Physics-based control of battery temperature

1. An electrochemical battery system, comprising:

at least one electrochemical cell;

a thermal control system operably connected to the at least one electrochemical cell;

a memory in which a physics-based model of the at least one electrochemical cell is stored and in which program instructions are stored; and

a controller operably connected to the at least one electrochemical cell, the thermal control system and the memory, the controller configured to execute the program instructions to:

identify a first requested charge or discharge operation of the at least one electrochemical cell;

obtain a first generated target temperature, for the at least one electrochemical cell, at which the identified first requested charge or discharge operation is to be performed, the first generated target temperature based on the physics-based model and the identified first requested operation;

control the thermal control system based upon the obtained first generated target temperature to achieve the first generated target temperature of the at least one electrochemical cell for the identified first requested charge or discharge operation; and

control the at least one electrochemical cell during the identified first requested charge or discharge operation with the at least one electrochemical cell at the first generated target temperature; wherein obtaining the first generated target temperature comprises: obtaining at least one cell first parameter of the at least one cell using a sensor suite associated with the at least one cell; setting a model target temperature to a predetermined temperature associated with the first requested operation; setting a model target current to a maximum current associated with the first requested operation, the maximum current based upon a maximum available current; predicting a first future at least one cell second parameter of the at least one cell based upon the obtained at least one cell first parameter using the physics-based model, the model target temperature, and the model target current; and comparing the first future at least one cell second parameter to a first threshold.

2. The electrochemical battery system of claim 1 , wherein the controller is further configured to execute the program instructions to:

identify a second requested operation of the at least one electrochemical cell, the second requested operation different from the first requested operation;

obtain a second generated target temperature, for the at least one electrochemical cell, at which the identified second requested operation is to be performed, the second generated target temperature based on the physics-based model and the identified second requested operation, the second generated target temperature different from the first generated target temperature;

control the thermal control system based upon the obtained second generated target temperature to achieve the second generated target temperature of the at least one electrochemical cell for the identified second requested operation; and

control the at least one electrochemical cell during the identified second requested operation with the at least one electrochemical cell at the second generated target temperature.

3. The electrochemical battery system of claim 2 , further comprising:

receiving with the controller at least one itinerary data from a user input/output device;

identifying with the controller a first required charging operation based upon the at least one itinerary data; and

setting the first required charging operation as the first requested charge or discharge operation.

4. The electrochemical battery system of claim 3 , further comprising:

identifying with the controller the first required charging operation as a fast charging operation;

controlling the user input/output device to alert the user that the fast charging operation is required based upon identifying the first required charging operation as the fast charging operation; and

receiving with the controller authorization from the user to perform the fast charge through the input/output device.

5. The electrochemical battery system of claim 4 , further comprising:

obtaining with the controller mileage data associated with the at least one itinerary data from at least one trip associated database, wherein:

the at least one itinerary data includes a trip start time; and

identifying with the controller the first required charging operation as the fast charging operation includes using the obtained mileage data and the trip start time to identify the first required charging operation as the fast charging operation.

6. The electrochemical battery system of claim 1 , wherein obtaining the first generated target temperature further comprises:

generating a modified model target temperature based upon the model target temperature;

generating a modified model target current based upon the model target current;

predicting a second future at least one cell second parameter of the at least one cell based upon the obtained at least one cell first parameter using the physics-based model, the modified model target temperature, and the modified model target current;

setting the model target temperature to the modified model target temperature;

setting the model target current to the modified model target current; and

comparing the second future at least one cell second parameter to a second threshold.

7. The electrochemical battery system of claim 6 , wherein the controller is further configured to execute the program instructions to:

identify a second requested operation of the at least one electrochemical cell, the second requested operation different from the first requested charge or discharge operation;

obtain a second generated target temperature, for the at least one electrochemical cell, at which the identified second requested operation is to be performed, the second generated target temperature based on the physics-based model and the identified second requested operation, the second generated target temperature different from the first generated target temperature;

control the thermal control system based upon the obtained second generated target temperature to achieve the second generated target temperature of the at least one electrochemical cell for the identified second requested operation; and

control the at least one electrochemical cell during the identified second requested operation with the at least one electrochemical cell at the second generated target temperature.

8. The electrochemical battery system of claim 7 , further comprising:

receiving with the controller at least one itinerary data from a user input/output device;

identifying with the controller a first required charging operation based upon the at least one itinerary data; and

setting the first required charging operation as the first requested charge or discharge operation.

