Solar cell panel

1. A solar cell panel having a first edge and a second edge opposite the first edge, the solar cell panel comprising:

a plurality of solar cells comprising a first solar cell, a second solar cell, and one or more intermediate solar cells disposed between the first solar cell and the second solar cell, wherein each of the plurality of solar cells includes:

a first lateral side facing the first edge of the solar cell panel and extending in a first direction;

a second lateral side facing the second edge of the solar cell panel and extending in the first direction, wherein the first lateral side and the second lateral side are spaced apart from each other in a second direction that is perpendicular to the first direction; and

an upper surface and a lower surface extending between the first and second lateral sides, the upper and the lower surfaces spaced apart from each other in a third direction perpendicular to the first and second directions;

wherein the first solar cell has a first chamfer at the first lateral side of the first solar cell and the first solar cell has an upper electrode on the upper surface thereof adjacent the second lateral side of the first solar cell, the upper electrode of the first solar cell spaced from the second lateral side of the first solar cell by a first spacing distance,

wherein the second solar cell has a second chamfer at the second lateral side of the second solar cell and the second solar cell has a lower electrode on the lower surface thereof adjacent the first lateral side of the second solar cell, wherein the second solar cell has an upper electrode on the upper surface thereof adjacent to the second lateral side of the second solar cell, the upper electrode of the second solar cell spaced from the second lateral side of the second solar cell by a second spacing distance, wherein the second spacing distance is greater than the first spacing distance,

wherein each intermediate solar cell has a rectangular shape that includes the first and second lateral sides of the intermediate solar cell, each intermediate solar cell has an upper electrode on the upper surface thereof adjacent the second lateral side of the intermediate solar cell, the upper electrode of each intermediate solar cell spaced from the second lateral side of the intermediate solar cell by a third spacing distance, and each intermediate solar cell has a lower electrode on the lower surface thereof adjacent the first lateral side of the intermediate solar cell,

wherein the first solar cell has a first width in the second direction which is a maximum width of the first solar cell, the second solar cell has a second width in the second direction which is a maximum width of the second solar cell, and each intermediate solar cell has a third width in the second direction which is a maximum width of each intermediate solar cell, wherein the third width is less than each of the first width and the second width, and wherein the first width is less than the second width,

wherein a portion of the first solar cell that includes the upper electrode and the second lateral side thereof is overlapped in the third direction by a portion of a first adjacent one of the intermediate solar cells that includes the lower electrode and the first lateral side thereof, such that the first solar cell has a first overlapped portion,

wherein a portion of the second solar cell that includes the lower electrode and the first lateral side thereof overlaps in the third direction with a portion of a second adjacent one of the intermediate solar cells that includes the upper electrode and the second lateral side thereof, such that the second solar cell has a second overlapped portion and the second adjacent one of the intermediate solar cells has a third overlapped portion,

wherein the solar cell panel further comprises a first connecting member connecting the upper electrode of the first solar cell to the lower electrode of the first adjacent one of the intermediate solar cells and a second connecting member connecting the upper electrode of the second adjacent one of the intermediate solar cells to the lower electrode of the second solar cell,

wherein each of a width of the first overlapped portion of the first solar cell in the second direction, a width of the third overlapped portion of the second adjacent one of the intermediate solar cells, the first spacing distance, the second spacing distance, the third spacing distance, the first width of the first solar cell, the second width of the second solar cell, and the third width of the one or more intermediate solar cells are all configured so that when the first solar cell, the second solar cell, and the one or more intermediate solar cells are connected to one another via the first and second connecting members, a photoelectric conversion area of each of the plurality of the solar cells is the same and a current flow of each of the plurality of the solar cells is the same, and wherein the upper electrode of the first solar cell is a first bus bar electrode that is located at the second lateral side of the first solar cell, the second lateral side of the first solar cell being a cut surface, and wherein the second solar cell includes a second bus bar electrode that is located at the second lateral side of the second solar cell and on the upper surface thereof, the second lateral side of the second solar cell being a non-cut surface.

2. The solar cell panel of claim 1 , wherein a shape of the photoelectric conversion area of the first solar cell is different than a shape of the photoelectric conversion area of the second solar cell, and the shape of the photoelectric conversion area of each of the one or more intermediate solar cells is different than the shapes of the first and second solar cells.

3. The solar cell panel of claim 1 , wherein a ratio of the second width of the second solar cell in the second direction to the first width of the first solar cell in the second direction is between 1.018 and 1.055.

