Director/Principal Investigator
|
Hooman FarzanehProfessor, Kyushu University, JapanProf. Hooman Farzaneh specializes in modeling and analyzing energy systems with a special focus on developing low-emission strategies to facilitate solutions for long-term energy-related problems at local and regional scales. Prior to joining Kyushu University, Prof. Hooman worked at the Institute of Advanced Energy, Kyoto University, Japan and the United Nations University, Japan. He has received prestigious awards and research grants from organizations such as the Kyushu Natural Energy Promotion Organization, Hitachi Global Foundation, Asia-Pacific Network, and the Japan Society for the Promotion of Science (JSPS) in recognition of his research on assessing the multiple benefits of low-emission development strategies in Asian cities. His recent books include: "Aligning Climate Change and Sustainable Development Policies in Asia-2021", "Energy Systems Modeling Principles and Applications- 2019" and "Devising a Clean Energy Strategy in Asian cities-2018".Affiliations:
Email:farzaneh.hooman.961@m.kyushu-u.ac.jp
|
Doctoral Course
 |
Alphonce MulumbaCountry: KenyaProgram: IGSES (D3)
|
|
Dalia Rabie FoolyCountry: EgyptProgram: IGSES(D3)
|
 |
José Daniel Aceituno DardonCountry: GuatemalaProgram: MEXT Scholarship(D3)
|
 |
Latu BloomfieldCountry: TongaProgram: MEXT Scholarship(D2)
|
 |
Rafael Alexander Cordova UvidiaCountry: EcuadorProgram: SDGs Global Leader(D1)
|
 |
Dimas PhilipinantoCountry: IndonesiaProgram: IGSES(D1)
|
|
Taofeek AfolabiCountry: NigeriaProgram: IGSES(D2)
|
 |
Abdullah SohaibCountry: PakistanProgram: IGSES(D1)
|
|
YANG FEIYANGCountry: ChinaProgram: IGSES(D1)
|
|
Jianshu SunCountry: ChinaProgram: IGSES(D1)
|
Research Student
|
Jiawei LiCountry: ChinaResearch topic: Urban Mitigation Differences and Spatial Allocation Effects of PV Capacity AdditionsAcademic Background: M.Sc. in Environmental Engineering, The University of Kitakyushu, Japan |
Master Course
|
Taichi MatsueCountry: JapanProgram: IGSES(M2)
|
|
NAM Toguim Brice CasimirCountry: Burkina FasoProgram: MEXT
Scholarship(M2)
|
|
HAN SHUAICountry: ChinaProgram: IGSES(M1)
|
|
YIREN LUCountry: ChinaProgram: IGSES(M1)
|
 |
Li Po YenCountry: TaiwanProgram: Double Degree
(DD)
|
|
Shen AoCountry: ChinaProgram: IGSES(M1)
|
|
Chi-Chang HuangCountry: TaiwanProgram: Double Degree
(DD)
|
|
Quan-You ShiCountry: TaiwanProgram: Double Degree
(DD)
|
Alumni
|
OKENDO Edwin OtienoPhD
Thesis: Modeling
framework for optimal sizing,
siting, and strategic
participation of the
grid-connected renewable
microgrids in the Japan
Electric Power Exchange market
|
|
Mohammed Hussien Yadem LamienPhD
Thesis: Integrated
spatial-techno-economic
assessment modeling framework
for optimal multi-scale
planning of solar photovoltaic
systems in urban areas
|
|
Etoju JacobPhD
Thesis: Conceptual
Modeling Framework Development
for Optimal Control and
Performance Evaluation of
Hybrid Renewable Microgrids
|
|
Liu WeiMaster
Thesis: Model
Predictive Adaptive Cruise
Control for Enhancing
Eco-Driving, Considering the
Impact of Driving Strategy and
Traffic Systems
|
|
Luis Suenaga Salvador ShinjiMaster
Thesis: Optimal
Design and Time-domain Power
Analysis of a Residential
Microgrid Equipped with a
Battery–Supercapacitor Hybrid
Storage System, Using
Multi-Objective Optimization
and Dynamic Simulation
Approaches
|
|
Wang XuanMaster
Thesis: Model
Development for Assessing the
Region-Wise Market Clearing
Mechanism in the Japan
Electric Power Exchange
(JEPX), considering the
Integration of Renewable
Energy
|
|
Kota KawaharaMaster
Thesis: Model
development for enhancing the
eco-driving strategy of
electric vehicles, considering
the technical impact of the
powertrain system
|
|
Li YeyangMaster
Thesis: Development
of a Traffic-Aware Predictive
Cruise Control with Human
Feedback for Enhancing
Eco-driving in Urban Traffic
Systems
|
|
Mehran MoradiPh.D.
