Electrochemical Impedance and Statistical Voltage Analysis : Marine Use Application : Energy Storage Life Cycle
Electrochemical Impedance and Statistical Voltage Analysis : Marine Use Application : Energy Storage Life Cycle
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DOI：
10.5988/jime.51.513
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发表时间：
2016-07
期刊：
影响因子：
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通讯作者：
T. Sakamoto
中科院分区：
文献类型：
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作者：
T. Sakamoto
手电筒大小的能量存储器安装在电力设备和海上使用的装置上。能源电池在循环和保存寿命中存在化学降解。本研究探讨了交流阻抗响应分析能够验证电池寿命周期过程中的劣化的可能性程度。电池主要集中在镍氢电池上。广泛用于船用电力设备和装置的通用二次电池可以从一次（一次性单次使用）电池中更换[1]。主要的电池劣化参数列举为电池负载率和累积能量量、电池充电状态（SOC）和电池温度。放电容量测试和高倍率放电测试是在实验室规模上精确地验证电池劣化水平的最流行的测量方法。这些方法必须与大型设备有关。交流阻抗响应分析是另一种可以很容易地检测到的方法，可以在小规模条件下测量电池劣化水平[2]，[3]。研究的最终目的是验证电池交流阻抗法，该方法适用于检查车载电池在工作条件下的电池状态。
Penlight size energy storages are installed on electric power equipment and devices for marine use. The energy source battery has a chemical degradation with cycle and preservation lifetime. This study investigates a possibility extent that an AC impedance response analysis is able to verify the battery deterioration in progress of lifetime cycle. The battery is focused on a Ni-MH battery. A general purpose secondary battery which is widely used in marine use electric power equipment and devices can be replaceable from primary (disposable single-use) battery [1]. Major battery deterioration parameters are enumerated a battery load rate and cumulative energy amount, a battery state of charge (SOC) and a battery temperature. A discharge capacity test and a high rate discharge test are most popular measurement methods to verify the battery deterioration level precisely on a laboratory scale. These methods have to do with large scale equipment. AC impedance response analysis is the other method which can be detected easily to measure the battery deterioration level on a small scale condition [2], [3]. The study final object is a verification of the battery AC impedance method which is applied to check a battery state of hearth (SOH) on an on-board battery under operating conditions.