In the News: University of Colorado Technology Transfer Office

As published by the University of Colorado Technology Transfer Office: Advanced Conductor Technologies to develop CU high performance superconducting cable technology. Thinner, more versatile superconducting cables have potential for high-energy density power transmission, high-field magnets and energy storage. BOULDER, Colo., July 18, 2012 – Advanced Conductor Technologies LLC and the University of Colorado recently completed […]

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Advanced Conductor Technologies awarded U.S. Navy Phase I SBIR

Advanced Conductor Technologies LLC together with researchers from the Center for Advanced Power Systems at Florida State University have received a Phase I SBIR award from the Navy. The grant titled “Superconducting Cable Connections” is for developing reliable cable connections for shipboard cables. Technical Abstract The Navy has expressed interest in shipboard high-temperature superconducting (HTS)

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Record current of 4101 A at 19.8 T background field achieved in a high-temperature superconducting cable

A high-temperature superconducting cable was successfully tested in a background field of 19.8 T at the National High Magnetic Field Laboratory. The CORC cable was wound from 40 superconducting tapes and had an outer diameter of only 7.5 mm. The cable carried a superconducting current of 4101 A at a temperature of 4.2 K in a

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Winding current of 1950 A at 20 T achieved in layer-wound high-temperature superconducting magnet made from CORC cables

A layer-wound magnet that was constructed from a high-temperature superconducting cable was successfully tested at a temperature of 4.2 K and in a background field of 19.81 T. The CORC cable consisted of 20 superconducting tapes that were wound into 6 layers, forming a cable with an outer diameter of 7 mm. The cable was

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CORC cable

Advanced Conductor Technologies’ compact, flexible, high-temperature superconducting cable is now called Conductor on Round Core cable (CORC).

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Advanced Conductor Technologies awarded DOE Office of Fusion Energy Sciences Phase I STTR

Advanced Conductor Technologies LLC together with researchers from Plasma Science and Fusion Center at Massachusetts Institute of Technology are the recipients of a $150,000 Phase I STTR award from the Department of Energy, Office of Fusion Energy Sciences. The company’s second grant titled “REBCO coated conductor cables for fusion magnets” aims at the development of

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Advanced Conductor Technologies awarded U.S. Air Force Phase I STTR

Advanced Conductor Technologies LLC together with researchers from The Center for Superconducting and Magnetic Materials at Ohio State University have received a $100,000 Phase I STTR award from the Air Force. The grant titled “High-temperature superconducting SMES for airborne applications” is for developing lightweight, airborne, energy storage magnets using ACT’s high-temperature superconducting cables. Technical Abstract

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In the News: Superconductor Week

As published by Superconductor Week: NIST Researcher Develops Thinner, More Flexible HTS Cable A University of Colorado (CU) researcher working at the National Institute of Standards and Technology (NIST) has reportedly developed a method for making HTS cables that are thinner and more flexible than demonstration cables currently used in the electric power grid while

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First successful cable test at 20 Tesla demonstrates feasibility for high-field magnets

The first test ever of a high-temperature superconducting cable at a magnetic field of 20 T at 4.2 K demonstrates the possibilities of our cable for high-field magnets. The flexible cable was wound into a loop with a 12 cm diameter and inserted in the 20 T Bitter magnet at the National High Magnetic Field

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In the News: Cold Facts

As published by the Cryogenic Society of America in Cold Facts, Vol 27, No 2: In February 2011, R&D magazine report- ed that Danko van der Laan, a scientist work- ing at NIST, had invented a method of making HTS cables that are thinner and more flexible than ever before. Van der Laan provided Cold

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