MECHANISM FOR MANAGING HIGH-AVAILABILITY WIND POWER CONTROL SYSTEMS AT WIND FARM LEVEL

WIPO Patent Application WO/2013/162088

A1

Provided is a mechanism for managing a high-availability wind power control systems at a wind farm level. The mechanism for managing wind power control comprises: a plurality of wind power generation control systems which are used for controlling the driving of wind power generators; and an integrated management control system for monitoring failure of components which are provided on the power generation control systems. As a result, failure of a wind power generation system can be monitored and managed, thereby allowing rapid response to discontinuation of power generation and unstable power generation.

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

PCT/KR2012/003160

October 31, 2013

April 25, 2012

Click for automatic bibliography generation  

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

F03D11/00; F03D7/00; G06F9/00; G06F9/44

KR100954090B1

2010-04-23

DUCK-SU LEE ET AL.: "750kW-class DFIG Wind Turbine Monitoring System Development and Study on Scheme for Applying Standardized Communication", JOURNAL OF 2008 SPRING CONFERENCE, 2008, pages 327 - 330
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)

View/Download PDF      PDF Help

Previous Patent: TRANSMISSION DEVICE FOR AUTOMATICALLY INCREASING AND DECREASING DUAL TORQUE

Next Patent: METHOD FOR RECOVERING FAILURE OF WIND POWER GENERATION CONTROL SYSTEM