Webinar – Superconductor Cables: Technology, Utility Applications and ComEd Project

For many years, Superconductor Cables have been considered a potentially powerful new tool for electric utility engineers. Since the 1986 discovery of High Temperature Superconducting (HTS) materials that can be economically cooled with inexpensive liquid nitrogen, the utility industry has been highly interested in the technology. In 2000, the first trial demonstration of an HTS cable occurred in Carrollton, Georgia; followed by dozens of further demonstrations in the USA, Europe, Japan, Korea, and other countries. In 2014, the first permanent, continuously utilized HTS cable was installed in Essen, Germany where it has operated flawlessly for 6 years. Other permanent projects have since been planned in Korea and are under consideration in many countries. In May of 2019, the US Federal Energy Regulatory Commission (FERC) approved the classification of this project as being a transmission asset and a cost recovery plan for the first permanent HTS cable installation in North America with Commonwealth Edison (ComEd) in Chicago. With project ground-breaking occurring in July 2020 and energized in Summer of 2021, this project represents commercial adoption of the technology and is already driving many US electric utilities to educate and investigate this proven and newly available technology. This presentation will be given by Michael Ross, Managing Director of Superconductor Power Systems for AMSC. The presentation will include the following discussions: – Background of High Temperature Superconductor Cable Technology – Review of Cable Components and Accessories – Features and Applications of HTS Cables on Utility Systems – Benefits of HTS Cables for Urban Utilities – Improved Resiliency & Reliability – Capacity Increases – System Modernization – Review of ComEd’s Active HTS Cable Project in Chicago Speaker(s): Michael Ross, Agenda: 11:00 AM Technical Presentation 11:45 AM Questions and Answers 12:00 PM Adjournment Virtual: https://events.vtools.ieee.org/m/354143