NOVELTY - A photovoltaic panel is fabricated by filling escape recess of a receiver with a plastic sealing material, accommodating photovoltaic devices in bowl-shaped recesses of a forming die; pressing the photovoltaic devices from above; pouring a liquid phase of the transparent resin into the forming cavity of the forming die; and hardening the liquid resin in the forming cavity of the forming die.    USE - For fabricating a photovoltaic panel.    ADVANTAGE - The invention can meet a required quality level of the photovoltaic panel, expand allowable ranges of the outer diameter, shape and circularity of the photovoltaic device (granular silicon), and improve the production efficiency and yield without reduction in the production quality. The production efficiency and yield can be improved without reduction in the production quality.    DETAILED DESCRIPTION - Fabrication of a photovoltaic panel involves filling escape recess of a receiver (22) with a plastic sealing material; setting the forming die on the receiver; accommodating photovoltaic devices (11) in bowl-shaped recesses (26) of the forming die; pressing the photovoltaic devices from above so that lower portions of the photovoltaic devices are fitted into the through holes of the bowl-shaped recesses to thrust inside the plastic sealing material (23) by a predetermined amount; pouring a liquid phase of the transparent resin (12) into the forming cavity of the forming die; hardening the liquid resin in the forming cavity of the forming die (24) so that the photovoltaic devices are integrated by the transparent resin into a photovoltaic panel; and taking the photovoltaic panel out of the forming cavity of the forming die. The panel is formed by arranging granular photovoltaic devices in an array and forming the array into the shape of a panel from a transparent resin and includes each photovoltaic device having a part protruding from the resin. The method employs forming die having a forming cavity in which a number of bowl-shaped recesses are formed so that the photovoltaic devices are accommodated in the recesses respectively. Each bowl-shaped recess has a bottom formed with a circular through hole through which the part of each photovoltaic device protrudes downward. It also employs a receiver including a part opposed at least to the through hole (27) and is formed with an escape recess (21).    DESCRIPTION OF DRAWING(S) - The figure shows a process of pouring a liquid resin in the fabricating method.    Photovoltaic resin (11)    Escape recess (21)    Receiver (22)    Plastic sealing material (23)    Forming die (24)    Bowl-shaped recess (26)    Through hole (27)