METHOD FOR RECOVERING FAILURE OF WIND POWER GENERATION CONTROL SYSTEM

WIPO Patent Application WO/2013/162089

A1

Provided is a method for recovering failure of a wind power generation control system. The method for recovering failure of the wind power generation control system monitors problems occurring in a plurality of components for supporting execution of applications, which are used in the wind power generation control system, and recovers work of a component from which the problem occurred in a different component. As a result, a problem occurring in the wind power generation control system can be automatically resolved, thereby preventing in advance discontinuation of power generation and unstable power generation.

WO/2015/171347	A STRUCTURALLY OPTIMIZED TILTED OR HORIZONTAL AXIS WIND TURBINE
WO/2012/134458	DYNAMIC BRAKING AND LOW VOLTAGE RIDE THROUGH
WO/2012/115313	NACELLE WIND SPEED CORRECTION SYSTEM AND METHOD THEREFOR

KIM YOUNG HWAN (KR)
HAM KYUNG SUN (KR)
HWANG TAE HO (KR)
SON JAE GI (KR)

PCT/KR2012/003161

October 31, 2013

April 25, 2012

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KOREA ELECTRONICS TECHNOLOGY (KR)
KIM YOUNG HWAN (KR)
HAM KYUNG SUN (KR)
HWANG TAE HO (KR)
SON JAE GI (KR)

F03D7/00; G06F9/00; G06F11/00

JPH11345003A	1999-12-14
KR100954090B1	2010-04-23

KIM, YOUNG-HWAN ET AL.: "A Design on FTSM for supporting High Availability in Wind Turbine Controller", 35TH KOREA INFORMATION PROCESSING SOCIETY, JOURNAL OF SPRING CONFERENCE, vol. 18, no. 1, May 2011 (2011-05-01), pages 3 - 6
PARK, JI YONG ET AL.: "Designing Real-Time and Fault-Tolerant Middleware for Automotive Software", INTERNATIONAL JOURNAL OF AUTOMOTIVE TECHNOLOGY, JOURNAL OF 2006 SPRING CONFERENCE, 2006, pages 1361 - 1366

NAM, Choong Woo et al. (KR)
남충우 (KR)

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