NOVELTY - Manufacture of solar cell involves providing a semiconductor substrate having an opposed sides (a) and (b) and comprising n-type charge carriers, providing through-holes into semiconductor substrate, extending from the side (a) towards or to side (b), applying diffusion-resistant layer of electrically insulating material into the through-holes and onto side (a) with respect to predefined pattern of selective emitter regions to be applied into semiconductor substrate, providing dopant species into semiconductor substrate and forming selective emitter regions.    USE - Manufacture of solar cell used for solar cell panel.    ADVANTAGE - The method efficiently and economically provides solar cell.    DETAILED DESCRIPTION - Manufacture of solar cell involves providing a semiconductor substrate having an opposed sided (a) and (b), and comprising n-type charge carriers, providing through-holes into the semiconductor substrate, extending from the side (a) towards or to the side (b), applying a diffusion resistance layer of electrically insulating material into the through-holes and onto the side (a) with respect to a predefined pattern of selective emitter regions to be applied into the semiconductor substrate, providing dopant species into the semiconductor substrate and forming selective emitter regions comprising p-type charge carriers, creating dopant diffusion regions through controlled diffusion of further dopant species through the diffusion resistance layer, the selective emitter regions and the diffusion regions jointly operating as emitter, applying conductive material on the selective emitter regions and forming conductors from selective emitter regions into through-holes towards the side (b) of the semiconductor substrate, and providing back contacts on the side (b) of the semiconductor substrate, a group (c) of back contacts being coupled to conductors, and a group (d) of back contacts being coupled to a field region present at the side (b) of the semiconductor substrate.    DESCRIPTION OF DRAWING(S) - The drawing shows the cross-sectional view explaining the manufacture of solar cell.    Semiconductor substrate (10)    Front side (11)    Regions (13A,13B)