INTELLIGENT ENGERGY By AI, Chon Kwon Kim : Computer science and Al will play a key role in renewable energy production as well as consumption. The Internet will connect every energy sources and consumers. Al will monitor and manipulate them for optimal production, conversion and consumption all at the speed of the light., TOWARD POSITIVE COMPUTING, Youngtae Noh : Positive computing is the design and development of technology to support well-being, aid in decision making, and augment human potentials with the help of intelligent mobile computing. To achieve these, researchers need to work together with scientists from diverse domains such as psychology, sociology, and neuroscience to ensure evidence-based validation. TOWARD HUMAN-LIKE INTELLIGENCE, Seokju Lee : Humans have the most energy-efficient and advanced intelligence. We aim to build human-like intelligence systems by leveraging semantic and geometric knowledge interactively, hierarchically and efficiently using machine learning techniques.
SEE THE UNSEEN WITH ELECTRON MICROSCOPES!, Sang Ho Oh : Using state-of-the-art electron microscopes, we trace the dynamic motions of atoms, ions and electrons in real-time during the energy generation and transfer processes to reveal the fundamental mechanisms and provide clues to the design of new energy materials. CONVERT SUNLIGHT EVERYWHERE, Jae Ho Yun : We aim to develop 'Life-Integrated Photovoltaics' with high efficiency and applicability. ENERGY ALCHEMIST ARMED WITH THE NEXT-GENERATION SEMICONDUCTORS, Eui Hyuk Jung : Toward future energy solutions, we are struggling to investigate innovative materials and application design beyond conventional methods.
SELF-ORGANIZED DECENTRALIZED POWER GRIDS, Byungnam Kahng : As conventional power plants are replaced by renewable power sources to reduce CO2 emissions, power systems are becoming increasingly decentralized and unstable. Our goal is to create a self-organizing power-grid control system to improve stability. DC GRID, Gyusub Lee : Future energy systems must have two critical features a flexible network and an efficient energy utilization. DC technologies will make future power systems achieve those characteristics. HOW COMPLEX POWER GRIDS ARE!, Heetae Kim : Interpreting a power grid as a complex system by applying network science to analyze its stability and sustainability.
INNOVATIVE MEMBRANES FOR HYDROGEN ECONOMY, Hyoung-Juhn Kim : The polymer electrolyte membrane is the most important material in hydrogen energy conversion technology and directly affects the performance of fuel cells and electrolyzers. SPECIAL STONE DEVELOPER FOR HYDROGEN ENERGY, Kiho Bae : An expert in the development of world-leading solid-state energy devices utilizing nanotechnology. AI-BASED MATERIALS DISCOVERY, Geun Ho Gu : Al is accelerating the pace of research and will help scientists realize the renewable energy future sooner.
CO2 CONVERSION, WASTE PLASTIC CONVERSION INTO FUELS AND ECO-FRIENDLY ELECTRIC PAINTING TECHNOLOGY, Young Soo Kang : Three key technologies for achieving a carbon-neutral economy include a high efficiency and continuous flow system for converting CO2 into liquid fuels using solar energy, waste plastic degradation into fuels through a combined thermal and photochemical process, and eco-friendly hybrid composite electric painting materials. CATALYSTS FOR THE FUTURE, Ryong Ryoo : Our aim is to find advanced nanocatalysts that can hold promise for the development of renewable energy sources and green chemical technologies. SUN FOR ENERGY AND ENVIRONMENT, Wonyong Choi : Innovative ways of utilizing solar light and semiconductor nanomaterials are being sought

Innovative
Learning at KENTECH
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Energy AI
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INTELLIGENT ENGERGY By AI, Chon Kwon Kim : Computer science and Al will play a key role in renewable energy production as well as consumption. The Internet will connect every energy sources and consumers. Al will monitor and manipulate them for optimal production, conversion and consumption all at the speed of the light., TOWARD POSITIVE COMPUTING, Youngtae Noh : Positive computing is the design and development of technology to support well-being, aid in decision making, and augment human potentials with the help of intelligent mobile computing. To achieve these, researchers need to work together with scientists from diverse domains such as psychology, sociology, and neuroscience to ensure evidence-based validation. TOWARD HUMAN-LIKE INTELLIGENCE, Seokju Lee : Humans have the most energy-efficient and advanced intelligence. We aim to build human-like intelligence systems by leveraging semantic and geometric knowledge interactively, hierarchically and efficiently using machine learning techniques.
Energy Materials
and Devices
View
SEE THE UNSEEN WITH ELECTRON MICROSCOPES!, Sang Ho Oh : Using state-of-the-art electron microscopes, we trace the dynamic motions of atoms, ions and electrons in real-time during the energy generation and transfer processes to reveal the fundamental mechanisms and provide clues to the design of new energy materials. CONVERT SUNLIGHT EVERYWHERE, Jae Ho Yun : We aim to develop 'Life-Integrated Photovoltaics' with high efficiency and applicability. ENERGY ALCHEMIST ARMED WITH THE NEXT-GENERATION SEMICONDUCTORS, Eui Hyuk Jung : Toward future energy solutions, we are struggling to investigate innovative materials and application design beyond conventional methods.
Grid
Modernization
View
SELF-ORGANIZED DECENTRALIZED POWER GRIDS, Byungnam Kahng : As conventional power plants are replaced by renewable power sources to reduce CO2 emissions, power systems are becoming increasingly decentralized and unstable. Our goal is to create a self-organizing power-grid control system to improve stability. DC GRID, Gyusub Lee : Future energy systems must have two critical features a flexible network and an efficient energy utilization. DC technologies will make future power systems achieve those characteristics. HOW COMPLEX POWER GRIDS ARE!, Heetae Kim : Interpreting a power grid as a complex system by applying network science to analyze its stability and sustainability.
Hydrogen
Energy
View
INNOVATIVE MEMBRANES FOR HYDROGEN ECONOMY, Hyoung-Juhn Kim : The polymer electrolyte membrane is the most important material in hydrogen energy conversion technology and directly affects the performance of fuel cells and electrolyzers. SPECIAL STONE DEVELOPER FOR HYDROGEN ENERGY, Kiho Bae : An expert in the development of world-leading solid-state energy devices utilizing nanotechnology. AI-BASED MATERIALS DISCOVERY, Geun Ho Gu : Al is accelerating the pace of research and will help scientists realize the renewable energy future sooner.
Environmental
and Climate Technology
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CO2 CONVERSION, WASTE PLASTIC CONVERSION INTO FUELS AND ECO-FRIENDLY ELECTRIC PAINTING TECHNOLOGY, Young Soo Kang : Three key technologies for achieving a carbon-neutral economy include a high efficiency and continuous flow system for converting CO2 into liquid fuels using solar energy, waste plastic degradation into fuels through a combined thermal and photochemical process, and eco-friendly hybrid composite electric painting materials. CATALYSTS FOR THE FUTURE, Ryong Ryoo : Our aim is to find advanced nanocatalysts that can hold promise for the development of renewable energy sources and green chemical technologies. SUN FOR ENERGY AND ENVIRONMENT, Wonyong Choi : Innovative ways of utilizing solar light and semiconductor nanomaterials are being sought