Intelligent battery system

A computer-implemented method comprising:

• monitoring, by a system of an an electric vehicle (EV), driving operations being performed by a driver of the EV;
• monitoring, by the system, respective operational parameters of battery modules electrically coupled in a battery pack of the EV, wherein the battery modules respectively comprise one or more battery cells;
• in response to determining, based on the respective operating parameters, that a driving operation of the driving operations being performed by the driver is causing respective rates of degradation in operational conditions of the battery modules that exceeds a defined threshold rate of degradation:
• identifying, by the system, a first subset of the battery modules having first respective operational conditions that have degraded greater than a defined threshold amount of degradation, and
• identifying, by the system, a second subset of the battery modules having second respective operational conditions that have not degraded greater than the defined threshold amount of degradation;
• presenting, by the system, an alerting to inform the driver of the driving operation being performed by the driver that is causing the degradation, and to inform the driver that the second subset of the battery modules will be prevented from provisioning power to the EV if the driving operation being performed by the driver continues;
• and
• controlling, by the system, provisioning of the power to the EV from the second subset of the battery modules based on a determination of whether the driving operation being performed by the driver has continued.

A computer program product comprising a computer readable storage medium having program instructions embodied therewith, the program instructions executable by a processor of an electric vehicle (EV) to cause the processor to:

• monitor driving operations being performed by a driver of the EV;
• monitor respective operational parameters of battery modules electrically coupled in a battery pack of the EV, wherein the battery modules respectively comprise one or more battery cells;
• in response to determining, based on the respective operating parameters, that a driving operation of the driving operations being performed by the driver is causing respective rates of degradation in operational conditions of the battery modules that exceeds a defined threshold rate of degradation:
• identify a first subset of the battery modules having first respective operational conditions that have degraded greater than a defined threshold amount of degradation, and
• identify a second subset of the battery modules having second respective operational conditions that have not degraded greater than the defined threshold amount of degradation;
• and
• presenting an alert to inform the driver of the driving operation being performed by the driver that is causing the degradation, and to inform the driver that the second subset of the battery modules will be prevented from provisioning power to the EV if the driving operation being performed by the driver continues;
• and
• controlling, by the system, provisioning of the power to the EV from the second subset of the battery modules based on a determination of whether the driving operation being performed by the driver has continued.