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Net Zero Strategy‒Research and Development of Continuous Vacuum Ice Slurry Storage Air Conditioning System

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Net Zero Strategy‒Research and Development of Continuous Vacuum Ice Slurry Storage Air Conditioning System

Technology Introduction:
This vacuum-based ice slurry system offers high-efficiency thermal energy storage, replacing high-GWP refrigerants and traditional chilled water systems. By decoupling ice-making and melting, it enables peak load shifting and better use of renewable energy, significantly reducing building-sector emissions in line with 2050 net-zero goals. With strong industrial potential, it supports the next generation of green cooling and boosts international competitiveness.
Industry Applicability:
The patented “Ice Slurry Generation Device,” winner of the Fusheng Cup, showcases strong innovation and application potential. With high COP, modular design, and energy-saving benefits, it is ideal for high cooling-load buildings and AC retrofits, with potential in food processing and thermal management. Industrialization will proceed through licensing and partnerships, supporting deployment across sectors in line with sustainability goals.

National Taiwan University

At present, the University consists of 16 colleges, 58 departments, 146 graduate institutes, as well as 34 Master's and PhD degree programs. NTU's programs cover a wide array of disciplines across science, arts, and the humanities, with up to 8,000 courses made available for selection each semester.

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  • Phone:04-2284-0433 #318

  • Address:No. 1, Sec. 4, Roosevelt Rd., Taipei 10617, Taiwan (R.O.C.)

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Other Information

  • Pavilion:Future Tech Net Zero FF12

  • Affiliated Ministry:National Science and Technology Council

  • Application Field:Green Energy & Environment

Location More info

Patent

  • M651040

    • Patent Name
    • Application Country
    • Patent type
    • Assignee
    • Application Number
    • Publish Number
    • Patent Name

      冰泥製作裝置

    • Application Country

      Taiwan

    • Patent type

      Utility Model

    • Assignee

      國立臺灣大學

    • Application Number

      TW112208165

    • Publish Number

      M651040

Website & Links

  • Technology maturity:Others

  • Exhibiting purpose:Display of scientific results

  • Trading preferences:Negotiate by self

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