System and method for power management of pumping system

A system comprising:

• at least one processor and a memory communicatively coupled to the at least one processor via a communications bus;
• a signal acquisition module communicatively coupled to a pumping system having at least one pump-unit powered by at least one generator-unit, wherein the signal acquisition module acquires a pump-unit parameter from a pump-unit and a generator-unit parameter from a generator-unit;
• a set-point generator communicatively coupled to the signal acquisition module to determine an operating set-point based on the pump-unit parameter and the generator-unit parameter, wherein the operating set-point is one of at least one operating set-point corresponding to the at least one generator-unit;
• and
• a power management module communicatively coupled to the set-point generator to receive the at least one operating set-point and determine an input parameter for the at least one generator-unit;
• wherein at least one of the signal acquisition module, the set-point generator and the power management module is stored in the memory and executable by at least one processor.

A non-transitory computer readable medium having a program to instruct at least one processor to:

• receive a pressure profile to be generated by a pumping system, wherein the pumping system comprises at least one pump-unit powered by at least one generator-unit;
• receive a pump-unit parameter from the at least one pump-unit, wherein the pump-unit parameter is representative of an operating parameter of the pump-unit;
• receive a generator-unit parameter from the at least one generator unit, wherein the at least one generator-unit parameter is representative of an operating parameter of the generator-unit;
• generate an operating set-point corresponding to the at least one generator-unit based on the pump-unit parameter and the generator-unit parameter, wherein the operating set-point is one of at least one operating set-point corresponding to the at least one generator-unit;
• and
• determine an input parameter for the at least one generator-unit based on the at least one operating set-point.