본문내용 바로가기


Smart Energy & Machine Research Division

Smart Energy and Machine R&D Division is developing key technologies for high-efficiency and low-carbon energy systems that respond to climate change and create new energy industries. We strive to have the ability to respond to trends such as efficiency improvement and decentralization and electrification across all sectors ranging from production, storage and consumption of energy.
We are conducting research and development on IT-based demand management such as big data and digital twin, energy and IT convergence technologies that increase efficiency, next-generation battery technologies such as lithium and solid state, and new energy such as hydrogen. The machine sector focuses on high-efficiency, high-density, and high-reliability technologies of power conversion systems, as well as mechatronics technologies such as mobility power devices and high-efficiency industrial motors. Based on the competitiveness of digital technology, we will grow into a R&D division that leads the transformation of industrial structure such as digital transformation, green transformation, and GVC transformation of our industry.

Lee, Sang Hak, Vice President of Smart Energy & Machine Research Division

Energy IT Convergence Research Center

  • Internet of Things (IoT) based industrial energy management
  • Load resource integrated Demand Response (DR) system
  • Artificial Intelligence (AI) System for Energy Management System (EMS)
  • Cluster-based energy time series big data platform
  • xEMS supporting interoperability based on W3C Web of Things standard
  • Operating system technology for Virtual Power Plant (VPP)
  • Digital Twin system based renewable energy (Photovoltaic, Wind) forcasting and control
  • Distributed grid-forming resource power management system

Advanced Batteries Research Center

  • Cathode and anode materials of lithium secondary batteries for electric vehicles
  • Solid electrolytes and all solid-state batteries
  • Next generation battery with high energy density using lithium metal
  • Redox flow batteries for energy storage
  • SO2 inorganic electrolyte-based rechargeable batteries
  • Materials for lithium-ion capacitor
  • Cutting edge analysis techniques for materials & components of rechargeable batteries
  • Reuse, repurposed, recycling technologies of used rechargeable batteries
  • Water electrolysis materials and cells for green hydrogen
  • Water electrloyser long-term stability enhancement
  • Satellite photovoltaic modules
  • Silicon/Perovskite photovoltaic modules
  • Reducing Carbon Emissions in the manufacturing of photovoltaic modules

Power System Research Center

  • Next-generation power electronics system (inverter/converter) solution using WBG devices
  • Next-generation power electronics technology for electric power train of future mobility
  • Power electronics technology for renewable energy and ESS connected to grid forming inverter
  • High precision/high power density converter technology for battery charging – discharging system
  • High performance motor control technology based on real time multi-processing
  • Performance evaluation Technology of power conversion system on applications

Intelligent Mechatronics Research Center

  • High-power design technology for electric propulsion system of future mobility
  • High-efficiency and high-precision industrial electric machine design technology
  • Advanced design technology for electrification based power transmission module
  • Electromagnetic field/structure/thermal coupling analysis and design technology
  • Multi-physics based thermal management technology for electric power system
  • Smart fluid machinery analysis and design technology
  • Energy/Environment/Safety related flow system control technology