Split downhole transformer for high power applications

A system for powering an electrically powered tool downhole in a well, the system comprising:

• production tubing installed in the well;
• a female component connected to the production tubing and comprising:
• a female component body located in a housing;
• primary coils wound through the female component body;
• and
• a borehole delineated by an inner circumferential surface of the female component body and having a borehole axis, wherein the borehole outlines a shape;
• a male component electrically connected to the electrically powered tool and configured to be inserted into the borehole of the female component, the male component comprising:
• a male component body having an external surface formed in the shape;
• centralizing sections installed in series with the male component body, formed in the shape, and comprising bearings;
• secondary coils wound through the male component body;
• and
• a conduit extending through the male component body and having a conduit axis, wherein the borehole axis and the conduit axis line up when the male component is inserted into the borehole of the female component;
• and
• a split downhole transformer formed by installation of the male component into the female component, wherein formation of the split downhole transformer allows power to transfer from a surface location to the electrically powered tool installed in the production tubing downhole in the well.