Research on Sustainable Power System with Large Penetration of Renewable Energy Sources
Akihiko Yokoyama
Graduate School of Frontier Sciences
Department of Advanced Energy Professor
To realize sustainable, stable and economical electricity supply with large penetration of renewable energy sources, our group looks at asset management, demand response of energy storage systems and appliances, among other aspects. Our group joins several projects to reduce fossil fuel consumption on remote islands.
Our group
TEPCO PG
Research collaborators
- TEPCO HD
- TEPCO PG
- Takaoka Toko Co.,LTD.
- SmaEco
- TEPCO PG
- Takaoka Toko Co.,LTD.
- SmaEco
Related publications
- S.Naoi, H.Hirano, T.Kaishima, M.Tsurugai, H.Motoki, H. Konda, K.Ogimoto, A.Yokoyama "Demand and Supply Simulations Considering Detailed Forecast, Scheduling and Control Functions for Japanese Power System with a Massive Integration of Renewable Energy Sources" IEEE PowerTech 2017, 2017/07, Manchester
- R.Tanabe, H.Amano, A.Yokoyama "An Analytical Method for Assessing Flexible Resource Adequacy of Power Systems with a High Share of Renewables" IEEE PowerTech 2017, 2017/07, Manchester
- M.Imanaka, J.Baba, Y.Kuniba, N.Higa, “Study on Ability of Desalination System to Compensate Renewable Energy Fluctuation”, Electrical Engineer in Japan, Volume 201, Issue 2, November 2017, pp.3-16
- R.Tanabe, H.Amano, A.Yokoyama "An Analytical Method for Assessing Flexible Resource Adequacy of Power Systems with a High Share of Renewables" IEEE PowerTech 2017, 2017/07, Manchester
- M.Imanaka, J.Baba, Y.Kuniba, N.Higa, “Study on Ability of Desalination System to Compensate Renewable Energy Fluctuation”, Electrical Engineer in Japan, Volume 201, Issue 2, November 2017, pp.3-16
Contact
- Jumpei Baba
- Tel: +81-3-5841-6563
- Email: baba[at]asc.t.u-tokyo.ac.jp
※摆补迟闭=蔼
