Importance

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Abstract

Solar cell module (2000) with a first solar cell string (2121, . . . , 2124), wherein the first solar cell string (2121, . . . , 2124) has at least two solar cells (2121, . . . , 2124) connected in series and arranged in two rows, with a first bypass element (2151) which is connected in parallel with the first solar cell string (2121, . . . , 2124), with a second solar cell string (2221, . . . , 2224) wherein the second solar cell string (2221, . . . , 2224) has at least two solar cells (2221, . . . , 2224) connected in series and arranged in two rows, with a second bypass element (2251) which is connected in parallel to the second solar cell string (2221, . . . , 2224), with a front side encapsulation layer (2002) and a rear side encapsulation layer (2003), wherein the solar cells (2121, . . . , 2124, 2221, . . . , 2224) of the first solar cell string (2121, . . . , 2124) and the second solar cell string (2221, . . . , 2224) are arranged between the front side encapsulation layer (2002) and the rear side encapsulation layer (2003), with an electrical internal connector (2062) arranged between the front side encapsulation layer (2002) and the rear side encapsulation layer (2003), and

to which the first solar cell string (2121, . . . , 2124) and the second solar cell string (2221, . . . , 2224) are connected in series, wherein the first bypass element (2151) and the second bypass element (2251) are arranged on the side of the rear side encapsulation layer (2003) facing away from the front side encapsulation layer (2002), wherein the first bypass element (2151) and the second bypass element (2251) are electrically conductively connected to each other with an external electrical connector (2072) arranged on the side of the rear side encapsulation layer (2003) facing away from the front side encapsulation layer (2002).

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First Claim