Deployment of a modular electrically driven pump in a well

1. An electric submersible pump system, comprising:

an electric submersible pump body having a first mating profile;

an electric submersible pump motor having a second mating profile, the first mating profile of the electric submersible pump body corresponding to and engageable with the second mating profile of the electric submersible pump motor, the electric submersible pump motor being located above the electric submersible pump body;

a first electrical wet connector at a top of the electric submersible pump system comprising a funnel that is open upwards; and

a cable terminating with a second electrical wet connector capable of docking with the first electrical wet connector to make an electrical connection in a wellbore, and comprising

a first phase electrical conductor comprising a multi-stranded core insulated by a jacket, wherein each strand of the multi-stranded core comprises copper clad with steel, and where the multi-stranded core is wound in a helix in a first rotational direction;

a second phase electrical conductor disposed outside of the jacket of the first phase conductor, wherein the second phase electrical conductor comprises a plurality of wires;

a third phase electrical conductor disposed outside of the jacket of the first phase conductor, wherein the third phase electrical conductor comprises a plurality of wires;

a first mechanical protection wire disposed outside of the jacket of the first phase conductor;

a second mechanical protection wire disposed outside of the jacket of the first phase conductor on an opposite side of the jacket from the first mechanical protection wire, wherein the first mechanical protection wire separates the first phase electrical conductor and the second phase electrical conductor, wherein the second mechanical protection wire separates the first phase electrical conductor and the second phase electrical conductor on the opposite side of the jacket from the first mechanical protection wire, wherein the first mechanical protection wire and the second mechanical protection wire are proud of the second phase electrical conductor and of the third phase electrical conductor, and wherein the second phase electrical conductor, the third phase electrical conductor, the first mechanical protection wire, and the second mechanical protection wire are wound in a helix in a second rotational direction opposite of the first rotational direction; and

an outer jacket that encapsulates the first phase electrical conductor, the second phase electrical conductor, the third phase electrical conductor, the first mechanical protection wire, and the second mechanical protection wire.

2. The electric submersible pump system according to claim 1 , wherein the electric submersible pump body has a first mating drive shaft, and the electric submersible pump motor has a second mating drive shaft, such that the first mating drive shaft and the second mating drive shafts engage and can transmit torque from the first mating drive shaft to the second mating drive shaft.

3. The electric submersible pump system according to claim 1 , further comprising a sub surface safety valve above the electric submersible pump system.

4. The electric submersible pump assembly of claim 1 , wherein the cable comprises centralizer fins.

5. The electric submersible pump assembly of claim 1 , wherein each strand of the multi-stranded core of the first phase electrical conductor is a tensile member.

6. The electric submersible pump assembly of claim 1 , wherein the cable comprises a third mechanical protection wire disposed beside the first mechanical protection wire and outside of the jacket of the first phase conductor and a fourth mechanical protection wire disposed beside the second mechanical protection wire and outside the jacket of the first phase conductor and wherein the third mechanical protection wire and the fourth mechanical protection wire are encapsulated by the outer jacket.

7. The electric submersible pump assembly of claim 1 , wherein the second phase electrical conductor comprises a plurality of copper wires and the third phase electrical conductor comprises a plurality of copper wires.

8. A length of downhole cable, comprising:

a plurality of conductors;

an electrical wet connector configured for docking with a mating electrical wet connector of an electrical motor to make an electrical connection in a wellbore;

a first phase electrical conductor comprising a multi-stranded core insulated by a jacket, wherein each strand of the multi-stranded core comprises copper clad with steel, and where the multi-stranded core is wound in a helix in a first rotational direction;

a second phase electrical conductor disposed outside of the jacket of the first phase conductor, wherein the second phase electrical conductor comprises a plurality of wires;

a third phase electrical conductor disposed outside of the jacket of the first phase conductor, wherein the third phase electrical conductor comprises a plurality of wires;

a first mechanical protection wire disposed outside of the jacket of the first phase conductor;

a second mechanical protection wire disposed outside of the jacket of the first phase conductor on an opposite side of the jacket from the first mechanical protection wire, wherein the first mechanical protection wire separates the first phase electrical conductor and the second phase electrical conductor, wherein the second mechanical protection wire separates the first phase electrical conductor and the second phase electrical conductor on the opposite side of the jacket from the first mechanical protection wire, wherein the first mechanical protection wire and the second mechanical protection wire are proud of the second phase electrical conductor and of the third phase electrical conductor, and wherein the second phase electrical conductor, the third phase electrical conductor, the first mechanical protection wire, and the second mechanical protection wire are wound in a helix in a second rotational direction opposite of the first rotational direction; and

an outer jacket that encapsulates the first phase electrical conductor, the second phase electrical conductor, the third phase electrical conductor, the first mechanical protection wire, and the second mechanical protection wire.

