Integral penetrator tubing hanger

A method of manufacturing an integrated penetrator tubing hanger, the method comprising:

• (a) manufacturing a penetrator by:
• (i) providing a first conductor for receiving electrical power;
• (ii) coupling a first seal to the first conductor for protecting the first conductor;
• (iii) positioning the first conductor in an insulating body, the insulating body having an electrical terminal that establishes electrical connections between the first conductor and a plurality of electrical terminal pins;
• (iv) coupling a downhole cable to a first electrical terminal pin of the plurality of electrical terminal pins;
• (v) establishing an electrical connection between the first electrical terminal pin and the downhole cable to provide the electric power;
• and
• (vi) protecting, using a second seal, the downhole cable, the second seal being coupled to the downhole cable;
• (b) integrating the penetrator into a tubing hanger to form the integrated penetrator tubing hanger.

An integrated penetrator tubing hanger, comprising:

• (a) a tubing hanger comprising a cylindrical body comprising a top end, a bottom end, an outside surface, and a bore defined therethrough forming an inside surface;
• (b) a penetrator integrated within the bore of the tubing hanger, the penetrator comprising:
• (i) a first seal comprising a substantially cylindrical body having a plurality of peripheral ridges, having a semi-circular profile, the peripheral ridges protruding outward from the substantially cylindrical body;
• (ii) an insulating body coupled to the first seal;
• (iii) a second seal coupled to the insulating body;
• and
• (iv) a downhole cable running through each of the second seal, the insulating body, and the first seal, the downhole cable configured to connect to an LB junction box and to provide power downhole.