llitpO)%(lflFunctional MaterialsTokyo University of Science ectnerapsnartmsnartacehtraosoecnattiJob titleAffiliation of key roleNameMain research fieldWavelength (nm)Semiconductor material engineering / Thin film solar cellCoordination chemistry / Photofunctional fuel cells of organic/ inorganic hybrid materialsElectricity and energy engineering / Photovoltaic systemOrganic photovoltaic cell / Artificial photosynthesisPhotovoltaic power system / Wind power generation / Power conditioning systemFuel cells / Hydrogen storage / Diagnosis for energy devicesSurface and interfaces / Photovoltaic devices / NanogeneratorsCoordination chemistry / Dye sensitized solar cellFerroelectric Materials, Energy Storage, MetamaterialsCoordination chemistry / Bioinorganic chemistry / Catalytic chemistry Photovoltaic system / Energy management systemSolar heat utilization / Photovoltaic systemOrganic photovoltaic cell, Materials informaticsPower system stability analysis, Smart grid, Countermeasures for low-inertia power systemsPhotovoltaic power generation system / Wind-power generation / Micro gridMolecular electronics & Bioelectronics / Photosynthetic engineeringSemiconductor material engineering / Thin film photovoltaic cell, CIGS solar cellEnergy economics / Low carbon city managementThin film photovoltaic cell / Optical Properties of SemiconductorSmart grid / Energy storage system management / PV generation forecastingProfessor/DirectorFaculty of Science and Engineering,Department of Electrical EngineeringFaculty of Science Division II,Department of ChemistryProfessorProfessorFaculty of Engineering,Department of Electrical EngineeringProfessorFaculty of Engineering,Department of Industrial ChemistryAssociate ProfessorFaculty of Science and Engineering,Department of Electrical EngineeringAssociate ProfessorFaculty of Science and Engineering,Department of Electrical EngineeringAssociate ProfessorFaculty of Faculty of Advanced Engineering,Department of Applied ElectronicsJunior Associate ProfessorFaculty of Science Division II,Department of ChemistryJunior Associate ProfessorFaculty of Science and Engineering,Department of Electrical EngineeringAssistantProfessorFaculty of Science Division II,Department of Chemistry AssistantProfessorFaculty of Engineering,Department of Electrical EngineeringAssistantProfessorFaculty of Engineering,Department of ArchitectureAssistantProfessorFaculty of Engineering,Department of Industrial ChemistryAssistantProfessorFaculty of Science and Engineering,Department of Electrical EngineeringVisitingProfessorSuwa University of Science, Faculty of EngineeringVisitingProfessorSuwa University of Science, Faculty of EngineeringVisitingProfessorVisitingResearcherEhime UniversityNational Institute for Environmental StudiesVisitingResearcherNagaoka University of TechnologyVisitingResearcherUniversity of TsukubaRenewable energy recovery system assuming a blackout due to a disasterPolymer electrolyte membrane fuel cell and automatic humidity control system for supply airPhotofunctional metal complex and catalytic enzyme for biofuel cell Solar matching (Co-developing technology both photovoltaics and photosynthesis)Design and evaluation on renewable energy system utilizing regional characteristicsMonitoring of output power from multiple small wind turbines, and a prototype of a flywheel energy storage systemBio-photovoltaics using photosynthetic proteins from algaeTransparent solar cells fabricated on bio-derived transparent film substratesMutsumiSugiyamaTakashiroAkitsuYuzuruUedaMorioNagataJunjiKondohNoboruKatayamaTakashiIkunoTomoyuki HaraguchiYuka TakagiDaisuke NakaneCui JindanKohei TerashimaYuya TakekumaYukai WangYoichiHirataYasuyukiWatanabeShoShirakataSatoshiOhnishiAyakaKanaiDaisukeKodairaResearch and development on renewable energy and systems such as solar, wind, biomass etc.ResearchActivitiesMembersoftheDivisionIn response to the trend of times, this division is created by reorganizing the Photovoltaic Sci & Tech Division established in 2010. We are composed of members from different fields of expertise in various renewable energy devices and systems. We will develop unique renewable energy and integrated systems/infrastructures such as solar-wind-biomass power generation.DirectorProfessor,Department of Electrical Engineering,Faculty of Science and TechnologyMutsumi SugiyamaPh.D.Future Development Goals Global warming is one of the most serious challenges facing humanity in the 21st century. To address this issue, it is essential to shift our energy systems away from dependence on fossil fuels such as coal, oil, and natural gas, and toward renewable energy sources such as solar, wind, and biomass. While conventional power supply systems primarily relied on nuclear and thermal power plants to provide a stable energy supply, today’s energy landscape has become far more complex. A wide variety of renewable energy sources are now connected to the power grid, and their output often fluctuates due to weather and seasonal factors. As a result, the operation and management of energy systems and infrastructure has become increasingly sophisticated and critical. Moreover, challenges related to cost and energy conversion efficiency cannot be addressed by conventional technologies alone. In response to these societal needs, the Division of Renewable Energy promotes a wide range of research activities aimed at supporting the adoption and stable operation of renewable energy technologies. Our key research objectives include: ( i ) Development of cost-competitive power generation materials comparable ( i i ) Advancement of power management technologies that efficiently ( i i i ) Creation of next-generation energy technologies through novel materials ( i v ) Promotion of collaborative research with both internal and external institutions. Through these initiatives, we aim to contribute to the realization of a sustainable and resilient energy future. The Division consists of 20 members listed as follows, who all have different fields of expertise in physics, chemistry, electrical power, electronics, materials and management. We are gathered together to deepen the discussion on the development of renewable energy utilization technology and aim for major developments through synergistic effects.Established: April, 2020ObjectivesTo propose a foundation for stable and low-cost power supply/management, and to activate and promote research, development and education of renewable energy utilization technology at TUS.Through ac tive interac tion among the Division members from dif ferent backgrounds, we will promote both internal and external joint research to create novel concepts for renewable energy technology.to fossil fuel-based systems. integrate multiple types of renewable energy sources.and system designs.Table Members of Renewable Energy Science & Technology Research Division solar@rs.tus.ac.jp As a research and development hub for renewable energy technology, we will realize novel renewable energy materials and power generation systems through vertical integration of technologies, as well as educate the next generation of researchers and disseminate the technology to society. Specifically, the following activities will be carried out:• Renewable energy materials group:( i ) Proposal of ultra-high efficiency power generation device by tandem configuration of thin film solar cells. ( i i ) Establishment of hydrogen production technology using solar cell thin films and charging technology such as supercapacitors.( i i i ) Development of ultra-low-cost solar and fuel cell materials and manufacturing methods, and examination of their common basic technology. • Energy management group:( i ) Development of technologies of failure diagnosis, remote diagnosis, power generation prediction and AI utilization for energy loss control.( i i ) Integration of smoothing technology development for wind × solar power generation and power storage technology such as batteries and flywheels. ( i i i ) Solar matching for agriculture and application of renewable energy technologies to smart houses.Figs. Research theme of Renewable Energy Science & Technology Research Division08Renewable Energy Science & Technology Research Division
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