9. The electrochemical battery system of claim 8 , further comprising:

identifying with the controller the first required charging operation as a fast charging operation;

controlling the user input/output device to alert the user that the fast charging operation is required based upon identifying the first required charging operation as the fast charging operation; and

receiving with the controller authorization from the user to perform the fast charge through the input/output device.

10. The electrochemical battery system of claim 8 , further comprising:

obtaining with the controller mileage data associated with the at least one itinerary data from at least one trip associated database, wherein:

the at least one itinerary data includes a trip start time; and

identifying with the controller the first required charging operation as a fast charging operation includes using the obtained mileage data and the trip start time to identify the first required charging operation as a fast charging operation.

11. A method of operating an electrochemical battery system, comprising:

identifying with a controller operably connected to at least one electrochemical cell, a thermal control system, and a memory, a first requested charge or discharge operation by executing program instructions stored in the memory;

obtaining with the controller a first generated target temperature, for the at least one electrochemical cell, at which the identified first requested charge or discharge operation is to be performed, the first generated target temperature based on a physics-based model stored in the memory and the identified first requested operation;

controlling the thermal control system with the controller based upon the obtained first generated target temperature to achieve the first generated target temperature of the at least one electrochemical cell for the identified first requested charge or discharge operation; and

controlling the at least one electrochemical cell with the controller during the identified first requested operation with the at least one electrochemical cell at the first generated target temperature; wherein obtaining the first generated target temperature comprises: obtaining at least one cell first parameter of the at least one cell using a sensor suite associated with the at least one cell; setting with the controller a model target temperature to a predetermined temperature associated with the first requested operation; setting with the controller a model target current to a maximum current associated with the first requested operation, the maximum current based upon a maximum available current; predicting a first future at least one cell second parameter of the at least one cell based upon the obtained at least one cell first parameter using the physics-based model, the model target temperature, and the model target current; and comparing with the controller the first future at least one cell second parameter to a first threshold.

12. The method of claim 11 , wherein obtaining the first generated target temperature further comprises:

generating a modified model target temperature based upon the model target temperature;

generating a modified model target current based upon the model target current;

predicting a second future at least one cell second parameter of the at least one cell based upon the obtained at least one cell first parameter using the physics-based model, the modified model target temperature, and the modified model target current;

setting the model target temperature to the modified model target temperature;

setting the model target current to the modified model target current; and

comparing the second future at least one cell second parameter to a second threshold.

13. The method of claim 12 , further comprising:

identifying with the controller a second requested operation, the second requested operation different from the first requested charge or discharge operation;

obtaining with the controller a second generated target temperature, for the at least one electrochemical cell, at which the identified second requested operation is to be performed, the second generated target temperature based on the physics-based model and the identified second requested operation, the second generated target temperature different from the first generated target temperature; and

controlling with the controller the thermal control system based upon the obtained second generated target temperature while controlling the at least one electrochemical cell based upon the identified second requested operation.

14. The method of claim 13 , further comprising:

receiving with the controller at least one itinerary data from a user input/output device;

identifying with the controller a first required charging operation based upon the at least one itinerary data; and

setting the first required charging operation as the first requested operation.

15. The method of claim 11 further comprising:

identifying with the controller a second requested operation, the second requested operation different from the first requested charge or discharge operation;

obtaining with the controller a second generated target temperature, for the at least one electrochemical cell, at which the identified second requested operation is to be performed, the second generated target temperature based on the physics-based model and the identified second requested operation, the second generated target temperature different from the first generated target temperature; and

controlling with the controller the thermal control system based upon the obtained second generated target temperature while controlling the at least one electrochemical cell based upon the identified second requested operation.

16. The method of claim 15 , further comprising:

receiving with the controller at least one itinerary data from a user input/output device;

identifying with the controller a first required charging operation based upon the at least one itinerary data; and

setting the first required charging operation as the first requested charge or discharge operation.

17. The method of claim 16 , further comprising:

identifying with the controller the first required charging operation as a fast charging operation;

controlling the user input/output device to alert the user that the fast charging operation is required based upon identifying the first required charging operation as the fast charging operation; and

receiving with the controller authorization from the user to perform the fast charge through the input/output device.

18. The method of claim 17 , wherein the at least one itinerary data includes a trip start time, the method further comprising:

obtaining with the controller mileage data associated with the at least one itinerary data from at least one trip associated database, and wherein

identifying with the controller the first required charging operation as the fast charging operation includes using the obtained mileage data and the trip start time to identify the first required charging operation as the fast charging operation.