Research
Energy Conversion Division
Thermoelectric Conversion Technology
Development of high output and high efficiency thermoelectric conversion devices without using precious, toxic or rare metals
Professor
Michitaka OHTAKI
Assistant Professor
Kosuke WATANABE
Photoelectric Conversion Technology
Development of high performance materials and efficient devices for efficient conversion from light energy to electrical energy.
Energy Storage Division
Electricity Storage Technology
Development of post Lithium ion batteries with excellent safety and economy performance.
Heat Storage Technology
Development of latent heat storage materials, chemical heat storage materials, and heat storage / transfer systems.
Energy Conservation Technology Division
IT Energy Conservation Technology
Development of IT devices with super high speed and low power consumption by applying high performance optical polymer.
Technologies for Household Energy Saving
Development of novel design methdologies achieving comfort living environment and enhanced energy efficiency.
Renewable Energy Development Division
Combined Utilization of Renewable Energy Technology
Development of novel floating renewable energy platform for multiple utilization of wind power, wave power, tidal power and solar power.
High-Density Utilization of Renewable Energy Technology
Development of super high efficiency solar cells, high efficiency wind / solar power hybrid systems for high density utilization of renewable energy.
Ocean Renewable Energy Technology
Development of novel tidal current power systems as next-generation ocean energy technologies.
Visitor Division
International Industry-University-Government Collaboration Lab