Downhole powered device system
System and method for providing power to a downhole powered device through a sensor housing. At least some of the illustrative embodiments are a powered device engaged with a power line connectable to a power supply by a power connector, and a sensor system arranged in a sensor housing, the sensor housing located between the powered device and the power connector, and the power line passing through the sensor housing such that heat generated from the power line is dissipated away from the sensor system.
1. A pumping system for pumping well fluid through a production tube in a borehole, comprising:
an electric submersible pump assembly including a motor and a pump, the pump having an inlet and an outlet;
wherein the motor is electrically connected to a power supply by a power line;
a sensor housing disposed adjacent to the motor, wherein the sensor housing comprises an internal surface and an external surface, and a sensor disposed in the sensor housing;
a wire tray disposed within the sensor housing and in direct contact with the internal surface, wherein the wire tray engages a portion of the power line, and wherein the external surface is positioned in contact with a fluid flow in the production tube induced by the pump,
wherein the wire tray is spaced away from the sensor and shields the sensor from the power line.
2. The pumping system of claim 1 , wherein the sensor housing is disposed between the motor and a power connection assembly.
3. The pumping system of claim 2 , wherein the power line comprises at least one connector lead connected between the power connection assembly and the motor.
4. The pumping system of claim 1 , wherein the wire tray further comprises a support member and a resilient member.
5. A downhole powered device system comprising:
a powered device;
a power line connectable to a power supply;
a sensor system arranged in a sensor housing, whereby the sensor housing is located between the powered device and the power supply, and the power line, passes through the sensor housing to the powered device,
wherein the sensor housing comprises an internal surface and an external surface,
wherein the sensor housing further comprises a wire tray disposed adjacent to the internal surface, and
wherein the wire tray engages a portion of the power line and transfers heat from the power line to the internal surface.
6. The downhole powered device system of claim 5 , wherein the powered device comprises an electric submersible pump assembly.
7. The downhole powered device system of claim 5 , wherein heat from the power line is dissipated away from the sensor system.
8. The downhole powered device system of claim 5 , wherein the powered device causes a fluid to be drawn across the external surface.
9. The downhole powered device system of claim 5 , wherein the sensor system is electrically connected to the powered device.
10. The downhole powered device system of claim 5 , wherein the sensor system comprises a thermistor or thermocouple.
11. The downhole powered device system of claim 5 wherein the wire tray remains in contact with the internal surface of the sensor housing by a resilient member.
12. The downhole powered device system of claim 5 wherein the wire tray remains in direct contact with the internal surface of the sensor housing through direct attachment thereto.
13. The downhole powered device system of claim 5 wherein the wire tray is made of metallic or other thermally conductive material.
14. The downhole powered device system of claim 5 wherein the wire tray further comprises a length, and an outer surface in direct contact along its length with the internal surface of the sensor housing.
15. A method for monitoring downhole properties comprising:
providing a sensor system arranged in a sensor housing having an internal surface and an external surface, whereby the sensor housing is located between a powered device and a power connector, and a power line passes through the sensor housing to the powered device;
providing a wire tray disposed within the sensor housing and in direct contact with the internal surface, wherein the wire tray engages a portion of the power line, and wherein the external surface is positioned in contact with a fluid flow in the production tube induced by the pump, and wherein the wire tray is spaced away from the sensor and shields the sensor from the power line;
isolating the sensor system from a thermal effect or a noise effect generated by the power line, wherein the step of isolating from a thermal effect comprises a heat transfer from the power line through the wire tray and through a sensor housing wall to a fluid drawn over a sensor housing external surface, and wherein the step of isolating from a noise effect comprises shielding the portion of the power line with the wire tray; and
monitoring a signal generated by the sensor system that is indicative of the downhole properties in the vicinity of the powered device.
16. The method of claim 15 , wherein the signal is indicative of a wellbore fluid temperature.
17. The method of claim 15 , wherein the signal is indicative of a wellbore fluid pressure.
18. The method of claim 15 , wherein the signal is indicative of a powered device temperature.
19. The method of claim 15 , wherein the rate of the heat transfer increases responsive to an increase in current through the power line.
20. The method of claim 15 , further comprising shielding the sensor system from an electromagnetic interference generated by the power line.
21. A downhole powered device system comprising:
a powered device;
a power line connectable to a power supply;
a sensor system arranged in a sensor housing having an internal surface and an external surface, whereby the sensor housing is located between the powered device and the power supply, and the power line passes through the sensor housing to the powered device;
one or more sensors and associated electronics located within the sensor housing;
a wire tray disposed adjacent to the internal surface, wherein the wire tray engages and substantially surrounds a substantial portion of the power line within the sensor housing, shielding the surrounding one or more sensors and associated electronics from an electrical noise generated by the power line.
22. The pumping system of claim 21 , wherein the sensor housing is disposed between the motor and a power connection assembly.
23. The pumping system of claim 22 , wherein the power line comprises at least one connector lead connected between the power connection assembly and the motor.
24. The pumping system of claim 21 , wherein the wire tray further comprises a support member and a resilient member.
25. The downhole powered device system of claim 21 , wherein the powered device causes a fluid to be drawn across the external surface.
26. The downhole powered device system of claim 21 , wherein the sensor system is electrically connected to the powered device.
27. The downhole powered device system of claim 21 wherein the wire tray remains in contact with the internal surface of the sensor housing by a resilient member.
28. The downhole powered device system of claim 21 wherein the wire tray remains in direct contact with the internal surface of the sensor housing through direct attachment thereto.
29. The downhole powered device system of claim 21 wherein the wire tray is made of metallic other thermally conductive material.
30. The downhole powered device system of claim 21 wherein the wire tray further comprises a length, and an outer surface in direct contact along its length with the internal surface of the sensor housing.