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Clad Fiber Capacitor and Fabrication Method

Oak Ridge National Laboratory

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Technology Marketing SummaryUsing glass and high performance polymer technology, an ORNL researcher developed a method for producing energy storage capacitors with high power density and the ability to operate at high temperatures. Conventional capacitors have low power densities and are limited to low temperature operations. DescriptionThe invention uses a drawing/pulling technique to form capacitors out of glass or polymer fibers. The drawn/pulled fibers can be used to making clothing fabric with an energy storage capacity, or wound around a solid form. The capacitance of the fabric or form will vary according to the diameter of the dielectric layer, the length of the fibers, and the number density of the item.

The invention features a hexagonal lattice structure with coaxial fiber components. A preform contains an electrode made of conducting and semiconducting or high dielectric capacity materials. The clad over the inner electrode and the spacer between two electrodes are dielectric materials made of glass or a high performance polymer. Once the preform is assembled, it can either be stacked or used as is to make a continuous fiber with a well-defined coaxial form.
Benefits
  • Increases potential for high storage density capacitors
  • Increases potential for capacitors that operate at high temperature
Applications and Industries
  • High temperature, high power density applications
  • Power electronic circuits and fibers in transportation, space, and defense industries
More InformationInventor:
Enis Tuncer
Fusion Energy Division
Oak Ridge National Laboratory
Technology Status
Technology IDDevelopment StageAvailabilityPublishedLast Updated
UT-B IDs 200902218, 200902221Development - Application in preparationAvailable10/19/201012/08/2010

Contact ORNL About This Technology

To: Eugene Cochran<cochraner@ornl.gov>