System and method for highly phased power regulation using adaptive compensation control

A method of compensation control in a multi-phased power regulation system, said method comprising the steps of:

• receiving, at a controller, a plurality of digital information from each of a plurality of power conversion blocks in a multi-phase configuration, said information comprising a net error;
• optimizing a set of coefficients of a compensation transfer function in response to said received digital information by modifying said set of coefficients to compensate for system changes;
• and
• transmitting control information from said controller to each of said power conversion blocks in response to said optimizing step.

A method of proportional-integral-derivative (PID) compensation control in a highly phased power conversion system, said system having a voltage input and a voltage output, said voltage output received at a load, method comprising the steps of:

• comparing a voltage output from a power conversion block to a predetermined voltage to determine a voltage error;
• converting said voltage error to a digital representation of said voltage error;
• converting a current received at said load to a digital representation;
• determining a net error from said voltage digital representation and said current digital representation;
• receiving said net error at a PI block of said compensation control;
• receiving said current digital representation at a D block of said compensation control;
• offsetting said PI block with said D block during a load change;
• determining a set of PID coefficients in accordance with static and transient conditions of said system;
• outputting a compensated instruction in response to said PI and said D blocks;
• and
• modifying said voltage output in response to said compensated instruction.