Electric Submersible Pump (ESP) Rig Less Deployment Method and System for Oil Wells and the like

An Electric Submersible Pump (ESP) Rig Less Deployment System for an Oil Well production downhole installation made of durable materials and comprised of

• a. a docking station that is semi-permanently installed into a borehole of an oil well and that further comprises a main body, three inline electrical male connectors, and an alignment guide tube with a set of orientation features and with a landing shoulder;
• b. a motor connector that is removable from the borehole and that further comprises three inline electrical female connectors, a partition mounting plate, and an alignment guide section with a set of orientation features;
• and
• c. an inline electrical connection between the motor connector and docking station comprising a power cable and three separate inline connectors that each provide one phase of electrical power to a three-phase motor for an electric] submersible pump (ESP)
• whereas the Electric Submersible Pump (ESP) Rig Less Deployment System for an Oil Well production installation lowers the initial cost for the operator, provides a simpler system that is more reliable, offers a larger through bore, and provides the ability for pump assisted installation and retrieval techniques for future developments

A method for operating the Electric Submersible Pump (ESP) Rig Less Deployment System for an Oil Well production comprising:

• installing a docking station in a borehole on an ESP string of a production tubing;
• mounting a motor connector to the bottom of the ESP string;
• lowering an assembly of the docking station, ESP string and motor connector into the borehole through the production tubing using a suitable deployment device;
• facilitating an orientation of the set of three inline wet mate connectors to make an inline electrical connection using the alignment guide features of the motor connector and docking station;
• completing the alignment of the set of three inline connectors in both the docking station and the motor connector by assuring them to be parallel to an axis of the production tubing string by three distinct motions:
• a. first rotating the set of three inline wet mate connectors to be in a position that allows the wet mate connectors of the motor connector to pass by the set of three inline wet mate connectors of the docking station;
• b. second the motor connectors then travelling downward along the axis of the tubing in a straight path until each of the set of three inline the wet mate connectors of the motor connector reach each of the set of three inline corresponding wet mate connectors in the docking station;
• c. third rotating and aligning the set of three inline wet mate connectors of the motor connector and then travelling in a straight path downward and mate and secure with the set of three inline connectors in the docking station;
• and
• d. for removal of the ESP, reversing steps a, b, and c.