Research department
Center for Green Energy & Industry Intelligence
INSTITUTE FOR ADVANCED ENGINEERING
The Green Energy/Intelligence Center is conducting integrated research based on core technologies in renewable energy, AI, and big data fusion technology, contributing to the environment and various industries. In addition to key wind energy technologies, including control algorithms for various wind turbines and wake prediction-based wind farm optimization, we specialize in crucial ocean energy technologies such as dynamic motion, mooring systems, and fully coupled analysis of floating structures. Additionally, we possess diverse technologies for the development of marine structures and system design to harness ocean renewable energy such as solar energy, tidal, wave, and ocean current power.
Leveraging CFD-based thermal and fluid mechanical optimal design, as well as the development of the first domestic Liquefied Air Energy Storage (LAES) system, we operate a cryogenic laboratory. With expertise in core materials analysis and design in the cryogenic field, we possess capabilities for developing applicable core technologies across the entire energy sector, including digital twin applications using AI, big data, and machine learning, intelligent manufacturing and operational technologies, and non-destructive inspection automatic evaluation.
We possess expertise in the development of aquaculture structures, eco-friendly and marine disaster prevention structures. Additionally, we have capabilities in the transportation, installation analysis, and stability assessment of marine structures. Our competencies extend to the conceptual design of ships and other systems for marine construction and transportation, as well as the development and application of core equipment for underwater robotics.
Leveraging CFD-based thermal and fluid mechanical optimal design, as well as the development of the first domestic Liquefied Air Energy Storage (LAES) system, we operate a cryogenic laboratory. With expertise in core materials analysis and design in the cryogenic field, we possess capabilities for developing applicable core technologies across the entire energy sector, including digital twin applications using AI, big data, and machine learning, intelligent manufacturing and operational technologies, and non-destructive inspection automatic evaluation.
We possess expertise in the development of aquaculture structures, eco-friendly and marine disaster prevention structures. Additionally, we have capabilities in the transportation, installation analysis, and stability assessment of marine structures. Our competencies extend to the conceptual design of ships and other systems for marine construction and transportation, as well as the development and application of core equipment for underwater robotics.