Utility meter bypass systems, methods, and devices
Bypass systems can be used to connect alternative energy sources to existing distribution panels without the need to replace or upgrade the distribution panel. Some such bypass systems may be integrated directly into an electric meter, while others can be connected to the meter but located laterally or otherwise away from the electric meter. The bypass busbars and breakers may in some devices be interchangeable, allowing for greater flexibility and capacity of the bypass systems.
1. An electric meter bypass extension comprising:
a housing;
a plurality of line-side conductive members configured to transmit power from external power lines to a metering device;
a plurality of load-side conductive members configured to transmit power from the metering device to a separate circuit breaker panel, the plurality of line-side conductive members not connected within the extension to the plurality of load-side conductive members;
a first bypass breaker located on a first side of the extension and disposed at least partially within the housing, the first bypass breaker in electrical communication with the plurality of load-side conductive members; and
a second bypass breaker located on a second side of the extension and disposed at least partially within the housing, the second side opposite the first side, the second bypass breaker in electrical communication with the plurality of load-side conductive members.
2. The extension of claim 1 , wherein the electric meter bypass extension further comprises:
a first plurality of connectors on a first face of the electric meter bypass extension, the first plurality of connectors comprising:
at least two line connectors in electrical communication with the plurality of line-side conductive members and configured to form part of a connection between the plurality of line-side conductive members and the external power lines;
at least two load connectors in electrical communication with the plurality of load-side conductive members and configured to form part of a connection between the plurality of load-side conductive members and the separate circuit breaker panel; and
a second plurality of connectors on a second face of the electric meter bypass extension, each of the second plurality of connectors in electrical communication with at least one of the line-side conductive members or the load-side conductive members.
3. The electric meter bypass extension of claim 2 , wherein the first plurality of connectors comprises a plurality of prongs extending outward from the first face of the electric meter bypass extension.
4. The electric meter bypass extension of claim 3 , wherein the plurality of prongs are dimensioned and configured to be inserted in a meter socket.
5. The electric meter bypass extension of claim 2 , wherein the second plurality of connectors comprise a plurality of slots formed in the second face of the electric meter bypass extension.
6. The electric meter bypass extension of claim 5 , wherein the second face of the electric meter bypass extension comprises a meter socket, and the plurality of slots are configured to receive and retain prongs of an electric the metering device.
7. The electric meter bypass extension of claim 2 , wherein the first and second faces of the electric meter bypass extension are formed on opposite sides of the electric meter bypass extension.
8. The electric meter bypass extension of claim 1 , further comprises a plurality of busbars in electrical communication with the plurality of load-side conductive members, each of the plurality of busbars including a first prong, and wherein the first bypass breaker is seated on the first prong of each of the plurality of busbars.
9. The electric meter bypass extension of claim 8 , wherein the plurality of busbars comprise interchangeable busbars removably installed within the housing.
10. The electric meter bypass extension of claim 9 , wherein the first bypass breaker has a rating of more than 60 amps.
11. The electric meter bypass extension of claim 9 , wherein the second bypass breaker is seated on a second prong of each of the plurality of busbars, and wherein a cumulative rating of the first and second bypass breakers is greater than 60 amps.
12. The electric meter bypass extension of claim 1 , wherein the plurality of first and second bypass breakers are interchangeable.
13. The electric meter bypass extension of claim 1 , wherein the housing additionally includes an aperture to allow routing of wiring to the first bypass breaker.
14. The electric meter bypass extension of claim 1 , wherein the housing additionally includes a first opening to allow access to the first bypass breaker, and a second opening to allow access to the second breaker.
15. The electric meter bypass extension of claim 1 , wherein the first bypass breaker is configured to function as a subsidiary breaker and the second bypass breaker is a configured to function as a main breaker and control the first bypass breaker.
16. The electric meter bypass extension of claim 1 , wherein the electric meter bypass extension is dimensioned to be installed between the metering device and a meter socket in electrical communication with the external power lines and the separate circuit breaker panel.
