuclear Industry.
Showing posts with label Solar power. Show all posts
Showing posts with label Solar power. Show all posts

Friday, December 31, 2010

Jordan Moving towards a Nuclear Future

[AMMAN] Jordan is to enter the nuclear age with the announcement on 9 December that construction of its first nuclear research and training reactor will begin by February next year.
The Jordan Centre for Nuclear Research, which will host the reactor, will be built at the Jordan University of Science and Technology, about 70 kilometres north of Amman.
Nedal Xoubi, nuclear fuel cycle commissioner of the Jordan Atomic Energy Commission (JAEC), told SciDev.Net that the Jordan Research and Training Reactor (JRTR) will be built at the centre at an estimated cost of US$130 million. The building's foundation was laid last month (23 November).
"The new reactor is a keystone in the nuclear infrastructure of Jordan, as a new generation of nuclear engineers and scientists will be trained in the facility," he said.
A South Korean consortium is building the five-megawatt reactor, which will be used for radioisotope production and training and is expected to be fully operational by 2015.
A full nuclear plant will follow, in line with plans to lessen Jordan's dependence on fossil fuel.
"[We want] to transform Jordan from a net energy importer to a net electricity exporter by 2030, with the aim of making low-cost power available to sustain the country's continued economic growth, and to desalinate very much-needed water," said Khalid Touqan, chairman of Jordan Atomic Energy Commission.
"The pursuit of nuclear power is of crucial importance to a country like Jordan, which imports 96 per cent of its energy at a cost of 20 per cent of its gross domestic product and which faces severe water shortages," he said, adding that the kingdom has estimated uranium oxide reserves of about 70,000 tonnes.
But Ahmad Al-Malabeh, professor of earth and environmental sciences in the Faculty of Natural Resources and Environment at the Hashemite University, said: "Having such an ambitious nuclear project requires creating a functioning system for radioactive waste management, in order to avoid an environmental disaster".
Al-Malabeh said that the JAEC should have been subject to an economic feasibility study to compare it with solar power.
"They focused on the nuclear option because of the existence of significant quantities of uranium, despite the fact that Jordan is in the solar belt, which is excellent for generating solar power."
Ahmad Alkofahi, the executive director of the Jordan Environment Society, said: "The environmental societies [of Jordan] are not against initiating a nuclear reactor, but solar and wind power should be initiated in the same way, as they are much better environmentally and economically".
By. Hanan Alkiswany
Source: SciDev

lhttp://oilprice.com/Alternative-Energy/Nuclear-Power/Jordan-Moving-towards-a-Nuclear-Future.html
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Tuesday, December 21, 2010

Social Network For Photovoltaics Launches Ideas Contest




Participants can submit ideas about standardisation of interfaces, photovoltaic standards for cell production, cost reductions, safety and energy efficiency, utility monitoring and assembly systems up until the 20th of February 2011.
http://www.solardaily.com/reports/Social_Network_For_Photovoltaics_Launches_Ideas_Contest_999.html Hauppauge NY (SPX) Dec 21, 2010 Specialists from the photovoltaic sector now have their own international expert network: the Festo Engineering Network offers a convenient and efficient way of exchanging ideas within the community about trends and market developments in the wafer-based solar industry and of discovering new solutions together. The Festo Engineering Network simplifies contacts between leading manufacturers of photovoltaic solutions and scientists from the Fraunhofer ISE and CSE.
Network members develop new ideas for the future of the solar industry in closed workgroups. A database provides up-to-date industry know-how such as sample applications, reports and studies, which members can download free of charge.
As part of the launch activities for the online platform, the Festo Engineering Network has announced an ideas contest with attractive prizes, for example a flight in a hot-air balloon or an airship.
Participants can submit ideas about standardisation of interfaces, photovoltaic standards for cell production, cost reductions, safety and energy efficiency, utility monitoring and assembly systems up until the 20th of February 2011.
At the opening event of the Festo Summit Photovoltaics in San Francisco at the beginning of December 2010, Professor Dr. Joel West of San Jose State University stressed how important collaboration in social networks is, particularly in young and dynamic industries like photovoltaics: "Trust, reliable processes and a clear-cut infrastructure evolve if cooperation is started early amongst network members. This enables us to reap the benefits for successful products."
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Monday, December 6, 2010

