The Army issued a draft request for proposals today to purchase over a 30-year period $7 billion worth of power generated from alternative energy sources, including solar, wind, geothermal and biomass.
Katherine Hammock, assistant secretary of the Army for installations, energy and environment, announced plans for the project last year to support the service's goal of having installations produce more energy than they consume.
The Army Corps of Engineers' Engineering and Support Center in Huntsville, Ala., which is managing the procurement, said the alternative energy power generation plants will be located on or near federal property.
Hammond said last year that the Army would support their development by leasing land on installations, and the draft RFP backs this up with language that says the service endorses "the procurement of large scale renewable energy generated on or near Army land."
Siemens AG (SIE), the world’s largest maker of offshore wind turbines, said it underestimated the pace of growth in the Chinese wind market and will ramp up spending to catch up as local competitors increase their lead.
“We’re investing massively in research and development and to make use of economies of scale in production,” Felix Ferlemann, head of Siemens’s wind-power business, said in response to e-mailed questions. “We were somewhat taken by surprise by the strong growth of the Chinese market.”
China led the world in installing wind-power capacity last year. Munich-based Siemens is working to keep pace in the country, where it’s lagging behind suppliers such as Vestas Wind Systems A/S (VWS), while competition puts pressure on prices. Profitability at Siemens’s renewable-energy unit was wiped out last year, calling into question Chief Executive Officer Peter Loescher’s strategy of focusing more on green technologies.
Aquion Energy Inc., a developer and manufacturer of revolutionary sodium ion batteries and energy storage systems, today announced it has chosen Westmoreland County, Pennsylvania as the site for its first full-scale manufacturing facility.
"After considering all of our options, including aggressive offers from a number of other U.S. states, we concluded that southwestern Pennsylvania is the best location for Aquion to establish its first high-volume manufacturing operation"
Starting in 2012, Aquion will be leasing space within a large existing facility in East Huntingdon Township from the Regional Industrial Development Corporation of Southwestern Pennsylvania (RIDC). The build-out of the base facility and factory infrastructure will begin immediately and continue throughout 2012. Initial product manufacturing is scheduled to commence in 2013. As part of a first phase manufacturing commitment at this site, Aquion expects to create over 400 high-tech manufacturing jobs by the end of 2015.
The wind power industry is predicting massive layoffs and stalled or abandoned projects after a deal to renew a tax credit failed Thursday in Washington.
The move is expected to have major ramifications in states such as Illinois, where 13,892 megawatts of wind projects -- enough to power 3.3 million homes per year -- wait to be connected to the electric grid. Many of those projects will be abandoned or significantly delayed without federal subsidies.
The state is home to more than 150 companies that support the wind industry. At least 67 of those companies make turbines or components for wind farms. Chicago is the U.S. headquarters to more than a dozen major wind companies who wanted to take advantage of powerful Midwestern winds.
The US Department of Energy’s SunShot Initiative is developing two new training programs that will be available through the Solar Instructor Training Network in spring 2012. This nationwide collaboration between community colleges, labor training centers, and nine Regional Training Providers is intended to provide high-quality photovoltaic (PV) occupational skills courses and training for every state in the country.
The PV On-Line Training tool will provide free, web-based training on solar PV inspection and building code practices for code officials across the country. Inspectors will be able to take eight in-depth modules on photovoltaic inspections at their convenience and then attend a free follow-up training the next summer at a nearby partner school. PV On-Line Trainings incorporate a simulated video environment for a “gaming” atmosphere that changes the scenario each time it is opened.
Despite that some solar thermal projects — which use the sun’s heat instead of solar panels — are getting replaced with cheaper solar panels, some developers are still moving forward on massive solar thermal plants in the deserts of the U.S. Developer SolarReserve announced on Thursday that it’s finished building the 540-foot solar power tower that will make up the centerpiece of its 110 MW project in Nevada.
The plant is called the Crescent Dunes Solar Energy Plant and SolarReserve says it’ll be “the largest power plant of its kind in the world.” It’ll also use molten salt for energy storage.
Industry Forecasts Strong Investments in Energy Storage Markets
Within the U.S., industry analysts forecast that $240 billion will be invested in storage grid applications over the next 10 years. Overall, government support is strong with the Department of Energy (DOE) Smart Grid Demonstration Grants project investing $772 million. Strong investments from the government and venture capitalists, successful demonstration projects, and recent technological advancements have all contributed to strong growth in the storage market.
Market drivers are energy independence and security; smart grid investments; time of use/peak demand rates; increase in renewables and distributed generation; and government policies, incentives and regulations. Though all sectors of the energy storage market show strong potential, from an application perspective distributed generation devices, renewable systems, and ancillary services show the greatest near term growth potential. Global opportunity over the next 10 to 20 years is estimated at upwards of 300 gigawatts (GW) in size, which translates into $200-$600 billion in value.
Alta Devices' most recent solar panel has been verified by the National Renewable Energy Laboratory (NREL) at 23.5% efficiency. This is the highest solar panel efficiency yet achieved and demonstrates Alta's progress toward its objective of developing solar photovoltaic (PV) solutions that are competitive, without subsidies, with fossil fuels.
Today's announcement is Alta's next step toward commercializing its technology. This new panel uses the same technology as the company announced last summer, which achieved record solar cell conversion efficiencies resulting from key technical breakthroughs in harnessing the high efficiency of gallium arsenide (GaAs) in cost-effective ways (see http://bit.ly/m51A5f ). Alta chose to focus on GaAs because of its intrinsic efficiency advantages as well as its ability to generate electricity at high temperatures and in low light. This means that Alta's panels have substantially higher energy density than other technologies, generating more kilowatt-hours of energy over the course of a year in real life conditions.
Micro-hybrids will grow nearly eight-fold to 39 million vehicles in 2017 and create a $6.9 billion market for energy storage devices as the fuel-saving alternative technology finds ready adoption, driven by stricter emission standards, according to a Lux Research report titled, "Every Last Drop: Micro- And Mild Hybrids Drive a Huge Market for Fuel-Efficient Vehicles." "Micro-hybrids and, to a lesser extent, mild hybrids, provide a cost-effective solution to fuel savings to bridge the gap to more disruptive technologies like alternative fuels, plug-in vehicles, and fuel cell vehicles."
Micro-hybrids, which use a small battery to provide varying degrees of efficiency-boosting features, will dominate the automotive market, gaining 42% of the overall light-duty vehicle market. Simultaneously, the mild hybrids — superior to micro-hybrids but not as efficient as pure hybrids — will rise from near-zero to 1.5 million vehicles in 2017, accounting for 1.6% of the auto market.
A plan by San Diego Gas & Electric to charge a “network use fee” to users of solar energy was stalled Wednesday at the California Public Utilities Commission. At a presentation to a committee in November, SDG&E presented the charge as a fairness issue, since solar customers are hooked to the grid but not paying for the upkeep of wires and other infrastructure. The plan, part of a wider proposal to restructure its rates, met fierce criticism from area politicians and green energy proponents. The California Center for Sustainable Energy estimated the average single-family home customer with solar would have to pay $350 under the plan, and school districts would have be charged $8,100 for each elementary school with rooftop panels. SDG&E argued that customers would still be saving money with the solar option.
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