(JP2001032454-A)   NOVELTY - The roofing tile uses a photovoltaic module to generate power by solar light generation which allows rainwater entering the recess for the photovoltaic module to be discharged through drain ditches onto the eaves' side edge portion along the tilt direction of the roof. The level of the bottom surface of the drain ditches (34,35) equals or is lower than the recess bottom surface (25).    USE - As a roofing tile with a photovoltaic module for generating power by solar light generation.    ADVANTAGE - Can discharge rainwater that has entered the recess where the photovoltaic module is stored to the eaves side with improved reliability.    (JP2001049799-A)   NOVELTY - The roofing tile uses a photovoltaic module to generate power by solar light generation which allows rainwater entering the recess for the photovoltaic module to be discharged through drain ditches onto the eaves' side edge portion along the tilt direction of the roof. The level of the bottom surface of the drain ditches (34,35) equals or is lower than the recess bottom surface (25).    USE - As a roofing tile with a photovoltaic module for generating power by solar light generation.    ADVANTAGE - Can discharge rainwater that has entered the recess where the photovoltaic module is stored to the eaves side with improved reliability.    (JP2001173162-A)   NOVELTY - The roofing tile uses a photovoltaic module to generate power by solar light generation which allows rainwater entering the recess for the photovoltaic module to be discharged through drain ditches onto the eaves' side edge portion along the tilt direction of the roof. The level of the bottom surface of the drain ditches (34,35) equals or is lower than the recess bottom surface (25).    USE - As a roofing tile with a photovoltaic module for generating power by solar light generation.    ADVANTAGE - Can discharge rainwater that has entered the recess where the photovoltaic module is stored to the eaves side with improved reliability.