ACDC 2012
The 10th International Conference on AC and DC Power Transmission
4 - 5 December 2012 | The Holiday Inn Birmingham City, Birmingham, UK
Exhibitors
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Mark your diaries now!
Important dates for ACDC 2012
Abstract submission deadline: Friday 8 June 2012
Notification of abstract acceptance: Friday 3 August 2012
Author registration deadline: Friday 31 August 2012
Submission of full papers deadline: Friday 21 September 2012
Notification of final paper acceptance: Friday 26 October 2012
Getting involved
Join our exhibitors to promote your company
Quick contact
With any queries relating to the call for papers process contact the event executive:
Chloé Llewellyn
Register today
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Technical scope
Papers are welcomed on by not limited to the following subjects, ACDC 2012 will feature presentations on:
Recent important projects
- HVDC interconnector projects, particularly crossing UK borders e.g. The Western Link border project, how is it going to be applied
- VSC HVDC projects and recent technological developments in this area including DC breakers and associated protection methods
- Multi-Vendor, Multi Terminal – issues that would allow this to work, standards for multi terminal behaviour, details and solutions
- Comparison of classic HVDC and VSC transmission including advantages and disadvantages and appropriate circumstances for their use
- Recent and significant FACTS projects – series compensation on Scottish border, smart grid point of view
- Transmission technologies and techniques being adapted and utilised into distribution
- Technological developments in FACTS, including series compensation
Looking ahead - developments over the next five years
- HVDC, FACTS and series compensation projects and technologies
- Multi terminal VSC DC projects
- Renewable power and AC/DC connections
- DC array collector systems for offshore wind farms
- Offshore wind farms – practical applications, offshore coordination report, developers want to know what this will look like
- DC-DC converters
- Power flow control
Future innovation and international projects
- Energy storage at a large scale to support the transmission system
- The DC offshore grid system and its functional set up including multiple offshore DC interconnections
- UHV AC and DC in the Far East
- DC interconnectors
- The “Mediterranean grid” / Trans-European Super Grid
- Solar energy transmission
Real implications and applications
- Subsea cables
- Reliability and redundancy including reliability analysis
- Efficiency improvement and design efficiency cost savings
- AC offshore
