ballisticbreaker.blogspot.com
Ballistic Breaker™: The Arc-Free Circuit Breaker for DC or AC Power: February 2014
http://ballisticbreaker.blogspot.com/2014_02_01_archive.html
Ballistic Breaker™: The Arc-Free Circuit Breaker for DC or AC Power. 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. Wednesday, February 5, 2014.
handlemanpost.wordpress.com
HVDC and EHVDC The Solution Long Distance Connection of Generation to Load | The Handleman Post
https://handlemanpost.wordpress.com/2013/06/12/long-distance-power-transmission
California Leading the Way in Grid Expansion. Superconducting Power Transmission →. HVDC and EHVDC The Solution Long Distance Connection of Generation to Load. June 12, 2013. High Voltage Direct Current (HVDC) power is well suited to moving massive amounts of power over long distances. For example, the Xiangjiaba – Shanghai. ABB is making considerable progress in the development of /- 1100kVDC see HERE. 2013 Report to DOE on the status of UHVDC HERE. Figure 2: Relative cost of various transmission options.
ballisticbreaker.blogspot.com
Ballistic Breaker™: The Arc-Free Circuit Breaker for DC or AC Power: USPTO office action on Ballistic Breakers
http://ballisticbreaker.blogspot.com/2014/02/uspto-office-action-on-ballistic.html
Ballistic Breaker™: The Arc-Free Circuit Breaker for DC or AC Power. 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. Wednesday, February 5, 2014.