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:用于智能电网应用的电池系统Franz Josef Kruger博士和沃尔夫冈博士博士31届国际电池研讨会&展品

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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.混合电动汽车电池是XEV市场总量增长最快的市场部分,大约1000万HEV和3毫升/ PHEV,每年生产2020年2.可再生电网储存市场将达到2020年的44 GWH其中24%将被锂离子电池占据,但大多数76%,通过锂离子以外的储存系统(铅酸,镍氢,氧化还原,Na / Nici2,Na / s,压缩空气等) 。)3。我们的价值链分析表明,锂离子电池的制造成本为ESS应用程序将降至约。每千瓦时260美元,到2020年4.较低的成本结合了良好的循环和日历寿命,使锂离子电池非常适合太阳基于太阳的住宅和商业储能系统,以及汽车和工业应用。

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