4. The solar cell panel of claim 1 , wherein at least one of the plurality of solar cells includes a plurality of finger electrodes that extend in the second direction and that are spaced apart from one another in the first direction.

5. The solar cell panel of claim 1 , wherein a ratio of the second width of the second solar cell in the second direction to the first width of the first solar cell in the second direction is between 1.018 and 1.055, and

wherein a ratio of the second width of the second solar cell in the second direction to the third width of each of the one or more intermediate solar cells in the second direction is between 1.036 and 1.105.

6. The solar cell panel of claim 1 , wherein a ratio of a width of at least one of the plurality of solar cells in the second direction to a length of the at least one of the plurality of solar cells in the first direction is between 2.5 and 12.5.

7. The solar cell panel of claim 1 , wherein each of the one more intermediate solar cells has four corners each having a right angle.

8. The solar cell panel of claim 1 , wherein the plurality of solar cells are arranged along the second direction.

9. The solar cell panel of claim 1 , wherein each of the first, second, and intermediate solar cells have a pair of short sides that extend in the second direction, wherein a length of each of the lateral sides is greater than a length of each of the short sides.

10. A solar cell panel comprising:

a plurality of solar cells including a first solar cell, a second solar cell, and an intermediate solar cell arranged between the first and second solar cells, wherein each solar cell of the plurality of solar cells has respective lengths in a first direction and respective widths in a second direction, and wherein each solar cell of the plurality of solar cells includes a first side and a second side which extend along the first direction and are opposite to each other and determined with respect to the second direction; and

one or more connecting members that electrically connect two adjacent solar cells of the plurality of solar cells,

wherein the first solar cell includes a first chamfer portion at the first side of the first solar cell,

wherein the second solar cell includes a second chamfer portion at the second side of the second solar cell,

wherein a first width of the first solar cell in the second direction is a maximum width of the first solar cell and is different from a second width of the second solar cell in the second direction, the second width being a maximum width of the second solar cell,

wherein a third width of the intermediate solar cell in the second direction is a maximum width of the intermediate solar cell, is less than the first width of the first solar cell, and is less than the second width of the second solar cell, and

wherein when the first, second, and intermediate solar cells are connected to one another via the one or more connecting members, a photoelectric conversion area of each solar cell of the plurality of the solar cells is the same such that a current flow of each solar cell of the plurality of the solar cells is the same,

wherein the first solar cell has an upper electrode on an upper surface thereof adjacent the second side of the first solar cell, the upper electrode of the first solar cell spaced from the second side of the first solar cell by a first spacing distance,

wherein the second solar cell has a lower electrode on a lower surface thereof adjacent the first side of the second solar cell and has an upper electrode on an upper surface thereof adjacent the second side of the second solar cell, the upper electrode spaced from the second side of the second solar cell by a second spacing distance,

wherein each intermediate solar cell has an upper electrode on an upper surface thereof adjacent the second side of the intermediate solar cell, the upper electrode of each intermediate solar cell spaced from the second side of the intermediate solar cell by a third spacing distance, wherein the second spacing distance is greater than the first spacing distance, and wherein the upper electrode of the first solar cell is a first bus bar electrode that is located at the second side of the first solar cell, the second side of the first solar cell being a cut surface, and wherein the second solar cell includes a second bus bar electrode that is located at the second side of the second solar cell and on the upper surface thereof, the second side of the second solar cell being a non-cut surface.

11. The solar cell panel of claim 10 ,

wherein each intermediate solar cell has a lower electrode on a lower surface thereof adjacent the first side of the intermediate solar cell.

12. The solar cell panel of claim 10 , wherein the third spacing distance is less than the second spacing distance.

13. The solar cell panel of claim 11 , wherein

wherein a portion of the first solar cell that includes the upper electrode and the second side thereof is overlapped in a third direction by a portion of the first side of the adjacent intermediate solar cell that includes the lower electrode such that the first solar cell has a first overlapped portion, wherein the third direction is perpendicular to the first and second directions; and

wherein a portion of the second solar cell that includes the lower electrode and the first side thereof overlaps in the third direction with a portion of a second side of the intermediate solar cell that includes the upper electrode such that the second solar cell has a second overlapped portion and the intermediate solar cell has a third overlapped portion.

14. The solar cell panel of claim 13 , wherein the first overlapped portion has a width measured in the second direction, wherein the second overlapped portion has a width measured in the second direction, and wherein the width of the second overlapped portion is larger than the width of the first overlapped portion.