1. Articles in category: Flow Battery

    409-432 of 462 « 1 2 ... 15 16 17 18 19 20 »
    1. Utopian Dream: Survey of self-sufficient communities

      Utopian Dream: Survey of self-sufficient communities
      … Second, the town develops local storage. A range of technologies are available here, including residential- and commercial-sized battery arrays, pumped water systems, distributed flywheels, compressed air in underground caverns, molten salts, ammonia synthesis, and many others ...
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      Mentions: CA DoE France
    2. Overview: Storage market post FERC frequency regulation ruling

      Overview: Storage market post FERC frequency regulation ruling
      The FERC ruling will benefit companies using technologies that regulate and store energy. And as these technologies are developed and refined, they will also benefit the renewable energy industry, allowing nationwide energy providers, municipal organizations and even individuals to make better use of clean energy sources.
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      Mentions: CA MD ESA
    3. International Battery’s Utility-Scale Li-Ion Goes After Solar

      International Battery’s Utility-Scale Li-Ion Goes After Solar
      "What makes us different is that we develop and manufacture large-format prismatic lithium-ion cells using a water-based manufacturing process. We work with lithium-iron phosphate and lithium cobalt manganese, but we are chemistry agnostic -- we are not an inventor of lithium chemistries." said [former] CEO Almgren.
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      Mentions: PA GM U.S.
    4. Report: by Research and Markets - "Energy Storage Report 2011 - Insights in New Technologies"

      Report: by Research and Markets - "Energy Storage Report 2011 - Insights in New Technologies"
      Although while most interest in storage has focussed on grid-scale applications, there is also a large market for smaller, scale distributed storage. This includes storage at the consumer-side which could meet demand when the upstream part of the grid is offline. To illustrate the point, in 2010 grid-scale storage projects only accounted for just under a third of all storage deals.
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      Mentions: India U.S. China
    5. Interview: Strategic Significance of Storage

      Energy storage, in theory at least, is a technology with enormous potential to change the way energy is transported, dispatched and consumed. Because the energy sector is dynamic and technologies evolve every bit as fast, I spoke about energy storage with Edwin F. Feo, the managing partner of USRG Renewable Finance, one of the country’s largest private equity firms for renewable energy, biofuels and cleantech infrastructure.
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      Mentions: Japan DoE HI
    6. Energy storage led clean tech investments this quarter

      Energy storage led clean tech investments this quarter
      Energy storage took the lead in clean tech deals this quarter by raising $514 million in capital across 34 deals. Some 23% of dollars invested were in energy storage, followed by 16% in solar, 10% in energy efficiency and 8% in transport … The top 5 venture capital deals in energy storage were either fuel cell or lithium ion battery companies: Bloom Energy $150 million, Boston-Power $125 million, ClearEdge Power $73.5 million, Nexeon $65.2 million and Leyden Energy $20 million.
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      Mentions: U.S. China UK
    7. Conference: GoingGreen 2011 - Brief Summary of Presentations

      Conference: GoingGreen 2011 - Brief Summary of Presentations
      Addressing large-scale deployments, panelists mostly agreed that energy storage will start with private enterprise and subsidized power before heading toward the more mainstream utilities. The panelists also discussed partnering with companies in other countries. China needs power, as does India, which has a fragile grid. Japan now has more utility energy storage than any country. However, Rive argued, any country that considers renewable energy will also need energy storage, though it often lags a bit.
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      Mentions: CA Japan India
    8. Stanford Grants $2.2M for Renewable Energy Research

      Stanford Grants $2.2M for Renewable Energy Research
      Stanford University's Precourt Institute for Energy (PIE) and TomKat Center for Sustainable Energy are awarding eight faculty seed grants totaling more than $2.2 million for promising new research in renewable energy … "These awards will enable researchers to demonstrate 'proof of concept' and carry out much-needed early experimentation and analysis," said TomKat Center Director Stacey Bent, professor of chemical engineering.
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      Mentions: Stanford
    9. Aquion's Manufacturing and Product Ramp Up Plans

      Aquion's Manufacturing and Product Ramp Up Plans
      Aquion is looking for about 250,000 square feet initially, with the option to lease a total of 500,000 square feet or more later on … Aquion has about 50 workers, and could employ 500 people by 2014 when it reaches commercial-scale production. They envision perhaps 1,000 workers by about 2017. … The company is manufacturing about 60 or more batteries a day …
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      Mentions: PA Aquion
    409-432 of 462 « 1 2 ... 15 16 17 18 19 20 »
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