NOVELTY - Busbarless rear-contact solar cell (1) comprises: a semiconductor substrate (3) with substrate rear side (5) having a number of linear emitter regions and base regions which are alternately arranged on the substrate rear side; a number of multiple linear emitter metal contacts arranged along the emitter region and make electrical contact, in which adjacent emitter metal contacts are not electrically conductively connected through busbar metal contact extending transversely to the emitter metal contacts; and linear base metal contacts arranged along base portion.    USE - Used as a busbarless rear-contact solar cell.    ADVANTAGE - The busbarless rear-contact solar cell can be manufactured in simple and cost efficient manner.    DETAILED DESCRIPTION - Busbarless rear-contact solar cell (1) comprises: a semiconductor substrate (3) with substrate rear side (5) having a number of linear emitter regions and base regions which are alternately arranged on the substrate rear side, each of which extend from one lateral edge region (4) of the substrate rear side to an opposite lateral edge region of the substrate rear side; a number of multiple linear emitter metal contacts arranged along the emitter region and make electrical contact, in which adjacent emitter metal contacts are not electrically conductively connected through busbar metal contact extending transversely to the emitter metal contacts; and linear base metal contacts arranged along base portion, and makes electrical contact in which adjacent base metal contacts are not electrically conductively connected through busbar metal contact extending transversely to the base metal contacts. Each of the emitter metal contacts and each of the base metal contacts have a number of interruptions along an emitter region or base region which are substantially shorter than adjoining uninterrupted regions of emitter and base metal contacts. INDEPENDENT CLAIMS are also included for:    (1) a solar module comprising a number of interconnected busbarless rear-contact solar cells; and    (2) fabricating interconnected comprising providing a semiconductor substrate, forming a number of linear emitter zones and base portions, forming linear emitter metal contacts and linear base metal contacts and arranging metal wires transverse to the emitter regions and base regions.    DESCRIPTION OF DRAWING(S) - The figure shows a top view of a rear side of interconnected busbarless rear-contact solar cells.    Busbarless rear-contact solar cell (1)    Semiconductor substrate (3)    Lateral edge region (4)    Substrate rear side (5)    Base metal contacts (9)