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In one embodiment, a solar cell module comprises a plurality of solar cells interconnected as a solar cell array. An interconnect assembly electrically connects the backsides of two adjacent solar cells. The interconnect assembly may have an interconnect that electrically connects a contact point o

In one embodiment, a solar cell module comprises a plurality of solar cells interconnected as a solar cell array. An interconnect assembly electrically connects the backsides of two adjacent solar cells. The interconnect assembly may have an interconnect that electrically connects a contact point on a backside of a solar cell to a contact point on a backside of another solar cell. The interconnect assembly may further include an interconnect shield placed between the solar cells and the interconnect.

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What is claimed is: 1. A solar cell module comprising: a first backside-contact solar cell having a plurality of spaced apart contact points of a positive electrical polarity on one end and a plurality of spaced apart contact points of a negative electrical polarity on another end; a second backsid

What is claimed is: 1. A solar cell module comprising: a first backside-contact solar cell having a plurality of spaced apart contact points of a positive electrical polarity on one end and a plurality of spaced apart contact points of a negative electrical polarity on another end; a second backside-contact solar cell having a plurality of spaced apart contact points of the positive electrical polarity on one end and a plurality of spaced apart contact points of the negative electrical polarity on another end; an interconnect electrically coupling multiple said contact points of the positive electrical polarity on a backside of the first backside-contact solar cell to multiple said contact points of the negative electrical polarity on a backside of the second backside-contact solar cell; and a shield placed between the interconnect and the first and second backside contact solar cells, the shield comprising a material which visually blocks the interconnect as viewed from front sides of the first and second backside-contact solar cells. 2. The solar cell module of claim 1 wherein the shield comprises a tape. 3. The solar cell module of claim 1 wherein the shield comprises a coating integral to the interconnect. 4. The solar cell module of claim 1 wherein the shield comprises a three-dimensional body that presses on the backsides of the first and second backside contact solar cells and fills a gap between the first and second backside contact solar cells. 5. The solar cell module of claim 1 wherein the interconnect comprises a first strip of interconnect material electrically coupling a first contact point on the backside of the first backside-contact solar cell to a first contact point on the backside of the second backside-contact solar cell. 6. The solar cell module of claim 1 wherein the interconnect comprises a single continuous interconnect having a plurality of strain relief features. 7. The solar cell module of claim 6 wherein the interconnect comprises a plurality of tabs extending from the body of the interconnect to electrically couple contact points on the backside of the first backside-contact solar cell to corresponding contact points on the backside of the second backside-contact solar cell. 8. The solar cell module of claim 1 further comprising: a first protection layer placed over the front sides of the first and second backside contact solar cells, the first protection layer being configured to allow solar energy to reach the front sides of the first and second backside-contact solar cells. 9. The solar cell module of claim 8 further comprising: a second protection layer over the first protection layer, the second protection layer being configured to protect from environmental elements while allowing solar energy to reach the first and second backside-contact solar cells. 10. The solar cell module of claim 9 further comprising: a third protection layer placed over the interconnect. 11. The solar cell module of claim 10 wherein the first and third protection layers comprise ethylene vinyl acetate (EVA) and the second protection layer comprises glass. 12. The solar cell module of claim 10 further comprising a back sheet on a side of the third protection layer away from the interconnect. 13. A solar cell module comprising: a first solar cell having a plurality of spaced apart contact points of a positive electrical polarity on one end and a plurality of spaced apart contact points of a negative electrical polarity on another end; a second solar cell having a plurality of spaced apart contact points of the positive electrical polarity on one end and a plurality of spaced apart contact points of the negative electrical polarity on another end; and an interconnect assembly electrically coupling multiple said contact points of the positive electrical polarity on a backside of the first solar cell to multiple said contact points of the negative electrical polarity on a backside of the second solar cell, the interconnect assembly including an interconnect and an interconnect shield, the interconnect shield being located between the interconnect and the first and second solar cells, the interconnect shield being configured to block from view the interconnect as viewed from front sides of the first and second solar cells. 14. The solar cell module of claim 13 wherein the interconnect comprises a single continuous piece of electrically conducting material having a plurality of tabs for contacting contact points on the backsides of the first and second solar cells. 15. The solar cell module of claim 14 wherein the interconnect further comprises: a plurality of slits for providing strain relief to the interconnect. 16. The solar cell module of claim 13 further comprising: a first encapsulant over front sides of the first and second solar cells; a second encapsulant over the backsides of the first and second solar cells; a transparent cover over the first encapsulant; and a back sheet over the second encapsulant. 17. The solar cell module of claim 13 wherein the interconnect shield fills a gap between the first and second solar cells to control spacing between the first and second solar cells.