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I. Develop New Businesses and Restructure Operating Portfolio

Energy / Smart Grids

Roadmap for the development of new eco businesses

While a multitude of elemental technologies is required to realize the vision of smart grids, of particular importance is the fusion of power transmission and telecommunication technologies. Furukawa Electric has drawn considerable attention as one of the few companies globally to possess expertise in both technologies. We will continue to focus on developing new technical innovations in these fields as well as utilizing our strong knowledge base in a variety of technologies.

For example, we are developing optical telecom circuits and devices for power systems to make power transmission and distribution networks more intelligent. We are also working on a variety of smart grid technologies, including high-performance storage systems to ensure stable power supplies, and superconducting cables that prevent power loss during transmission and distribution.

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Proprietary technologies used in energy / smart grids

Products and technologies that the Furukawa Electric Group can offer for energy and Smart Grid

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To stabilize the electricity supply

  • Batteries for power storage

    • Storage of excess electricity generated by wind power and other means
    • Electricity is discharged to meet demand
  • Cables and Eco Wires for solar power generation

  • Environmentally friendly conduit products

For incorporating IT in power transmission networks

  • Electricity sensor using optical technologies

  • Optical transmission devices and cables for next-generation power distribution automation

  • Next-generation automated meter reading

  • Radio antenna

  • Overhead power transmission lines

  • Power cables

To reduce power transmission losses

Superconductive power cables

  • Power transmission lines for configuring a Smart Grid
  • Loss is eliminated by utilizing superconductivity

Superconductive fault current limiters

  • Preventing the spread of accident conditions, short-circuit current control in systems

Power electronics device

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