An economical and reliable DC circuit breaker for DC voltage > 3.5kV is not commercially available today. The lack of such a breaker has been inhibiting the development of DC power distribution in factories (especially processing plants with many variable speed motors); for microgrids (including on ships, oil platforms, and wind farms), and for multiterminal HVDC power transmission, as in the supergrid.
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very little relationship to how the Ballistic Breaker works.
Monday, June 11, 2012
Presentation to the International Symposium on Electrical Insulation 2012
My co-authored paper with Clay Taylor of MSU "Determination of Optimum Resistor Sequence in a Ballistic Breaker" will be presented today by Clayborne Taylor, Junior of Mississippi State University (MSU). I was not able to attend this conference myself, and I am very thankful to Clay for traveling to Puerto Rico to make this presentation.
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