Cloud-based electric vehicle battery optimization systems and methods

A computer-implemented method comprising:

• obtaining sensor data associated with the vehicle;
• determining an estimated energy usage for performing a computation onboard the vehicle using the sensor data, wherein the estimated energy usage is indicative of an estimated amount of energy from one or more batteries of the vehicle for performing the computation using the sensor data;
• based on the estimated energy usage, determining that performance of the computation using the sensor data is to be offloaded to a remote computing system that is remote from the vehicle;
• in response to determining that the computation using the sensor data is to be offloaded to the remote computing system, generating a sensor data payload indicative of the sensor data;
• and
• outputting, over a communication network, the sensor data payload to the remote computing system.

One or more non-transitory computer-readable media that store instructions that are executable by one or more processors of a control circuit to:

• obtain sensor data associated with the vehicle;
• determine an estimated energy usage for performing a computation onboard the vehicle using the sensor data, wherein the estimated energy usage is indicative of an estimated amount of energy from one or more batteries of the vehicle for performing the computation using the sensor data;
• based on the estimated energy usage, determine that performance of the computation using the sensor data is to be offloaded to a remote computing system that is remote from the vehicle;
• in response to determining that the computation using the sensor data is to be offloaded to the remote computing system, generate a sensor data payload indicative of the sensor data;
• and
• output, over a communication network, the sensor data payload to the remote computing system.