(EP982780-A1)   NOVELTY - A solar battery module for optical electrolysis comprises hydrogen ion-conducting polymer electrolyte as partition member and photocells with serially connected spherical solar battery elements in matrix form to provide full contact with electrolytic solution.    USE - The battery modules can be used to electrolyze water and carbon dioxide gas in electrolytic solution with irradiation from the sunlight to generate hydrogen oxygen methane gas and other reduction products.    ADVANTAGE - Such battery modules are simple construction, practicability, fast electrolysis, reduced overpotential, and enhanced removal of reaction products.    (CN1251209-A)   NOVELTY - A solar battery module for optical electrolysis comprises hydrogen ion-conducting polymer electrolyte as partition member and photocells with serially connected spherical solar battery elements in matrix form to provide full contact with electrolytic solution.    USE - The battery modules can be used to electrolyze water and carbon dioxide gas in electrolytic solution with irradiation from the sunlight to generate hydrogen oxygen methane gas and other reduction products.    ADVANTAGE - Such battery modules are simple construction, practicability, fast electrolysis, reduced overpotential, and enhanced removal of reaction products.    (JP11538142-X)   NOVELTY - A solar battery module for optical electrolysis comprises hydrogen ion-conducting polymer electrolyte as partition member and photocells with serially connected spherical solar battery elements in matrix form to provide full contact with electrolytic solution.    USE - The battery modules can be used to electrolyze water and carbon dioxide gas in electrolytic solution with irradiation from the sunlight to generate hydrogen oxygen methane gas and other reduction products.    ADVANTAGE - Such battery modules are simple construction, practicability, fast electrolysis, reduced overpotential, and enhanced removal of reaction products.    (TW396642-A)   NOVELTY - A solar battery module for optical electrolysis comprises hydrogen ion-conducting polymer electrolyte as partition member and photocells with serially connected spherical solar battery elements in matrix form to provide full contact with electrolytic solution.    USE - The battery modules can be used to electrolyze water and carbon dioxide gas in electrolytic solution with irradiation from the sunlight to generate hydrogen oxygen methane gas and other reduction products.    ADVANTAGE - Such battery modules are simple construction, practicability, fast electrolysis, reduced overpotential, and enhanced removal of reaction products.    (US6198037-B1)   NOVELTY - A solar battery module for optical electrolysis comprises hydrogen ion-conducting polymer electrolyte as partition member and photocells with serially connected spherical solar battery elements in matrix form to provide full contact with electrolytic solution.    USE - The battery modules can be used to electrolyze water and carbon dioxide gas in electrolytic solution with irradiation from the sunlight to generate hydrogen oxygen methane gas and other reduction products.    ADVANTAGE - Such battery modules are simple construction, practicability, fast electrolysis, reduced overpotential, and enhanced removal of reaction products.    (KR2001005549-A)   NOVELTY - A solar battery module for optical electrolysis comprises hydrogen ion-conducting polymer electrolyte as partition member and photocells with serially connected spherical solar battery elements in matrix form to provide full contact with electrolytic solution.    USE - The battery modules can be used to electrolyze water and carbon dioxide gas in electrolytic solution with irradiation from the sunlight to generate hydrogen oxygen methane gas and other reduction products.    ADVANTAGE - Such battery modules are simple construction, practicability, fast electrolysis, reduced overpotential, and enhanced removal of reaction products.