The
research projects in the Farzaneh lab focus on
identifying strategies and policies that could facilitate
solutions for the long term energy-related
problems—including global energy supply and environmental
challenges facing our society. We pursue this goal through
developing analytical methods and using computational models
in order to understand the role of science and technology in
shaping better energy and environmental policies at all
levels.
Researchers
with diverse backgrounds conduct research on designing an
appropriate decision making framework that evaluates future
scenarios from both “macro and micro” perspectives, which
can be used to realize a sustainable energy system for
Japan, Asia and even the world.
The
main areas of our research are:
- Energy systems modeling:
Integration of multi-vector energy systems across
operation and investment, local district and national
level infrastructures.
- Multiple impact assessment
of low-emission development strategies.
- Hybrid renewable microgrid:
Optimization, dynamic power simulation, control, and
experimental validation
- Electricity market
analysis: Day-ahead electricity market, local electricity
markets, demand response programs, and smart grid
conceptual modeling
- Eco-driving: Real-time
dynamic predictive cruise control and personalized
autonomous driving
Renewable
Energy Systems Co-benefits Assessment Tool
(RES-CAT)
New Books Published by Prof. Hooman Farzaneh
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