Application of Wide-Area Monitoring and Control Techniques for Fast Frequency Response in the GB Transmission Network

Hong, Q. (Invited speaker), Booth, C. (Contributor)

Activity: Talk or presentation typesInvited talk

Description

The GB transmission system is seeing significant increases in the penetration of renewable technologies, of low inertia levels, which when combined with the decommissioning of older high inertia plants, is reducing the overall system inertia. This makes the system more sensitive to frequency disturbances (e.g. loss of generation events) and maintaining the frequency at the required level will become increasingly challenging. The Enhanced Frequency Control Capability (EFCC) project, funded under Ofgem’s Network Innovation Competition (NIC) framework, aims to develop a wide area monitoring and control scheme which will allow non-conventional resources, such as battery, solar PV, wind, etc., to provide a fast frequency response, with emphasis on location and volume to maintain system stability.This talk presented the design, operation and test of the EFCC scheme, discussed potential market opportunities and share the lessons learned from this project and discussedthe future of EFCC.
Period7 Feb 2018
Held atIET South West Scotland, United Kingdom
Degree of RecognitionNational

Keywords

  • EFCC
  • Low inertia
  • Frequency control
  • National Grid