Sahara desert project aims to power half the world by 2050

Sahara desert project aims to power half the world by 2050

December 2, 2010 by Lin Edwards Sahara desert project aims to power half the world by 2050Enlarge
Image credit: Diginfo TV
(PhysOrg.com) -- A joint project by universities in Algeria and Japan is planning to turn the Sahara desert, the largest desert in the world, into a breeding ground for solar power plants that could supply half the world’s electrical energy requirements by 2050.http://www.physorg.com/news/2010-12-sahara-aims-power-world.html
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Friday, December 3, 2010

PSE And G's Linden Solar Farm Turns A Brownfield Green




PSE and G is developing the four ground-mounted solar farms on PSE and G-owned properties in Linden, Yardville (4.4 megawatts), Edison (2 megawatts) and Trenton (1.3 megawatts). Each will be among New Jersey's largest solar farms. The sites will utilize crystalline solar panel technology and have monitoring and communications functionality.
http://www.solardaily.com/reports/PSE_And_G_Linden_Solar_Farm_Turns_A_Brownfield_Green_999.html Linden NJ (SPX) Dec 02, 2010 Public Service Electric and Gas Company (PSE and G) is marking construction of its Linden Solar Farm on the doorstep of PSEG's Linden Generating Station. The 3.2-megawatt facility is one of four ground-mounted solar farms that PSE and G is developing as part of its $515 million Solar 4 All program. It is one of three solar farms being built on former brownfields that have been returned to a useful role. The Linden farm is one of more than 20 solar projects that PSE and G is developing through its Solar 4 All program, with a total investment of more than $140 million that will create almost 300 jobs and provide New Jersey with 30 megawatts of solar-generated power.
"The Linden Solar Farm shows how the benefits of solar power extend far beyond just producing clean, carbon-free electricity," said Al Matos, PSE and G's vice president of renewables and energy solutions.
"This project exemplifies PSE and G's environmental commitment and its leadership position in renewable energy. We are giving new life to a once-contaminated site."
"With our solar arrays here in Linden, as well as those in Edison and Trenton, we are helping to turn brownfields green - and give these long-dormant sites a new purpose," Matos continued.
"By the end of this year, these three solar farms will be providing enough electricity to power about 1,000 average-sized homes, while creating jobs and helping New Jersey to become a major player in the renewable energy sector."
The Linden Solar Farm will comprise 11,484 solar panels covering a little more than 10 acres of PSE and G property and will be connected directly to the electric grid for the benefit of all PSE and G electric customers. The solar farm will produce enough electricity to power about 525 average-sized homes.
PSE and G is developing the four ground-mounted solar farms on PSE and G-owned properties in Linden, Yardville (4.4 megawatts), Edison (2 megawatts) and Trenton (1.3 megawatts). Each will be among New Jersey's largest solar farms. The sites will utilize crystalline solar panel technology and have monitoring and communications functionality.
In addition, PSE and G is building a 1-megawatt solar system on the roof of its Central Electric headquarters in Somerset, N.J., and a 700-kilowatt solar system at its Edison Training and Development Center facility in Edison, N.J. There also are four solar systems built on the grounds of five Newark Public Schools as part of the Solar 4 All program.
The 20-plus projects under development will produce enough energy to power about 4,900 homes and eliminate 23,000 metric tons of CO2 emissions - the equivalent of removing nearly 2,800 cars from the road for one year.
PSE and G is using leading solar energy companies to help deploy solar farms across the state to help drive New Jersey's economic growth in this sector. Advanced Solar Products, a premier developer of solar energy projects, is responsible for the deployment of the Linden project.
State regulators approved PSE and G's Solar 4 All program in July 2009. The program involves a $515 million investment in 80 megawatts of solar power, creating green jobs and vastly increasing the amount of renewable energy capacity in the state of New Jersey
The program's first segment consists of installing up to 40 megawatts of pole-attached smart solar units in neighborhoods on utility poles in PSE and G's service territory, which includes the state's six largest cities and roughly 300 rural and suburban communities. This is the largest pole-attached solar installation in the world, with the smart solar units connected directly into PSE and G's electric distribution system.
The second segment of the Solar 4 All program focuses on 40 megawatts of centralized solar facilities, such as the Linden Solar Farm and other solar sites on PSE and G owned or leased properties.
The financial benefits that Solar 4 All produces - federal tax investment credits, sale of the energy and capacity, as well as monetizing the solar environmental credits (SRECs) - are returned to PSE and G electric ratepayers to reduce the overall cost of the program.
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Thursday, December 2, 2010

