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An electrical storage battery includes a housing and a plurality of rectangular cell assembly modules electrically coupled together. The rectangular cell assembly modules are mounted by spring damping elements in the housing and are in each case arranged in an intermediate space between an outer are

An electrical storage battery includes a housing and a plurality of rectangular cell assembly modules electrically coupled together. The rectangular cell assembly modules are mounted by spring damping elements in the housing and are in each case arranged in an intermediate space between an outer area of at least one lower edge of the cell assembly modules and the housing, with at least one common spring damping element extending transversely with respect to the direction of the longest side of the cell assembly modules along the plurality of cell assembly modules.

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1. An electrical storage battery comprising: a housing;a plurality of rectangular cell assembly modules electrically coupled together; andat least one spring damping element coupled to a first mounting rail provided in a space between the housing and the plurality of rectangular cell assembly module

1. An electrical storage battery comprising: a housing;a plurality of rectangular cell assembly modules electrically coupled together; andat least one spring damping element coupled to a first mounting rail provided in a space between the housing and the plurality of rectangular cell assembly modules, the at least one spring damping element extending along all of the rectangular cell assembly modules of the electrical storage battery adjacent a transition between a lower edge and a side edge of each of the cell assembly modules, wherein the first mounting rail comprises a groove to hold the at least one spring damping element. 2. The electrical storage battery of claim 1, further comprising a second spring damping element coupled to the first mounting rail and extending along the rectangular cell assembly modules adjacent the lower edge of each of the cell assembly modules. 3. The electrical storage battery of claim 1, wherein at least one spring damping element is arranged on both side edges of each of the cell assembly modules. 4. An electrical storage battery comprising: a housing;a plurality of rectangular cell assembly modules electrically coupled together; andat least one spring damping element coupled to a first mounting rail provided in a space between the housing and the plurality of rectangular cell assembly modules, the at least one spring damping element extending along all of the rectangular cell assembly modules of the electrical storage battery adjacent a transition between a lower edge and a side edge of each of the cell assembly modules, wherein the first mounting rail has an L-shaped profile defined by two limbs arranged at generally right angles to one another on associated side edges, the first mounting rail provided adjacent to a transition between lower edges and side edges of each of the cell assembly modules and comprising the at least one spring damping element coupled to a first of the two limbs and at least another spring damping element coupled to the second of the two limbs. 5. The electrical storage battery of claim 1, further comprising a second mounting rail provided in a space between the housing and the plurality of rectangular cell assembly modules opposite the first mounting rail, with at least one of the mounting rails being formed from a spring and damping material and acting as a spring damping element. 6. An electrical storage battery comprising: a housing;a plurality of rectangular cell assembly modules electrically coupled together; andat least one spring damping element coupled to a first mounting rail provided in a space between the housing and the plurality of rectangular cell assembly modules, the at least one spring damping element extending along all of the rectangular cell assembly modules of the electrical storage battery adjacent a transition between a lower edge and a side edge of each of the cell assembly modules; anda second mounting rail provided in a space between the housing and the plurality of rectangular cell assembly modules opposite the first mounting rail wherein at least one of the mounting rails is screwed to the housing via a spring pack. 7. An electrical storage battery comprising: a housing;a plurality of rectangular cell assembly modules electrically coupled together;at least one spring damping element coupled to a first mounting rail provided in a space between the housing and the plurality of rectangular cell assembly modules, the at least one spring damping element extending along all of the rectangular cell assembly modules of the electrical storage battery adjacent a transition between a lower edge and a side edge of each of the cell assembly modules; anda plurality of spring damping elements provided adjacent to side walls of the housing and side walls of at least one of the cell assembly modules. 8. The electrical storage battery of claim 7, wherein the spring damping elements are formed from an elastomeric material. 9. An electrical storage battery comprising: a housing;a plurality of rectangular cell assembly modules electrically coupled together;at least one spring damping element coupled to a first mounting rail provided in a space between the housing and the plurality of rectangular cell assembly modules, the at least one spring damping element extending along all of the rectangular cell assembly modules of the electrical storage battery adjacent a transition between a lower edge and a side edge of each of the cell assembly modules, wherein the cell assembly modules are coupled to the housing with at least one fixed bearing and the at least one fixed bearing is provided in the form of a tongue and groove connection between the cell assembly module and the housing. 10. An electrical storage battery comprising: a housing;a plurality of rectangular cell assembly modules provided side-by-side; andat least one mounting rail having an L-shaped profile defined by two limbs arranged at generally right angles to one another on associated side edges, the mounting rail provided adjacent to a transition between a lower edge and a side edge of each of the cell assembly modules and extending parallel to the transition of the lower edge and the side edge of each of the cell assembly modules along the plurality of cell assembly modules;wherein the at least one mounting rail comprises at least one spring damping element coupled to at least one of the two limbs of the mounting rail, the spring damping element extending along all of the plurality of cell assembly modules of the electrical storage battery adjacent the transition between the lower edge and the side edge of each of the cell assembly modules. 11. The electrical storage battery of claim 10, wherein at least one spring damping element is coupled to each of the two limbs of the mounting rail. 12. The electrical storage battery of claim 10, wherein at least one spring damping element is arranged on both side edges of each of the cell assembly modules. 13. The electrical storage battery of claim 10, wherein the at least one mounting rail comprises a groove to hold the at least one spring damping element. 14. The electrical storage battery of claim 10, wherein the at least one mounting rail is formed from a spring and damping material and acts as the at least one spring damping element. 15. The electrical storage battery of claim 10, wherein the at least one mounting rail is screwed to the housing via a spring pack. 16. The electrical storage battery claim 10, further comprising a plurality of spring damping elements provided adjacent to side walls of the housing and side walls of at least one of the cell assembly modules. 17. The electrical storage battery of claim 10, wherein the at least one spring damping element is formed from an elastomeric material.