9. The length of downhole cable of claim 8 , wherein the cable comprises centralizer fins.

10. The length of downhole cable of claim 8 , wherein each strand of the multi-stranded core of the first phase electrical conductor is a tensile member.

11. The length of downhole cable of claim 8 , wherein the cable comprises a third mechanical protection wire disposed beside the first mechanical protection wire and outside of the jacket of the first phase conductor and a fourth mechanical protection wire disposed beside the second mechanical protection wire and outside the jacket of the first phase conductor and wherein the third mechanical protection wire and the fourth mechanical protection wire are encapsulated by the outer jacket.

12. The length of downhole cable of claim 8 , wherein the second phase electrical conductor comprises a plurality of copper wires and the third phase electrical conductor comprises a plurality of copper wires.

13. A method for installing an electric submersible pump into a wellbore comprising:

deploying a pump section into the wellbore using a running tool connected to a cable;

deploying an electric motor into the wellbore using the running tool connected to the cable, wherein the electric motor comprises a first electrical wet connector at a top of the electric motor, and wherein the first electrical wet connector comprises a funnel that is open upwards;

deploying a power cable having a second wet connector into the wellbore, wherein the second electrical wet connector mates with the first electrical wet connector and wherein the power cable comprises

a first phase electrical conductor comprising a multi-stranded core insulated by a jacket, wherein each strand of the multi-stranded core comprises copper clad with steel, and where the multi-stranded core is wound in a helix in a first rotational direction;

a second phase electrical conductor disposed outside of the jacket of the first phase conductor, wherein the second phase electrical conductor comprises a plurality of wires;

a third phase electrical conductor disposed outside of the jacket of the first phase conductor, wherein the third phase electrical conductor comprises a plurality of wires;

a first mechanical protection wire disposed outside of the jacket of the first phase conductor;

a second mechanical protection wire disposed outside of the jacket of the first phase conductor on an opposite side of the jacket from the first mechanical protection wire wherein the first mechanical protection wire separates the first phase electrical conductor and the second phase electrical conductor, wherein the second mechanical protection wire separates the first phase electrical conductor and the second phase electrical conductor on the opposite side of the jacket from the first mechanical protection wire, wherein the first mechanical protection wire and the second mechanical protection wire are proud of the second phase electrical conductor and of the third phase electrical conductor, and wherein the second phase electrical conductor, the third phase electrical conductor, the first mechanical protection wire, and the second mechanical protection wire are wound in a helix in a second rotational direction opposite of the first rotational direction; and

an outer jacket that encapsulates the first phase electrical conductor, the second phase electrical conductor, the third phase electrical conductor, the first mechanical protection wire, and the mechanical protection wire.

14. The method of claim 13 , wherein the cable comprises centralizer fins and further comprising centralizing the power cable by the centralizer fins within the wellbore as the power cable is deployed into the wellbore.

15. The method of claim 13 , wherein each strand of the multi-stranded core of the first phase electrical conductor is a tensile member and further comprising supporting the weight of the cable by each strand of the multi-stranded core of the first phase electrical conductor.

16. The method of claim 13 , wherein the cable comprises a third mechanical protection wire disposed beside the first mechanical protection wire and outside of the jacket of the first phase conductor and a fourth mechanical protection wire disposed beside the second mechanical protection wire and outside the jacket of the first phase conductor and wherein the third mechanical protection wire and the fourth mechanical protection wire are encapsulated by the outer jacket.

17. The method of claim 13 , wherein the second phase electrical conductor comprises a plurality of copper wires and the third phase electrical conductor comprises a plurality of copper wires.

18. The method of claim 13 , further comprising mechanically protecting the second phase electrical conductor and the third phase electrical conductor by the first mechanical protection wire and by the second mechanical protection wire.