Sahara desert project aims to power half the world by 2050

Sun over sahara desertImage via Wikipedia PhysOrg.com) -- A joint project by universities in Algeria and Japan is planning to turn the Sahara desert, the largest desert in the world, into a breeding ground for solar power plants that could supply half the world’s electrical energy requirements by 2050.
http://www.physorg.com/news/2010-12-sahara-aims-power-world.html
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Friday, November 19, 2010

US agency seeks easier grid access for solar, wind

Seal of the United States Federal Energy Regul...Image via Wikipedia
WASHINGTON Nov 18 (Reuters) - Federal regulators on Thursday proposed reforms to make the U.S. electric grid more accessible to electricity generated by renewable energy sources, which should lower costs for consumers who want to buy clean power.
The Federal Energy Regulatory Commission proposed a rule requiring public utility transmission providers to allow renewable power producers to schedule their shipments of electricity over shorter time periods to better reflect the moment-to-moment changes in generation output by renewables.
Wind and solar power producers would be able to schedule transmission service in 15-minute intervals, instead of the current one-hour scheduling procedure.
"Most of the new power plants for which developers are seeking access to the grid are variable resources such as wind and solar generators," said FERC Chairman Jon Wellinghoff. "This proposal will help the commission to cost-effectively integrate these and other variable generators into the grid in a way that helps maintain reliability and operational stability."
The FERC's proposal would help meet the Obama administration's goal to double the amount of U.S. electricity generated by renewable energy sources.
http://af.reuters.com/article/energyOilNews/idAFN1810260520101118
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Wednesday, October 27, 2010

US approves world's biggest solar energy project

The United States approved on Monday a permit for the largest solar energy project in the world -- four massive plants at the cost of one billion dollars each in southern California. "The Blythe solar power plant will consist of four, 250-Megawatt plants, built on public lands in the sun-drenched Mojave desert," Interior Secretary Ken Salazar said.
"When completed the project is expected to generate up to 1,000 Megawatts of energy... That's enough electricity to power up to 750,000 average American homes and to make Blythe the largest solar power plant facility in the world."
The total capacity will be roughly equal to the turbine output of a nuclear power plant or a large modern coal-fired power plant, according to Solar Millennium, the company developing the facility.
Solar Millennium plans to begin construction on Blythe this year, the company says on its website. At the height of construction, the project is expected to create more than 1,000 jobs.
The Blythe facility is one of a raft of renewable energy projects that have been approved in recent weeks by the Interior Department.
Earlier this month, Salazar approved the first five renewable energy projects on public lands, four in California and one in Nevada, both states that have been hard hit by the economic downturn.
Two weeks ago, Salazar inaugurated the world's largest wind tower manufacturing plant in the working class town of Pueblo, Colorado, which will be run by Danish company Vestas Wind Systems.
One week earlier he signed a lease for the first major offshore wind farm, off the coast of New Jersey.http://www.solardaily.com/reports/US_approves_worlds_biggest_solar_energy_project_999.html

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Monday, September 13, 2010

Journal Special Report Focuses on Business Side of Energy

Journal Special Report Focuses on Business Side of Energy
The Wall Street Journal today published a 13-article special report on investment in the energy and electric industries and various forms of generating power. The articles were led by Liam Denning's analysis that, as he wrote, "there's money to be made in the energy business--if you know where to look."

Articles examined the trend toward switching to natural gas and away from coal to generate power, hydropower and geothermal, backyard wind turbines and leasing solar panels, and companies on the cutting edge of R&D into fuel cells, algae, the smart grid, lightweight gasoline-powered cars and diesel.
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