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KIER 에너지기술로 미래의 행복사회를 열어갑니다.

Energy ICT·ESS

Energy ICT·ESS Research

To improve an energy supply/demand/transfer efficiency based on ICT convergence technology and conduct a research on energy integration management and operation for improving energy reliability

To contribute on stable energy demand/supply with an energy saving technology for improving energy efficiency and realizing the reduction of greenhouse gas emissions

  • 300 kVA Real-time Computer Simulation System for Microgrid
  • LED Traffic Light
  • Vanadium Redox Flow Battery
  • 5kW Slim-type Vanadium Redox Flow Battery Stack
  • Li-S Battery Stack Cell
  • Flexible Thin-film Supercapacitor

Major research fields

  • ICT convergence energy optimization and energy saving technology
    • Integrated operation opentype telecommunication/control platform
    • Energy demand/supply management
    • Smart platform for integrated operation of new and renewable energy
    • Forecasting demand for energy and developing system for energy optimal management with a machine running based on loT
  • Distributed power generation, micro-grid and smart-grid
    • Next generation high reliable micro-grid
    • Direct current (DC) micro-grid system
    • Moving micro-grid and multi agency system
  • Intelligent energy harvesting future technology
    • Demonstration of energy harvesting power generation
    • Application technology with an energy harvesting device
  • High efficiency technology of electric power consumption device
    • High efficient power technology for loT
    • Lights intelligent control system
    • New LED application technology
  • Energy saving technology
    • Redox flow battery
    • Lithium ion battery
    • Super capacity technology
    • Metal-air battery
  • Energy saving integration system and demonstration
  • Test certification and standardization technology in energy saving

Major research results

  • New and renewable energy integrated operation PHILS smart platform technology
  • Short distance RF communication module with an active energy harvesting device
  • KIER-UCLA, USA (international cooperation) smart-grid open platform technology
  • KIER-Sandia national lab., USA (international cooperation) next generation high reliability micro-grid for military
  • High density fuel cell power conversion technology for military
  • Building convergence energy demand management technology for mutual correspondence
  • Redox flow battery system (kW-class) based on tandem electrode
  • High capacity cyclic ultra capacitor with a fluidized bed electrode
  • Energy materials and battery development for lithium-sulfur, lithium-air battery
  • Mass production of graphene oxide for energy saving
  • High density and new electrode materials development for redox flow battery