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CleanTechnica has a post from San Francisco mayor Gavin Newsom on the city's proposal to build a wave power plant offshore - Wave Energy to Bring Power and Jobs to San Francisco. Today, San Francisco took a meaningful step toward turning the promise of renewable ocean energy into reality. We submitted a preliminary permit application to the federal government to develop a wave power project off our coast that we believe can generate between 10 to 30 megawatts of energy, with potential of up to 100 megawatts. When this project is fully operational, upwards of 100 jobs could be created in San Francisco. Ocean power is a true "game changer" in the area of renewable energy. When wave and tidal power technologies reach commercial scale, they are expected to be able to provide thousands of megawatts of power to our coastal communities, dramatically green our energy portfolios and create thousands of new American jobs. In San Francisco, we've been doing our part to spur these technologies by aggressively advancing tidal and wave power pilot projects. We are 100% committed to this challenge. Wave power is not a new concept. In 1887, San Francisco Mayor Adolph Sutro recognized the power of San Francisco's waves and built a wave catch-basin to harness the ocean's power. Over the next century wave power development took a backseat to our dependence on oil, with oil platforms built along our coasts to feed our oil addiction.

The ABC recently had a report on plans to power north-west Queensland with low temperature geothermal power using hot water from the Great Artesian Basin. A Brisbane-based company says it could supply geothermal power to all of north-west Queensland. Clean Energy Australasia wants to build a $50 million geothermal power station near Longreach. But it has now also revealed plans to build a pilot geothermal project near BHP's Cannington mine at McKinlay, south of Cloncurry. The company's Joe Reichman says the Mount Isa region needs about 500 megawatts of power a year and geothermal resources could easily provide that. "It'll change the region into a powerhouse," he said. Mr Reichman says the company has applied for federal and state government grants and has support from the major mining companies in the region. If the projects proceed they would be the first geothermal power plants in Australia.

Reuters has a report on Australian wave power company Carnegie Corp and the vast potential for wave power in southern Australia - Aussie firm sees buoyant future in wave power. For millennia, Australia's rugged southern coast has been carved by the relentless action of waves crashing ashore. The same wave energy could soon be harnessed to power towns and cities and trim Australia's carbon emissions. "Waves are already concentrated solar energy," says Michael Ottaviano, who leads a Western Australian firm developing a method to turn wave power into electricity. "The earth has been heated by the Sun, creating wind, which created the swells," he told Reuters from Perth, saying wave power had the potential to supply all of Australia's needs many times over.

tullamarine interchange, tullamarine solar power, solar power, solar sound barrier, solar power barrier, sound-proof solar panels, noise reduction solar barriers In the search for a solar solution to power our cities, one of our biggest obstacles is the massive acreage required by conventional arrays. Photovoltaic panels are flat and expansive, and urban centers are at a serious loss for free space. Now Australian renewable energy retailer Going Solar has conceived of a clever strategy that infuses urban transit systems with energy producing potential - install solar panels in highways as sound barriers!

- Installed capacity in China's wind power sector will grow 64 percent this year to 20 million kilowatts, organizers of the 3rd China (Shanghai) International Wind Energy Exhibition and Symposium 2009 forecast Friday. Installed capacity grew 105 percent last year. Chinese industry experts believe that by about 2020, wind power will likely surpass nuclear power as China's third-largest source of electricity, after thermal and hydro power. Wind power comprised 1.5 percent of China's total installed capacity in 2008, when the country became the world's fourth-largest wind power market.

Is There Is Enough Water To Support India's Power Expansion?"Water in a coal-based power plant is heated and turned into steam for power. Power plants require a substantial amount of water for cooling purposes and for operations.

