`sox.plant.thevenin.default.inputs`#

Module Contents#

Functions#

`open_circuit_voltage`(soc)	Open circuit voltage as a function of state of charge.
`r0`(temperature, current, soc)	Series resistance as a function of temperature, current and state of charge.
`r1`(temperature, current, soc)	Resistance of the first RC pair as a function of temperature, current and state of charge.
`c1`(temperature, current, soc)	Capacitance of the first RC pair as a function of temperature, current and state of charge.
`entropic_change`(ocv, temperature)	Entropic change in open circuit voltage as a function of open circuit voltage and

Attributes#

`path`
`ocv_data`
`r0_data`
`r1_data`
`c1_data`
`dOCVdT_data`
`scale_factor`
`r0_data`
`r1_data`
`c1_data`
`default_inputs`

sox.plant.thevenin.default.inputs.path#

sox.plant.thevenin.default.inputs.ocv_data#

sox.plant.thevenin.default.inputs.r0_data#

sox.plant.thevenin.default.inputs.r1_data#

sox.plant.thevenin.default.inputs.c1_data#

sox.plant.thevenin.default.inputs.dOCVdT_data#

sox.plant.thevenin.default.inputs.scale_factor = 10.0#

sox.plant.thevenin.default.inputs.r0_data = ()#

sox.plant.thevenin.default.inputs.r1_data = ()#

sox.plant.thevenin.default.inputs.c1_data = ()#

sox.plant.thevenin.default.inputs.open_circuit_voltage(soc)#: Open circuit voltage as a function of state of charge.

sox.plant.thevenin.default.inputs.r0(temperature, current, soc)#: Series resistance as a function of temperature, current and state of charge.

sox.plant.thevenin.default.inputs.r1(temperature, current, soc)#: Resistance of the first RC pair as a function of temperature, current and state of charge.

sox.plant.thevenin.default.inputs.c1(temperature, current, soc)#: Capacitance of the first RC pair as a function of temperature, current and state of charge.

sox.plant.thevenin.default.inputs.entropic_change(ocv, temperature)#: Entropic change in open circuit voltage as a function of open circuit voltage and temperature.

sox.plant.thevenin.default.inputs.default_inputs#