A solar cell panel characterized in that said solar cell panel comprises: at least one solar cell module including a plurality, 2N, of solar cell assembly series (9a, 9b) each including a plurality, n, of solar cells each with a maximum voltage output u, and interconnectors each for electrically connecting between two of these solar cells in series, said plurality of solar cells being arranged substantially in a line, an insulator on which said plurality of solar cell assembly series (9a, 9b) are arranged at predetermined gaps, first connection lines that electrically connect N of said plurality of solar cell assembly series so that they are connected in series so as to form a first solar cell string, and second connection lines that electrically connect remaining N ones of said plurality of solar cell assembly series so that they are connected in series so as to form a second solar cell string, wherein the first solar cell string is electrically connected in parallel with the second solar cell string, and the solar cell assembly series of said first solar cell string and the solar cell assembly series of said second solar cell string being arranged so that they lie adjacent to one another, and form a grid of alternate first solar cell assembly series and second solar cell assembly series, wherein the first outermost of the solar cell assembly series of the first solar cell string is connected to the second outermost of the solar cell assembly series of the first solar cell string in a spiral manner, and wherein second outermost of the solar cell assembly series of the first solar cell string is connected to the third outermost of the solar cell assembly series of the first solar cell string in a spiral manner up to the last innermost of the solar cell assembly series of the first solar cell assembly series, and the first outermost of the solar cell assembly series of the second solar cell string is connected to the second outermost of the solar cell assembly series of the second solar cell string in a spiral manner, and wherein second outermost of the solar cell assembly series of the second solar cell string is connected to the third outermost of the solar cell assembly series of the second solar cell string in a spiral manner up to the last innermost of the solar cell assembly series of the second solar cell assembly series, wherein the spiral of the first solar cell string is interwoven with the spiral of the second solar cell string within the grid such that the potential difference between adjacent solar cells of different solar cell assembly series (9a, 9b) is at most n.u volts. at least one solar cell module including a plurality, 2N, of solar cell assembly series (9a, 9b) each including a plurality, n, of solar cells each with a maximum voltage output u, and interconnectors each for electrically connecting between two of these solar cells in series, said plurality of solar cells being arranged substantially in a line, an insulator on which said plurality of solar cell assembly series (9a, 9b) are arranged at predetermined gaps, first connection lines that electrically connect N of said plurality of solar cell assembly series so that they are connected in series so as to form a first solar cell string, and second connection lines that electrically connect remaining N ones of said plurality of solar cell assembly series so that they are connected in series so as to form a second solar cell string, wherein the first solar cell string is electrically connected in parallel with the second solar cell string, and the solar cell assembly series of said first solar cell string and the solar cell assembly series of said second solar cell string being arranged so that they lie adjacent to one another, and form a grid of alternate first solar cell assembly series and second solar cell assembly series, wherein the first outermost of the solar cell assembly series of the first solar cell string is connected to the second outermost of the solar cell assembly series of the first solar cell string in a spiral manner, and wherein second outermost of the solar cell assembly series of the first solar cell string is connected to the third outermost of the solar cell assembly series of the first solar cell string in a spiral manner up to the last innermost of the solar cell assembly series of the first solar cell assembly series, and the first outermost of the solar cell assembly series of the second solar cell string is connected to the second outermost of the solar cell assembly series of the second solar cell string in a spiral manner, and wherein second outermost of the solar cell assembly series of the second solar cell string is connected to the third outermost of the solar cell assembly series of the second solar cell string in a spiral manner up to the last innermost of the solar cell assembly series of the second solar cell assembly series, wherein the spiral of the first solar cell string is interwoven with the spiral of the second solar cell string within the grid such that the potential difference between adjacent solar cells of different solar cell assembly series (9a, 9b) is at most n.u volts.