Method of energy management based on location

A system comprising:

• a global positioning unit;
• a battery management system;
• and
• a processor storing instructions in non-transitory memory that, when executed, causes the processor to:
• detect, via the global positioning unit, that a vehicle moved from a first geographical range to a second geographical range during a first scheduled session corresponding to a first grid;
• identify a second grid upon the vehicle entering the second geographical range;
• establish a connection between the vehicle and the second grid located within the second geographical range;
• and
• communicate a command to the battery management system to perform one of charging and discharging at the second grid, using an artificial intelligence engine trained based on first charging information and first discharging information obtained from the first grid over time.

A method comprising:

• detecting, via a global positioning unit, that a vehicle moved from a first geographical range to a second geographical range during a first scheduled session corresponding to a first grid;
• identifying a second grid upon the vehicle entering the second geographical range;
• establishing a connection between the vehicle and the second grid located within the second geographical range;
• and
• communicating a command to a battery management system to perform one of charging and discharging at the second grid, using an artificial intelligence engine trained based on first charging information and first discharging information obtained from the first grid over time.

A non-transitory computer readable storage medium comprising a sequence of instructions, which when executed by a processor causes:

• detecting, via a global positioning unit, that a vehicle moved from a first geographical range to a second geographical range during a first scheduled session corresponding to a first grid;
• identifying a second grid upon the vehicle entering the second geographical range;
• establishing a connection between the vehicle and the second grid located within the second geographical range;
• and
• communicating a command to a battery management system to perform one of charging and discharging at the second grid, using an artificial intelligence engine trained based on first charging information and first discharging information obtained from the first grid over time.