(JP2001053315-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.    (JP2001053316-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.    (JP2001053317-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.    (JP2001053326-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.    (JP2001057438-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.    (JP2001057439-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.    (JP2001168360-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.    (JP2001168365-A)   NOVELTY - A solar battery module has, in outward sequence, transparent insulating substrate (1) with two surfaces; transparent electrode layer (2); photo semiconductor layer (3); back electrode layer (4); and rough surface textured anti-glare film (10) on the second surface where light enters. The film includes (in)organic material binder (20) and (in)organic material particles (30).    USE - Solar power generation.    ADVANTAGE - Module reduces or prevents public nuisance caused by light reflection on the light entering side with a more uniform tone.