An indispensable function for decarbonized driving is energy data analysis, an energy car navigation system with both high spatial and temporal resolution. Higher spatial resolution facilitates the recharging and discharging of electric cars and inter-regional energy exchange. With the addition of up-to-the-minute energy data with high temporal resolution, it is possible to rationally and optimally combine the fluctuating output of renewable energy with the consumers. Data analysis, system design, and operation will lead to a carbon-neutral society.

Japan's first regional energy supply and demand database has been developed, allowing for detailed design of sustainable and resilient regional energy infrastructure layout and operation based on analysis of the current energy status of cities, towns, and villages nationwide.

• Research experience as a Fulbright Scholar in the U.S. and familiarity with examples of social implementation in Europe.
• Data-driven innovation research approach based on a vast regional energy supply and demand database.
• Emphasis on regional fieldwork as a social entrepreneur solving social issues.

Putting Theory into Practice. Helping to build sustainable energy systems for new community development. Including the background of the local community, listening to the opinions of the residents, and guiding them to discussions that are relevant to today's issues. Thinking globally and acting within the community.

• carbon neutral
• energy system
• social entrepreneur
• decarbonization
• energy design
• data analysis
• system design
• regional fieldwork