Expatriate Australian solar power company Ausra was one of the companies that featured heavily in my post on concentrating solar thermal power earlier in the year. California Governor Arnold Schwarzenegger has opened Ausra's first plant, a 5 MW plant at Kimberlina in central California (the first to open in 20 years) which will generate enough electricity during peak hours to power 3,500 homes. Ausra's next plant will be a 177 MW plant nearby in San Luis Obispo County. The SMH quoted Schwarzenegger as saying "This next generation solar power plant is further evidence that reliable, renewable and pollution-free technology is here to stay, and it will lead to more California homes and businesses powered by sunshine. Not only will this large-scale solar facility generate power to help us meet our renewable energy goals, it will also generate new jobs as California continues to pioneer clean-tech industry".

f You are Interested in Learning Exactly How to Generate Power and Reduce your Power Bill then This is the Perfect Resource for You! Earth 4 Energy (from creator and renewable energy enthusiast Michael Harvey) Can Show You How to Cut Your Power Bill by up to 80% using Solar Power and Wind Energy System that You Can Build on Your Own. This complete step-by-step fully illustrated manual will have you generating your own electricity for less then $200! With the ever increasing costs of living there is no better time then right now to start producing our own electricity. Whether you want to simply reduce your power bills or completely eliminate them - Earth 4 Energy will be your light and your all in one energy saving guide to create your own self electricity source. This guide will show you the simplest and easiest way to have power for less. Click Here for More Info on Earth4Energy

Inhabitat is doing a "Energy 101" series to explain why smart grids are necessary - Energy 101: Where Does Our Power Come From ?. Today we're excited to announce the launch of our new Energy 101 series,. in which we'll be exploring the future-forward technologies that stand to upgrade our grids, reduce our energy footprint, and slow the speed of global warming. Unless you have been living in a cave for the past few years, you've probably heard terms like "energy conservation", "off-grid energy", and "smart grid" tossed around. But before getting into the nitty-gritty of transitioning to renewable energy, we should stop and examine where exactly our power comes from now. Unless you derive all your power from on-site renewable energy sources like solar panels or wind turbines, chances are that you're connected to the power grid, a vast network that delivers electricity from suppliers to consumers. Right now, most energy on the grid comes from generating plants. These plants still usually get power from traditional sources like coal, nuclear, and hydroelectric dams. But as concerns over carbon emissions, safety, and long term sustainability of these sources grow, electrical utilities have begun to switch over to renewable energy sources.

"India Power Transformers Market Forecast & Opportunities, 2018" details about power transformers market in India, its growth prospects and opportunities. The power transformers market revenues in India are expected to grow at the CAGR of 14% till 2018. Under the 12th Five Year Plan (2012-17), the government plans to spend USD 200 Billion on developing and strengthening power infrastructure in India.

Kramer Junction. Nevada Solar One. Andasol 1. Kimberlina. They're obscure names today. But they'll be household names tomorrow. The reason? Each is now providing 'here and now' proof concentrating solar power (CSP) works. That can't be said for cabon capture and storage. Nor can it be said for 'next generation' nuclear. Each faces years of additional research and development before some 'first mover' will be game enough to build one. That just isn't the case with concentrating solar power. It's got 20 years of proven commercial operation (Kramer Junction) behind it. It also has new innovations coming on line (Nevada Solar One), with solar thermal storage (Andasol 1), and the promise of super-low costs in coming years (Ausra's Kimberlina). What it adds up to is a price-declining research and development juggernaut in concentrating solar power. This is rapidly bringing concentrating solar power closer to competitiveness with dirty fossil fuels. The California Energy Commission estimates this price 'cross over' could happen by 2015. Bulls predict sooner. And in an industry where new plants and equipment can last 40 years, 5-7 years from now is like tomorrow. What this means is that for forward planning of new infrastructure, concentrating solar power is already nipping at the heels of coal. Toss in carbon prices and the reduced likelihood of protesters chaining themselves to bulldozers as they are likely to at any new coal plants, CSP starts looking like a VERY good deal indeed.

n 2008, more wind power was installed in the EU than any other European Wind Energy Association (EWEA) Logo today show that 43% of all new Electricity generating capacity built in the European Union last year was wind energy, exceeding all other technologies including gas, coal and nuclear power. A total of 19,651 MW of new power capacity was constructed in the EU last year. Out of this, 8,484 MW (43%) was wind power; 6,932 MW (35%) gas; 2,495 MW (13%) oil; 762 (4%) MW coal and 473 (2%) MW hydro power capacity. For the first time, wind energy is the leading technology in Europe. A total of 64,949 MW of installed wind energy capacity was operating in the EU

Nextek Power Systems, Inc. is a pioneer in DC power networks for buildings. The Nextek Direct Coupling power distribution platform delivers superior efficiency, flexibility, and reliability to interior electrical circuits and on-site power generation. Take a look @ www.nextekpower.com/case-studies/direct-coupling-dc-micro...

