NOVELTY - The photovoltaic module has series-connected string assemblies which consist of parallel-connected strings (280) of solar cells. The parallel-connected strings comprise the solar cells connected in series. The solar cells of parallel-connected strings are respectively parallel to one another in the string assemblies. The solar cells have a rectangular shape with an aspect ratio different from one. The solar cells are formed by dividing the output cells.    USE - Photovoltaic module.    ADVANTAGE - The solar cell string is in series with other solar cell string of the same, and additionally to solar cell of parallel-connected strings. The additional cell as parallel connection of solar cells has the possibility of equalizing currents that can flow between the parallel-connected solar cells so that losses can be reduced or prevented due to mismatches. The photovoltaic module with relatively small ohmic resistance losses and high efficiency can be obtained. The sharing of output cells is performed in easy and cheap way to provide rectangular solar cells so as to reduce resistance losses. The equalizing currents can flow between the solar cells, and the mismatch losses due to different characteristics of the divided cell solar cells can be avoided. The solar cells can be positioned relatively close to each other, so that the available surface area of ??the photovoltaic module can be effectively utilized. The series connection of solar panels in the string can be realized with the help of cell connectors. The use of solid wire instead of cell connectors enables a low-cost, effective interconnection of solar cells. The power reduction can be compensated by the parallel connectors reflective steering of the light radiation induced onto active cell areas. The insertion of parallel connector can be simplified when connecting the solar cells. The bridging structure is provided for bypassing electric current to solar cells or in string configuration so as to prevent negative effect on current flow in the entire photovoltaic module.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for manufacturing photovoltaic module.    DESCRIPTION OF DRAWING(S) - The drawings show the graphical view illustrating the ohmic losses of photovoltaic modules in response to division level for different efficiencies of solar cells, and flowchart illustrating the process of manufacturing photovoltaic module with divided solar cells.    Step for providing output solar cells (301)    Step for subjecting output solar cells to performance inspection (302)    Step for performing division process of output solar cells (303)    Step for using divided solar cells for constructing photovoltaic module (304)