Fig 4 - uploaded by Changjun Xie
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Relationships between the open-circuit voltage, internal charge/discharge resistances and the state of charge the LiFePO 4 battery pack.
Source publication
The inevitable non-uniform temperature distribution across a large number of thermoelectric modules can cause reduced output power of the automotive exhaust thermoelectric generator (AETEG). In order to achieve accurate tracking of maximum power point for an AETEG, a distributed thermo-electric energy recovery system is proposed consisting of sever...
Contexts in source publication
Context 1
... SOC t0 is the initial SOC at time t 0 . V oc , R int , P bat , I bat , and Q b are the OCV, internal resistance, output power, output current, and the capacity of the battery pack, respectively ( Li et al., 2018). The OCV and the internal resistance are expressed as functions of the SOC as shown in Fig. 4. In Fig. 4, R int is R dis for the discharging process, while being R chg for the charging process. Here, the internal resistance of the battery is assumed not affected by the temperature change and battery degradation for ...
Context 2
... SOC t0 is the initial SOC at time t 0 . V oc , R int , P bat , I bat , and Q b are the OCV, internal resistance, output power, output current, and the capacity of the battery pack, respectively ( Li et al., 2018). The OCV and the internal resistance are expressed as functions of the SOC as shown in Fig. 4. In Fig. 4, R int is R dis for the discharging process, while being R chg for the charging process. Here, the internal resistance of the battery is assumed not affected by the temperature change and battery degradation for ...
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