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A battery cell assembly includes a plurality of battery cells. Each battery cell comprises a first end that is positively charged and a second end that is negatively charged. One or more flexible conductors are adapted to electrically connect the plurality of battery cells. A plurality of bands secu

A battery cell assembly includes a plurality of battery cells. Each battery cell comprises a first end that is positively charged and a second end that is negatively charged. One or more flexible conductors are adapted to electrically connect the plurality of battery cells. A plurality of bands secures the one or more flexible conductors to the plurality of battery cells. The flexible conductors are configured to withstand a current on the order of 300 amps and a minimum temperature of 170° F.

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What is claimed is: 1. A method for mechanically connecting a plurality of cylindrical battery cells in a battery cell assembly using one or more copper braids and one or more bands, wherein each cylindrical battery cell comprises an elongated body section with a first contact point end that is pos

What is claimed is: 1. A method for mechanically connecting a plurality of cylindrical battery cells in a battery cell assembly using one or more copper braids and one or more bands, wherein each cylindrical battery cell comprises an elongated body section with a first contact point end that is positively charged and a second contact point end that is negatively charged, the method comprising: arranging the plurality of cylindrical battery cells such that the first contact point ends of the plurality of cylindrical battery cells face a same direction; placing a single first copper braid across the first contact point ends of the plurality of cylindrical battery cells; placing a single second copper braid across the second contact point ends of the plurality of cylindrical battery cells; and wrapping a single band around each of the plurality of cylindrical battery cells securing the first contact point end of each of the plurality of cylindrical battery cells to a portion of the single first copper braid that is in contact with the first contact point end thereby electrically connecting the first contact point ends and securing the second contact point end of each of the plurality of cylindrical battery cells to a portion of the single second copper braid that is in contact with the second contact point end thereby electrically connecting the second contact point ends. 2. The method of claim 1, further comprising attaching the body section of each of the plurality of cylindrical battery cells to each other using an adhesive. 3. The method of claim 2, wherein the single first copper braid and the single second copper braid comprises a plurality of conductive wire. 4. The method of claim 2, wherein the adhesive is configured to be flexible. 5. The method of claim 1, further comprising arranging the plurality of battery cylindrical cells to have a similar height to the adjacent cylindrical battery cell, wherein the height is referenced from a stationary point. 6. The method of claim 3, further comprising folding the single first copper braid or the single second copper braid in half to double the thickness. 7. The method of claim 6, wherein the single first copper braid or the single second copper braid comprises multiple layers of copper braid. 8. The method of claim 1, further comprising wrapping the cylindrical battery cell assembly with heat shrink wrap. 9. The method of claim 1, wherein the single band is chemically adapted to withstand a temperature of greater than 170 degrees F. 10. The method of claim 8, wherein the single first copper braid and the single second copper braid extends beyond a first cylindrical battery cell of the plurality of cylindrical battery cells or a last cylindrical battery cell of the plurality of cylindrical battery cells. 11. The method of claim 8, wherein the single first copper braid and the single second copper braid extends beyond a first battery cell of the plurality of cylindrical battery cells and a last cylindrical battery cell of the plurality of cylindrical battery cells. 12. A cylindrical battery cell assembly comprising: a plurality of cylindrical battery cells, each cylindrical battery cell comprising an elongated body with a first contact point end that is positively charged and a second contact point end that is negatively charged, the plurality of cylindrical battery cells arranged such that the first contact point ends of the plurality of cylindrical battery cells face a same direction; a single first copper braid placed across the first contact point ends of the plurality of cylindrical battery cells; a single second copper braid placed across the second contact point ends of the plurality of cylindrical battery cells; and one or more bands, wherein a single band from the one or more bands is wrapped around each of the plurality of cylindrical battery cells securing the first contact point end of each of the plurality of cylindrical battery cells to a portion of the single first copper braid that is in contact with the first contact point end thereby electrically connecting the first contact points ends and securing the second contact point end of each of the plurality of cylindrical battery cells to a portion of the single second copper braid that is in contact with the second contact point end thereby electrically connecting the second contact point ends. 13. The cylindrical battery cell assembly of claim 12, further comprising an adhesive for attaching the body section of each of the plurality of cylindrical battery cells to each other. 14. The cylindrical battery cell assembly of claim 13, wherein the adhesive is configured to be flexible. 15. The cylindrical battery cell assembly of claim 12, wherein the plurality of cylindrical battery cells are lithium based batteries. 16. The cylindrical battery cell assembly of claim 12, wherein the first contact point end of the plurality of cylindrical battery cells or the second contact point end of the plurality of cylindrical battery cells comprises a protrusion to form a contact point. 17. The cylindrical battery cell assembly of claim 12, wherein the first contact point end of the plurality of cylindrical battery cells or the second contact point end of the cylindrical plurality of battery cells is flush or indented. 18. The cylindrical battery cell assembly of claim 12, wherein the single first copper braid and the single second copper braid comprises a plurality of strands of conductive wire. 19. The cylindrical battery cell assembly of claim 12, wherein the one or more bands are made of a rubber. 20. The cylindrical battery cell assembly of claim 12, wherein the one or more bands are chemically adapted to withstand a temperature of greater than 170 degrees F. 21. The battery cell assembly of claim 13 further comprising a heat shrink wrap. 22. A method for mechanically connecting a plurality of cylindrical battery cells in a cylindrical battery cell assembly using one or more copper braids, one or more bands, and a wrapper, wherein each cylindrical battery cell comprises an elongated body section with a first contact point end that is positively charged and a second contact point end that is negatively charged, the method comprising: arranging the plurality of cylindrical battery cells such that the first contact point ends of the plurality of cylindrical battery cells face a same direction; attaching the elongated body section of each of the plurality of cylindrical battery cells to each other using an adhesive; placing a single first copper braid across the first contact point ends of the plurality of cylindrical battery cells; placing a single second copper braid across the second contact point ends of the plurality of cylindrical battery cells; wrapping a single band around each of the plurality of cylindrical battery cells securing the first contact point end of each of the plurality of cylindrical battery cells to a portion of the single first copper braid that is in contact with the first contact point end thereby electrically connecting the first contact point ends and securing the second contact point end of each of the plurality of cylindrical battery cells to a portion of the single second copper braid that is in contact with the second contact point end thereby electrically connecting the second contact point ends; and enclosing the wrapped plurality of cylindrical battery cells with a heat shrink wrapper. 23. The method of claim 22, further comprising attaching the wrapped plurality of cylindrical battery cells to a motor vehicle.