Rate control algorithm having a trained algorithmic model for optimizing fuel distribution

A system comprising:

• at least one engine driven pump;
• at least one control unit for processing and storing operation variables for the at least one engine driven pump;
• a rate control algorithm having an instruction set to read the operation variables for the at least one engine driven pump, the instruction set comprises a trained algorithmic model with a parameter space based on historical operation variables;
• the trained algorithmic model determines an optimal distribution rate based on an objective;
• the instruction set generates at least one rate control variable based on the determined optimal distribution rate, each rate control variable comprises a selected control unit identifier and a rate value;
• and
• the instruction set distributes each rate control variable based on the selected control unit identifier.

A method comprising:

• reading operation variables for at least one engine driven pump using a computer instruction set that comprises a trained algorithmic model with a parameter space based on historical operation variables;
• determining an optimal distribution rate based on an objective using the trained algorithmic model;
• generating at least one rate control variable based on the determined optimal distribution rate, each rate control variable comprises a selected control unit identifier and a rate value;
• and
• distributing each rate control variable based on the selected control unit identifier.