Thesis: Conceptual
Modeling of Local Energy Markets
in the Japan Electric Power
Exchange (JEPX)
|
|
NIE ZIFEIPh.D.
Thesis: Optimal
eco-driving control with human
feedback for intelligent
vehicles
|
|
Zhang ZhiweiMaster
Thesis: Model
for evaluating the impact of
driving behavior on vehicle fuel
economy in urban traffic systems
|
|
Rudha Khudhair MohammedPh.D.
Thesis: Quantitative
modeling framework for assessing
the environmental- economic-
health impacts of carbon
capture, utilization, and
storage systems
|
|
Mohamed Saad SulimanPh.D.
Thesis: Model
development for the market
clearing mechanism in the Japan
Electric Power Exchange (JEPX),
considering the role of the
virtual power plant
|
|
|
José Daniel Aceituno DardonMaster
Thesis: Techno-economic
analysis of a hybrid
photovoltaic-wind-biomass-battery
system for off-grid power in rural
Guatemala
|
|
Arsalan LashariMaster
Thesis: Dynamic
simulation and economic
assessment of
VEHICLE-TO-GRID (V2G) systems
|
|
Ryotaro TorikaiMaster
Thesis: Design
and development of an Intelligent
Maximum Power Point Tracker for
the Residential Hybrid Microgrids
|
|
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
|
|
Mehta ShivaniMaster
Thesis: Dynamic
Simulation and Power Control of
a Hybrid Solar-Wind-Fuel Cell
Residential Microgrid
|
|
Nabeel Ur RehmanMaster
Thesis: Techno-Economic
Evaluation of Solar-Wind Hybrid
Heat Recovery System for Power
Supply in Cement Industry in
Pakistan
|
|
|
Etoju JacobMaster
Thesis: Design
and Analysis of a Standalone
Hybrid Photovoltaic/Thermal
(PV/T)-Wind-Battery Microgrid
system For Enhanced Household
Energy Access
|
|
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
|
|
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
|
|
|
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
|
|
Alphonce MulumbaMaster
Thesis: Techno-economic
analysis of a hybrid renewable
energy system in remote
areas in Kenya
|
|
Precious DakaMaster
Thesis: Scenario
analysis of the low carbon power
system in Zambia by using an
integrated energy demand-supply
modeling approach
|
|
Zhao YuhanMaster
Thesis: Maximum
Power Point Tracking in
Photovoltaic Systems, Using Fuzzy
Logic-Based Incremental
Conductance Method
|
|
Farhana Nur RahmanMaster
Thesis: Low
Emission Scenarios Analysis in The
Urban Transportation in Dhaka,
Bangladesh Using the Co-Benefits
Approach
|
|
Kashif SohailMaster
Thesis: Model
for Optimal Power Coefficient
Tracking and Loss Reduction of the
Wind Turbine Systems
|
|
Koki MiywakiMaster
Thesis: Optimal
operation planning of V2G(Vehicle
to Grid)-equipped microgrids in
urban areas in Japan
|
|
Taiga MiyazakiMaster
Thesis:
Techno-Economic Analysis of a
hydrogen-based residential
microgrid in the residential area
|
|
Guo JiawenMaster
Thesis: Environmental
and health co-benefits from
de-capacity in Chinese industrial
sectors
|
|
Sajid AbrarMaster
Thesis: Scenario
analysis of the low emission
energy system in Pakistan by using
integrated energy demand-supply
modeling approach
|
|
Ayas ShaqourMaster
Thesis: Day-Ahead
Residential Electricity Demand
Response Model Based on Deep
Neural Networks for Peak Demand
Reduction in the Jordanian Power
Sector
|
|
|
NIE ZIFEIMaster
Thesis: Development
of A Dynamic Predictive Cruise
Control for Enhancing Eco-Driving
in Urban Transport System
|
|
Tatsuya HinokumaMaster
Thesis: Design
and development of a hybrid
renewable energy system using
fuzzy logic controller for maximum
power tracking
|
|
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) |
|
Hirotomo KohnoMaster
Thesis: Techno-Economic
Analysis of The
UASB Wastewater
Treatment System
in Fish Processing
Industry in
Indonesia
|
|
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) |
|
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) |