The Age has an article on calls to power Australia using solar thermal power and geothermal power from the dead heart - Running on empty: deserts could solve energy crisis. DESERTS could generate enough renewable energy to power Australia, in the process creating unprecedented opportunities for its remote communities, a leading scientist says. Dr Barrie Pittock, a lead author with the UN's Intergovernmental Panel on Climate Change and former head of CSIRO's climate impact group, says deserts could also create a substantial clean energy export industry focused on Asia. He today will tell an Alice Springs deserts symposium that Australia is better placed to develop clean energy than almost any other nation, mainly due to its capacity for large-scale solar and geothermal power plants.

Here's one for the alternative wind power experiments file - a report from BusinessWeek on an interesting design idea, inspired by the Tacoma Narrows Bridge collapse of 1940 - Humdinger's Wind Power Alternative. As an MIT engineering undergraduate visiting the rural fishing village of Petite Anse, Haiti, in 2004, Shawn Frayne hoped to devise a way to convert abundant agricultural waste into cheap fuel. But the budding engineer soon found that the community's mainly poor residents faced an altogether more immediate need. Unconnected to the local power grid, they relied heavily on dirty kerosene lamps, which are not only costly to operate but also unhealthy and dangerous. He decided to devise an alternative-a small, safe, and renewable power generator that could be used to power LED lights and small household electronics, such as radios.

Something that has long been a dream of mine looks like it will be a reality soon. I have always wanted to see a solar powered solar panel factory, or a wind powered wind turbine factory. Basically you use a little fossil fuels to get started, then the first however many turbines/panels off the line power the factory, from then on in it's all carbon neutral.

"The world's largest tidal power station will be constructed off the coast of Incheon. GS Engineering and Construction signed a memorandum of understanding with state-run Korea Hydro and Nuclear Power (KHNP) on Wednesday and will begin construction later next year with a view to completion around 2017. The power station will have a capacity of 1.32 million kw/h, surpassing the 1 million kw/h of a nuclear reactor being constructed in Ulsan and 3.4 times greater than the capacity of the Rance Tidal Power Station in France, currently the world's largest. It will generate 2.41 billion kw per year, the equivalent of 60 percent of Incheon's household electricity consumption."

REW reports the world's biggest solar thermal tower has opened in Spain - World's Largest Solar Power Tower Commissioned. Abengoa Solar has begun commercial operations of the world's largest solar power tower plant, a 20 MW installation. The company claims that the performance of the power plant, the so-called PS20, has exceeded its design output in the wake of its three-day production and operational testing period. Located at the Solúcar Platform, near Seville, Spain, PS20 is the world's second power tower plant in commercial use and features a number of significant technological improvements with respect to its predecessor, PS10. These enhancements include a higher-efficiency receiver, various improvements in the control and operational systems, and a better thermal energy storage system. PS20 consists of a solar field made up of 1255 heliostats with a surface area of 1291 square feet each. This reflects the solar radiation it receives onto the receiver, located on the top of a 531 foot-high tower, producing steam which is converted into electricity generation by a turbine. Plant construction was carried out by Abener.

The Guardian has an article on a report from Greenpeace, the European Solar Thermal Electricity Association and the International Energy Agency's SolarPACES group on the potential for solar thermal power to supply a large proportion of our energy needs (why they limit it to 25% is a mystery to me) - Concentrated solar power could generate 'quarter of world's energy'. Solar power stations that concentrate sunlight could generate up to one-quarter of the world's electricity needs by 2050, according to a study by environmental and solar industry groups. The technology, best suited to the desert regions of the world, could also create hundreds of thousands of new jobs and save millions of tonnes of CO2 from entering the atmosphere. Concentrating solar power (CSP) uses mirrors to focus sunlight onto water. This produces steam that can then turn turbines and generate electricity. It differs from photovoltaics, which use solar panels to turn sunlight directly into electricity and can operate even on overcast days. CSP only works in places where there are many days with clear skies and is a proven, reliable technology. At the end of 2008 CSP capacity was around 430MW, and worldwide investment in the technology will reach