HD Hyundai Electric has achieved remarkable global growth every year by increasing business productivity through R&D and establishing an effective technology diffusion system.

2019

• Reliability Assessment Center, KOLAS Accredited by an accredited certification body

2018

• New office opening of Hyundai Technologies Center Hungary Kft.
• Reliability Assessment Center opened to enhance R&D capability

2017

• Hyundai Electric Switzerland Ltd. established
• Hyundai Electric Research Institute established

2012

• Electro Electric Systems Division research institute launched

2011

• Research institute established in China

2002

• Mabuk-ri Research Institute was renamed Hyundai Electro-Mechanical Research Institute

1998

• Research institute established in Hungary

1997

• Central Research Institute was renamed Mabuk-ri Research Institute

1994

• Merged into Hyundai Heavy Industries’ General Research Institute and Hyundai Heavy Industries Co., Ltd.

1982

• Hyundai Electrical Engineering Co. Technology Institute established

1978

• Hyundai Electrical Engineering Co. spin-off

1977

• Hyundai Heavy Industries Co., Ltd. establishes Electrical Engineering Division

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  Transformers

  • Development of cost innovation model for large-capacity power transformers

  • Development of small and medium-sized transformers up to 170 kV

  • Development of insulation material manufacturing technology and cost reduction design technology

  • Development of coupled magnetic field and vibration analysis, as well as thermal analysis/evaluation technology and material analysis

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  Gas Insulated Switchgear

  •Development of self-blast type circuit breakers and product line-up

  •Development of GIS for the high voltage/current HVDC

  •Development of GCB line-up for AIS

  •

  Development of Eco-friendly SF₆-free 170kV, 50kA GIS and core technology

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  Rotating Machinery

  •Product line-up establishment and standardization through Value engineering for high/low voltage motors, low voltage generators

  •Product line-up establishment and quality standardization for shaft machine(PTO/PTI) and premium efficiency motors

  •Development of design optimization technology with analysis of electromagnetic, thermal fluid and structural

  •Establishment of asset management service system for rotating machinery with ICT

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  Power ICT

  •Development of smart electro electric Vertical Applications

  •Development of next-generation ACONIS operating platform for expanding into LNG carrier market

  •Procurement of engineering and EMS control technology for new energy projects

  •Development of electrical engineering technology for ordering, design, testing, and operation of electric power equipment

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  MV/LV Switchgear

  •Development of cost reduction model for expansion into new markets and better revenues : MCSG, LV/MCC

  •Development of next-generation ICT-ready smart switchboards through convergence with ICT

  •Development of VCS for ships, MCSG for nuclear power plants, etc.

  •Standardization of switchboard design and development of engineering technology

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  MV/LV Circuit Breaker

  •Development of smart electro electric inter-compatible product family

  •Expansion of HG Series product line

  •Development of electric arc and vacuum arc analysis technology for cost reduction and downsizing

  •Development of intelligent protection-relay and measurement products

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  Drive Systems

  •Development of standard low-voltage drive system(0.5 - 132kW)

  •Development of compact low-voltage drive system(0.5 - 22kW)

  •Development of drive system(3.3/4.16kV, up to 8MW) for electric propulsion in ships

  •Improvement of application technology according to load characteristics(fans, air conditioners, mixers, cranes etc.)

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  Quality and Reliability

  •Erection and Management of Electro Electric Systems Reliability Center

  •Establishment of reliability and environmental testing techniques for electro electric systems

  •Improvements of design, production, and testing processes of electric machinery