Formed photovoltaic module busbars

1. A photovoltaic (PV) module, the PV module comprising:

one or more back contact PV cells located within the PV module, wherein the one or more back contact PV cells have a front side and a back side, the front side opposite the back side;

a busbar electrically connected to the back side of the one or more back contact PV cells, wherein the busbar is disposed over the back side of the one or more back contact PV cells; and

an insulator material located between the busbar and the one or more back contact PV cells, wherein the insulator material comprises a material selected from the group consisting of EPE and EVA; and

wherein the busbar comprises:

a cell connection piece electrically connected to the one or more back contact PV cells; and

a terminal connection piece coupled with the cell connection piece, wherein the terminal connection piece comprises a terminal bus bar including a first portion defining a non-orthogonal, curvilinear shape and a second portion defining either a tapered shape or a hole to facilitate coupling of the second portion of the terminal bus bar to a terminal of a junction box.

2. The PV module of claim 1 , wherein the insulator material comprises a colored insulator material.

3. The PV module of claim 1 , wherein the insulator material comprises a white colored insulator material or a black colored insulator material.

4. The PV module of claim 1 , wherein the insulator material comprises a transparent insulator material.

5. The PV module of claim 1 , wherein the insulator material has a thickness in a range of 2-4 mils.

6. The PV module of claim 1 , further comprising:

a laminate material located on the busbar and the one or more back contact PV cells.

7. The PV module of claim 1 , wherein the cell connection piece is unitarily formed with the terminal connection piece.

8. A photovoltaic (PV) module, the PV module comprising:

a cell connection piece electrically connected to a back side of one or more back contact PV cells; and

a terminal connection piece unitarily coupled with the cell connection piece to form a unitary connection piece, wherein the unitary connection piece is located behind the one or more back contact PV cells, wherein the terminal connection piece comprises a terminal bus bar including a first portion defining a non-orthogonal, curvilinear shape and a second portion defining either a tapered shape or a hole to facilitate coupling of the second portion of the terminal bus bar to a terminal of a junction box.

9. The PV module of claim 8 , wherein the cell connection piece comprises a plurality of bus tabs extending from a single side of the cell connection piece.

10. The PV module of claim 8 , wherein the cell connection piece comprises an interconnect bus having a continuously variable width along a length of the interconnect bus.

11. The PV module of claim 8 , wherein the cell connection piece comprises an interconnect bus having a step-wise variable width along a length of the interconnect bus.

12. The PV module of claim 8 , wherein the cell connection piece comprises an expansion joint to accommodate thermal expansion of the photovoltaic module, wherein the expansion joint is unitarily formed with the cell connection piece.

13. A photovoltaic (PV) module, the PV module comprising:

a cell connection piece electrically connected to a back side of one or more back contact PV cells, wherein the cell connection piece comprises a plurality of bus tabs only extending from a single side of the cell connection piece with the opposite side having no tabs extending there from; and

a terminal connection piece unitarily coupled with the cell connection piece to form a unitary connection piece, wherein the unitary connection piece is located behind the one or more back contact PV cells; and

wherein the terminal connection piece comprises a terminal bus bar including a first portion defining a non-orthogonal, curvilinear shape and a second portion defining either a tapered shape or a hole to facilitate coupling of the second portion of the terminal bus bar to a terminal of a junction box.

14. The PV module of claim 13 , wherein the cell connection piece comprises an interconnect bus having a continuously variable width along a length of the interconnect bus.

15. The PV module of claim 13 , wherein the cell connection piece comprises an interconnect bus having a step-wise variable width along a length of the interconnect bus.

16. The PV module of claim 13 , wherein the cell connection piece comprises an expansion joint to accommodate thermal expansion of the photovoltaic module, wherein the expansion joint is unitarily formed with the cell connection piece.