Energy storage news: 11.12.13

China is to build a concentrated solar power (CSP) plant with a thermal energy storage system in Delingha, the province of Qinghai. Qinghai already contains more than 60% of the Chinese solar photovoltaic installed capacity. Photo credit: SSE
China is to build a concentrated solar power (CSP) plant with a thermal energy storage system in Delingha, the province of Qinghai. Qinghai already contains more than 60% of the Chinese solar photovoltaic installed capacity. Photo credit: SSE
China is to build a concentrated solar power (CSP) plant with a thermal energy storage system in Delingha, the province of Qinghai. Qinghai already contains more than 60% of the Chinese solar photovoltaic installed capacity. Photo credit: SSE

China is to build its first concentrated solar power (CSP) plant with thermal energy storage system in Delingha, in Qinghai. Qinghai already has over 60% of the Chinese solar photovoltaic installed capacity. Photo credit: SSE

The top energy storage news stories from our Twitter feed over the last week.

  • The UK Department of Energy and Climate Change has awarded a GBP£3m contract to EValu8 Transport Innovations, on behalf of the Electric Vehicle Embedded Renewable Energy Storage and Transmission (EVEREST) Consortium. EVEREST is developing modular energy storage systems based on recycled electric vehicle batteries.

  • Japanese utilities and government are investing in battery energy storage projects as solar power booms in Japan.
  • Leonardo DiCaprio and Venturi Automobiles have launched a FIA Formula E team, to race in the 2014 electric vehicle series.
  • A report from Ricardo for the UK’s Low Carbon Vehicle Partnership suggests that, while hybrid buses offer reduced carbon dioxide emissions, improvement in terms of other pollutants may not be as great.
  • Scientists from the University of California, Berkeley and Lawrence Berkeley National Laboratory have discovered that dendrites, which cause lithium-ion batteries to fail, form in the electrode, not the electrolyte.
  • Honda has joined the world’s first revenue-generating vehicle-to-grid technology project, led by the University of Delaware and NRG Energy.
  • All future Toyota hybrid electric and battery electric vehicles will be capable of wireless charging, using technology from WiTricity.
  • Selenium sulfide composite cathodes could increase the energy density of a rechargeable lithium-ion battery five times, according to the Argonne National Laboratory.
  • Stem, the battery energy storage company based in California, has gained more Series B funding, this time from Angeleno Group, a clean-tech investor.
  • Daimler and BYD have joined forces on an electric car project for China, the Denza, which should be launched in Beijing next year.
  • The ITM Power hydrogen electrolyser plant in Frankfurt, Germany has started injecting hydrogen into the German gas distribution network.
  • The Ontario government has acknowledged that energy storage is vital to the future of the grid in its updated Long Term Energy Plan and is bringing in policy measures to accelerate the growth of the energy storage industry in Canada.
  • SolarReserve, based in the US, has opened an office in Australia to target the mining industry with its concentrated solar power and energy storage technology.
  • An inquiry by the German Federal Motor Transport Authority, Kraftfahrt-Bundesamt, has found no manufacturer-related defects were involved in recent Tesla Motors Model S fires.
  • A two-year trial in Australia suggests electric vehicles can work in the market if the Australian government provides incentives.
  • Trials in Barcelona, Spain, suggest hydrogen fuel-cell buses are 12 times more expensive than conventional ones, while BYD electric buses should have a similar lifetime cost as diesel ones.
  • Alt Energy Stocks considers ZBB Energy, which has staked its future on zinc bromide batteries.

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