2 Shifts&Charger Twice Per Shift

By simulating different shifts and charging scenarios, the calculator allows users to analyze energy consumption, setting time, and device utilization.

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ShiftLi-ion battery charging nodeTime format: 24h[XX:XX] ③Time span from last time point [h]Li-ion SOC ④Lead-acid battery & energy consumption ①
1st Shift1st shift begins6:0001Voltage(V)48
1st round charging starts08:0020.7888Lead acid capacity(ah)525
1st round charging finishes8:450.751Lead acid total working time from 20%-100% SOC(h)5
2nd round charging starts11:002.250.7624Lead acid discharging depth0.8
2nd round charging finishes11:450.751Lead acid effienicy0.75
1st shift finishes14:002.250.7624Total energy released by lead acid (kwh)15.1
2nd Shift2nd shift begins14:0000.7624Energy Consumption(kwh/h)3.02
1st round charging starts15:301.50.6040
1st round charging finishes17:452.251Li-ion Battery ②
2nd round charging starts19:031.30.8627Voltage(V)83
2nd round charging finishes19:300.451Li-ion capacity(ah)450
2nd shift finishes22:002.50.7360Total energy released by Li-ion(kwh)28.6
Next day 1st shift begins6:0081Li-ion discharging depth0.85
Li-ion effienicy0.9
"Remark: Manual input is required in the green areas. The current content is an example."Charging current of Li-ion battery(A)175
Shift time: The closing time of the last shift is the same as the starting time of the following change.Total charging time of li-ion battery from 0% to 100%(h)2.5714

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