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首页> 外文会议>International Battery Seminar and Exhibit >Battery Systems for Smart Grid Applications Dr. Franz Josef Kruger and Dr. Wolfgang Bernhart The 31st International Battery Seminar Exhibit
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Battery Systems for Smart Grid Applications Dr. Franz Josef Kruger and Dr. Wolfgang Bernhart The 31st International Battery Seminar Exhibit

机译：智能电网应用的电池系统Franz Josef Kruger博士和Wolfgang Bernhart博士第31届国际电池研讨会和展览

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1. Hybrid electric vehicle batteries are the fastest growing market segment of the total xEV market, with about 10 million HEVs and 3 millon EV/PHEVs, annual production by 2020 2. The market for renewable grid storage will reach 44 GWh by 2020, of which 24% will be occupied by li-ion batteries, but the majority of 76%, by storage systems other than Li-ion (lead-acid, NiMH, redox-flow, Na/NiCI2, Na/S, compressed air, etc.) 3. Our value chain analysis reveals that manufacturing costs of Li-ion batteries for ESS applications will come down to approx. 260 USD per kWh, by 2020 4. Lower cost combined with excellent cycle and calendar life makes Li-ion batteries very well suited for solar based residential and commercial energy storage systems, as well as automotive and industrial applications.
机译：1.混合动力汽车电池是整个xEV市场中增长最快的细分市场，约有1000万辆混合动力汽车和3毫伏EV / PHEV，到2020年年产量。2.到2020年，可再生电网存储市场将达到44 GWh。其中24％将由锂离子电池占据，但76％的大部分将由除锂离子以外的存储系统（铅酸，NiMH，氧化还原流，Na / NiCl2，Na / S，压缩空气等）占用。）3.我们的价值链分析显示，用于ESS应用的锂离子电池的制造成本将下降到约5,000美元。到2020年，每千瓦时260美元。4.较低的成本以及出色的循环寿命和日历寿命，使得锂离子电池非常适合太阳能基民用和商用储能系统以及汽车和工业应用。

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