Director/Principal Investigator
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Hooman FarzanehAssociate Professor, Kyushu University, Japan
Affiliations:
Email:farzaneh.hooman.961@m.kyushu-u.ac.jp
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Doctoral Course
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Mohamed Saad SulimanCountry: SudanProgram: MEXT Scholarship(D3)
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NIE ZIFEICountry: ChinaProgram: Q-Energy Innovator
Fellowship(D3)
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Rudha Khudhair MohammedCountry: IraqProgram: MEXT Scholarship(D3)
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Mehran MoradiCountry: IranProgram: MEXT Scholarship(D2)
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Etoju JacobCountry: UgandaProgram: MEXT Scholarship(D1)
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OKENDO Edwin OtienoCountry: KenyaProgram: SDGs Global Leader(D1)
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Adi SaputraCountry: IndonesiaProgram: IGSES(D1)
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Mohammed Hussien Yadem LamienCountry: EgyptProgram: MEXT Scholarship(D1)
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Alphonce MulumbaCountry: KenyaProgram: IGSES (D1)
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Dalia Rabie FoolyCountry: EgyptProgram: IGSES(D1)
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Research Student
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Luis Suenaga Salvador ShinjiCountry: PeruProgram: MEXT
Scholarship
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Master Course
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José Daniel Aceituno DardonCountry: GuatemalaProgram: MEXT Scholarship
(M2)
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Arsalan LashariCountry: PakistanProgram: JDS Scholarship
(M2)
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Latu BloomfieldCountry: TongaProgram: MEXT
Scholarship (M2)
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Zhang ZhiweiCountry: ChinaProgram: IGSES (M2)
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Li YeyangCountry: ChinaProgram: IGSES (M1)
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Kota KawaharaCountry: JapanProgram: IGSES (M1)
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Liu WeiCountry: ChinaProgram: IGSES (M1)
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Wang XuanCountry: ChinaProgram: IGSES (M1)
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Alumni
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Ryotaro TorikaiMaster
Thesis: Design
and development of an Intelligent
Maximum Power Point Tracker for
the Residential Hybrid Microgrids
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Rafiq AhmadMaster
Thesis: Optimal
design and dynamic power
simulation of a hybrid
solar-wind-battery system for
enhancing energy use efficiency
in Khyber Pakhtunkhwa, Pakistan
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Mehta ShivaniMaster
Thesis: Dynamic
Simulation and Power Control of
a Hybrid Solar-Wind-Fuel Cell
Residential Microgrid
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Nabeel Ur RehmanMaster
Thesis: Techno-Economic
Evaluation of Solar-Wind Hybrid
Heat Recovery System for Power
Supply in Cement Industry in
Pakistan
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Etoju JacobMaster
Thesis: Design
and Analysis of a Standalone
Hybrid Photovoltaic/Thermal
(PV/T)-Wind-Battery Microgrid
system For Enhanced Household
Energy Access
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Ladan MalehmircheginiPh.D.
Thesis: Model
development for the comprehensive
analysis of demand response
programs in the Japan Electric
Power Exchange (JEPX) day-ahead
wholesale market
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Tavoos Hassan BhatPh.D.
Thesis: Model
development for quantifying the
multiple
environmental-health-economic
benefits from low-emission urban
transport development strategies
in Delhi, India
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Taofeek AfolabiMaster
Thesis: Optimal
Design and Operation of an
Off-grid Hybrid Renewable Energy
System in Nigeria's Rural Area,
Using Fuzzy Logic and Optimization
Techniques
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Alphonce MulumbaMaster
Thesis: Techno-economic
analysis of a hybrid renewable
energy system in remote
areas in Kenya
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Precious DakaMaster
Thesis: Scenario
analysis of the low carbon power
system in Zambia by using an
integrated energy demand-supply
modeling approach
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Zhao YuhanMaster
Thesis: Maximum
Power Point Tracking in
Photovoltaic Systems, Using Fuzzy
Logic-Based Incremental
Conductance Method
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Farhana Nur RahmanMaster
Thesis: Low
Emission Scenarios Analysis in The
Urban Transportation in Dhaka,
Bangladesh Using the Co-Benefits
Approach
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Kashif SohailMaster
Thesis: Model
for Optimal Power Coefficient
Tracking and Loss Reduction of the
Wind Turbine Systems
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Koki MiywakiMaster
Thesis: Optimal
operation planning of V2G(Vehicle
to Grid)-equipped microgrids in
urban areas in Japan
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Taiga MiyazakiMaster
Thesis:
Techno-Economic Analysis of a
hydrogen-based residential
microgrid in the residential area
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Guo JiawenMaster
Thesis: Environmental
and health co-benefits from
de-capacity in Chinese industrial
sectors
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Sajid AbrarMaster
Thesis: Scenario
analysis of the low emission
energy system in Pakistan by using
integrated energy demand-supply
modeling approach
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Ayas ShaqourMaster
Thesis: Day-Ahead
Residential Electricity Demand
Response Model Based on Deep
Neural Networks for Peak Demand
Reduction in the Jordanian Power
Sector
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NIE ZIFEIMaster
Thesis: Development
of A Dynamic Predictive Cruise
Control for Enhancing Eco-Driving
in Urban Transport System
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Tatsuya HinokumaMaster
Thesis: Design
and development of a hybrid
renewable energy system using
fuzzy logic controller for maximum
power tracking
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Shinji TakeshitaMaster Thesis: Life Cycle Assessment of the wastewater treatment technologies in Indonesia’s fish processing industryGraduation Year: 2021 => Link to ThesisCurrent Job: Manufacturer at Nitori Co., Ltd.
B.Sc. in Electrical Engineering, Hokkaido University (2018)M.Sc. in Power Engineering , North China Electric Power University (2016) |
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Hirotomo KohnoMaster
Thesis: Techno-Economic
Analysis of The
UASB Wastewater
Treatment System
in Fish Processing
Industry in
Indonesia
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Yuichiro YoshidaMaster Thesis: Optimal design of a residential hybrid Microgrid system for enhancing renewable energy deployment and energy use efficiencyGraduation Year: 2020 => Link to ThesisCurrent Job: Technical career at Sumitomo Electric Industries
B.Sc. in Electrical Engineering, Hokkaido University (2018)M.Sc. in Power Engineering , North China Electric Power University (2016) |
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Naoto TakatsuMaster Thesis: Techno-economic analysis of a Hybrid Solar-Hydrogen-Biomass System for off-grid power supplyGraduation Year: 2020 => Link to ThesisCurrent Job: Consultant at Mizuho Information-Research Institute, Inc.
B.Sc. in Electrical Engineering, Hokkaido University (2018)M.Sc. in Power Engineering , North China Electric Power University (2016) |