Underwater Power and Data Transfer System

An underwater power and data transfer system, the underwater power and data transfer system comprising:

• a primary inductive coupler that forms a front face, the primary inductive coupler comprising a primary winding wound around a primary core, wherein the primary core is adjacent to the front face;
• a secondary inductive coupler separated from the front face of the primary inductive coupler by water, the secondary inductive coupler comprising a secondary winding wound around a secondary core;
• primary resonant components operatively connected to the primary winding of the primary inductive coupler, wherein the primary resonant components output a current to the primary winding of the primary inductive coupler such that a magnetic field is generated in the secondary winding of the secondary inductive coupler;
• secondary resonant components operatively connected to the secondary winding of the secondary inductive coupler and a load, wherein the secondary resonant components are tuned to the primary resonant components, and
• a controller operatively connected to the power source, wherein the controller executes machine readable instructions to:
• receive charging data via a feedback loop, wherein the charging data is indicative of an electrical signal of the load;
• and
• adjust the current provided by the primary resonant components based upon the charging data.