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Analysis of Profitability Difference of Energy Storage System in Different Links in Whole Life Cycle

机译：全生命周期中不同联系储能系统盈利差异分析

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With the development of the electric vehicle industry, a large number of decommissioned power batteries of electric vehicles bring great pressure to society every year. As efficient recycling mechanisms are still under construction, the main response is to echelon the use of decommissioned batteries and to centralize them for use in battery energy storage system (BESS). Based on the Levelized Cost of Energy (LCOE) and productivity theory, this paper proposes the Levelized Profit of Energy, which is used to compare productivity per kW. h for differentiated energy storage projects. Through the analysis and comparison of different factors, it is proved that echelon utilization is not equal to prolonging capacity life, and it has a unique value in the whole life cycle. It shows that the echelon utilization link is effective for the whole life cycle.
机译：随着电动汽车行业的发展，大量的电动汽车退役电力电池每年为社会带来很大的压力。随着有效的回收机制仍在建设中，主要响应是依赖退役电池的使用并集中在电池储能系统（BESS）中。基于能量（LCoE）和生产力理论的均衡成本，提出了能源的升级利润，用于比较每kW的生产率。 H对于差异化的能量存储项目。通过分析和比较不同因素，证明梯队利用率不等于延长能力寿命，并且它在整个生命周期中具有独特的价值。它表明，梯队利用链路对整个生命周期都有效。

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