Title :
Development of manufacturing technologies for world-class superconducting motors

Research achievements :
• Designs and manufacturing technologies of a cryogenic cooling circulation pump and low loss type stator part
  to improve efficiency and operating reliability of the superconducting motor
• Development of manufacturing technologies for world-class core parts such as a high efficiency cooling system
• Technology development of a 5 MW superconducting motor using 2G wire having the highest capacity and best
  performance in the world
• High performance and low cost according to the technologies

Related Projects :
• Project title : Development of manufacturing technology of a 2G HTS field coil system for a 10 MW class wind   power generator
• Period : Dec. 1st of 2011 ~ Nov. 11th of 2014
• Objective and contents  Evaluations of non-insulation/non-resistance field coil and hybrid cooling system for the 10 MW class 2G HTS  wind power generator
• Project title : Development of a superconducting generator for ship propulsions
• Period : Mar. 15th of 2012 ~
• Objective and contents   Development of a 3.5 MW class superconducting generator for medium speed ship propulsions

• Expected effect - Technology development of an HTS generator of high performance to lead the world market - Technology development of an HTS rotating machine for high efficiency and commercialization of superconducting  electric power devices - Industrialization of smart-grid according to superconducting technologies - Export industry by developing HTS rotating machine technology of world class

contact :
• Doosan Heavy Industries & Construction Co., Ltd. Kim Yeong-Chun (yeongchun.kim@doosan.com)