17. An electric meter bypass extension comprising:
a housing including at least a first face, a portion of the first face of the housing being substantially planar;
at least one bypass breaker disposed at least partially within the housing; and
a connection portion extending substantially parallel to the first face of the housing and dimensioned to be installed between a meter socket and an electric meter, the connection portion including:
a plurality of apertures configured and dimensioned to allow a plurality of load-side conductive prongs extending from the electric meter to pass therethrough; and
a plurality of conductive members in electrical communication with the at least one bypass breaker and configured to be placed in electrical contact with a portion of a circuit extending between the load side of the electric meter and a separate breaker panel.
18. The electric meter bypass extension of claim 17 , wherein the electric meter bypass extension is dimensioned to be installed between the meter socket and the electric meter without substantially increasing the distance between the meter socket and the electric meter.
19. The electric meter bypass extension of claim 17 , wherein the connection portion extends along at least a portion of the first side of the housing portion.
20. The electric meter bypass extension of claim 17 , wherein the connection portion includes:
a first plurality of gripping elements configured and dimensioned to allow the plurality of load-side conductive prongs extending from the electric meter to pass therethrough, the first plurality of gripping elements defining the plurality of apertures configured and dimensioned to allow the plurality of load-side prongs extending from the electric meter to pass therethrough; and
a second plurality of gripping elements configured and dimensioned to allow a plurality of line-side conductive prongs extending from the electric meter to pass therethrough.
21. The electric meter bypass extension of claim 20 , wherein each of the first plurality of gripping elements configured and dimensioned to allow the plurality of load-side conductive prongs to pass therethrough includes an insulating structure.
22. The electric meter bypass extension of claim 17 , wherein the housing includes a plurality of busbars, each including at least one bussing prong, wherein the at least one bypass breaker is seated on the at least one a bussing prong of each of the plurality of busbars.
23. The extension of claim 17 , wherein the plurality of busbars are interchangeable busbars removably installed within the housing.
24. The electric meter bypass extension of claim 17 , wherein portions of the plurality of conductive members located within the connection portion extend generally in a first direction, and wherein the plurality of apertures configured and dimensioned to allow a plurality of load-side meter conductive prongs extending from the electric meter to pass therethrough are configured and dimensioned to allow the plurality of load-side meter conductive prongs extending from the electric meter to pass therethrough in a second direction substantially orthogonal to the first direction.
25. An electric meter bypass extension including at least one bypass breaker, the electric meter bypass extension comprising:
a housing;
a plurality of line-side conductive members configured to transmit power from external power lines to a metering device;
a plurality of load-side conductive members configured to transmit power from the metering device to a separate circuit breaker panel, the plurality of line-side conductive members not connected within the electric meter bypass extension to the plurality of load-side conductive members; and
an interchangeable busbar removably installed within the housing and in electrical communication with at least one of the plurality of load-side conductive members;
a bypass breaker disposed at least partially within the housing, the bypass breaker supported by and in electrical communication with the interchangeable busbar; and
a connection portion extending substantially parallel to a face of the housing, the connection portion including a plurality of apertures configured and dimensioned to allow a plurality of load-side conductive prongs extending from the metering device to pass therethrough.
26. The electric meter bypass extension of claim 25 , wherein the interchangeable busbar is removably secured within the housing via a retaining structure retaining a first end of the interchangeable busbar and a securement device retaining a second end of the interchangeable busbar.
27. The electric meter bypass extension of claim 26 , wherein the first end of the interchangeable busbar includes a cleat secured within the retaining structure, and the securement device includes a fastener extending through a portion of the interchangeable busbar.
28. The electric meter bypass extension of claim 25 , wherein the interchangeable busbar comprises at least one bussing prong, and wherein the bypass breaker is seated on the at least one bussing prong of the interchangeable busbar.