Research Project
- 2023-2027 Laboratory of Joint Program for next generation of energy infrastructure (Phese 2) (preside over, J-POWER, Shimizu Corporation, Toshiba Energy Systems & Solutions Corporation, ClassNK, TOKYO GAS, CHUBU Electirc Power)
- 2023-2025 Research and development on observation and evaluation of wind turbine wakes (participate in, NEDO)
- 2022-2023 Cost reduction technology for floating foundation manufacturing and installation (Spar-type) (preside over, NEDO)
- 2022-2023 Operation and maintenance technology for offshore wind (Advanced preventive maintenance by digital technology) (preside over, NEDO)
- 2020-2021 Development of cost reduction technology for floating offshore wind power (preside over, NEDO)
- 2020-2022 Laboratory of Joint Program for next generation of energy infrastructure (Phese 1) (preside over, J-POWER, Shimizu Corporation, Toshiba Energy Systems & Solutions Corporation, MHI Vestas Offshore Wind Japan, ClassNK)
- 2018-2021 Social implementation of artificial intelligence technology for wind turbines, (preside over, NEDO)
- 2011-2020 Floating offshore wind farm demonstration project (preside over, METI)
- 2017-2019 Laboratory of Joint Program for development of advanced wind power technology (preside over, Hitachi Ltd, ClassNK, Shimizu Corporation)
- 2017 A study of construction cost reduction technologies (preside over, NEDO)
- 2016 Feasibility study of Japanese offshore wind turbine in Taiwan (preside over, NEDO)
- 2014-2017 Development of next-generation floating offshore wind turbine systems (preside over, NEDO)
- 2013-2017 A study of smart maintenance(preside over,NEDO)
- 2012-2016 Donated Fund Laboratory for next generation of the offshore wind turbine system (preside over, ClassNK)
- 2009-2016 Development of an offshore measurement system for wind and marine conditions (preside over, NEDO)
- 2011-2013 Development of evaluation method of side wind risks and countermeasures for railway system and its verification by field tests(preside over, MEXT)
- 2011 Feasibility study of offshore wind farm (preside over, NEDO)
- 2010-2014 Development of offshore wind power generation system (preside over, NEDO)
- 2008-2010 Dynamic response prediction of floating wind turbine considering the coupling of the floater and the wind turbine, and its verification by measurement(preside over, MEXT)
- 2008 Feasibility study of Offshore Wind Power Generation System (preside over, NEDO)
- 2006-2007 A study of wind and seismic response analysis of wind turbine and its verification by a field test(preside over, MEXT)
- 2005-2007 Development of the wind power forecasting system based on the weather forecast (participate in,NEDO)
- 2004-2005 Development of wind climate information system for improvement of maintenance strategy of civil engineering structures and its verification by observations(preside over, MEXT)
- 2002-2003 Development of a real time prediction system for local wind assessment based on regional atmospheric models and its verification by the field tests(preside over, MEXT)
- 2001-2002 Development of local wind prediction system for improvement of wind resistant performance of the civil engineering structure in the mountainous region(preside over, MEXT)
- 2000-2001 A development and verification of a new local wind prediction model for the best use of wind energy(participate in, MEXT)
METI : Ministry of Economy, Trade and Industry
MEXT : Ministry of Education,Culture,Sports,Science & Technology in Japan
NEDO : New Energy and Industrial Technology Development Organization