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EE-News
News and announcements from EE Publishers  Issue 147, August 2011
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Three-part webcast series

Clean energy; Smart grid; Energy storage technology

This three-part Earth Week webcast series, available for download on demand now, highlights the fast-changing world of:
Learn how you can apply graphical system design techniques to significantly accelerate the development of green engineering systems. Also gain an inside perspective on green design, prototyping, and commercialisation from green engineers and developers around the world working hard to speed the adoption and proliferation of grid-scale, cost-effective clean energy systems.

 

Presented by National Instruments engineers and National Instruments engineering grant companies, this 3-part on-demand webcast series features the following presentations:
 

 

The tipping point when clean energy becomes cheaper and more abundant than fossil fuels may be sooner than you think. As energy technology becomes information technology, the performance of clean energy systems increases exponentially while cost comes down. Hear from several green engineering companies that are pushing the technological boundaries using graphical system design techniques to speed their design, prototyping and commercialisation of advanced embedded instrumentation and control systems for energy storage, smart grid and clean energy generation.
 
Digitizing the power grid: Smart sensing and analytics fundamentals 
 
The proliferation of smart networked embedded systems throughout the grid will revolutionize the way electricity is produced, consumed, and distributed and will act as a foundation pillar for a clean energy future. Hear directly from developers about the smart-grid applications and tools they are developing with NI LabVIEW software and reconfigurable embedded system technology. The goal of this technical session is to arm you with information you can apply to your own smart-grid applications. What can you do with an embedded instrumentation system capable of real-time processing and analytics? What's the importance of sensors? How can you create a synchrophasor measurement unit (PMU) to intelligently monitor power flow throughout the grid?
View the webcast
 
 
Smart embedded systems that combine instrumentation, analytics and control can make the grid more like the Internet - self-diagnosing and self-healing, distributed rather than centralised, and bi-directional rather than uni-directional. This session explains the fundamentals of smart-grid control systems and makes the case for basing your designs on reconfigurable off-the-shelf technology and high-level programming tools that can lower cost, risk and development effort from the early stages of design all the way through to high-volume commercial deployments.  

 

 

Invitation to technical seminar:

IEC61850 - Edition 2 and its impact in substation automation

The Department of Electrical Engineering at the Cape Peninsula University of Technology (CPUT) invites specialists from Eskom, municipalities, design institutions, consultants, contractors, vendors and universities to attend a 3-day seminar on:
 

IEC61850 - Edition 2 and impact in substation automation


Presented by: Dr. Alexander Apostolov, adjunct professor, CPUT
Sponsored by: Alectrix and Omicron 
 
Submitted for accreditation for ECSA CPD points 
 
DATES: Tuesday 29 to Thursday 29 September 2011
VENUE: Senate Chamber, Administration Building, Cape Peninsula University of Technology (Bellville Campus), Symphony Way, Bellville, Cape Town
COST: R5800 for 3 days, or R2200 per day for non-university attendees; R4000 for 3 days or R1500 per day for attendees from universities 
 
Click here to download the registration form 
 
BACKGROUND 
 
The international standard for substation automation systems, IEC61850, defines communication between devices in substations and determines related system requirements. The technical approach of IEC61850 makes it flexible and future proof.
 
IEC61850 is the only standard supporting systems based on multi-vendor intelligent electronic devices (IEDs) networked together to provide protection, monitoring, automation, metering and control functions. Interoperability of equipment and systems is ensured by providing compatibility between interfaces, protocols and data models. The capability to share data and control commands results in new distribution protection, control and automation functions.
 
IEC61850 was developed for use within substations, but is now being seen as a key standard for use out of and between substations, and also for use in other domains. The use of IEC61850 for wide-area communication is discussed in Edition 2 of IEC61850 in the context of communication between substations.
 
IEC61850 standard can also be used to implement Smart Grid norms through substation automation. For Smart Grid deployment, seamless data communication and information exchange is essential, and will only be possible  through industry-wide standardisation. The National Institute of Standards and Technology (NIST) (USA) Framework and Roadmap for Smart Grid Interoperability Standards indicates that one of the key standards for Smart Grid deployment is IEC61850.
 
The seminar "IEC 61850 - Edition 2 and its Impact" emphasises the latest developments of Edition 2 for engineering processes, synchrophasor applications, communication networks, time synchronisation, testing scenarios and the future of IEC61850 in Smart Grid development. Day 3 of the seminar is dedicated to practical demonstrations presented by specialists in the field of substation automation. 
 
PROGRAMME
 
Day 1: 08h15 to 16h30, 27 September: Five lecture sessions covering:
 
- IEC 61850 based Substation-to-Substation communications
- IEC 61850 based Substation-to-Control Centre communications
- Communication networks for IEC 61850 systems
- Condition monitoring in IEC 61850 systems
- Synchrophasor communications using IEC 61850
 
In the evening from 17h00 to 19h30, the Centre for Substation Automation and Energy Management Systems (CSAEMS) will be launched with the unveiling of the inaugural CSAEMS plaque, followed by refreshments. 
 
Day 2: 09h00 to 16h30, 28 September: Five lecture sessions covering:
 
- Generic, vendor-independent configuration tools - are these becoming a reality?
- Engineering process based on IEC61850 and the impact of IEC61850 Edition 2
- Modelling of multifunctional devices and the impact of IEC61850 Edition 2
- Testing of multifunctional devices and the impact of IEC61850 Edition 2
- The future of IEC61850 and the Smart Grid 
 
Day 3: 09h00 to 15h15, 29 September: Four practical demonstrations: 
 
- D. Magongo, C. Viljoen, N. Muller of NamPower: NamPower GOOSE application examples
- B. Rigby of UKZN Centre for Real-Time Digital Power System Simulation: Demonstration of communications using GOOSE messaging between a SEL 421 relay and an RTDS real-time digital simulator
- P. Diamandis of Quadnet: Networking redundancy using RSTP and MSTP with a view to migration to PRP in the future - NamPower and Eskom applications
- P. Diamandis of Quadnet: Testing of relay logic using an OPC GOOSE driver and HMI - NamPower application
- A. Makadam, C. Kriger of CCT/ CPUT: GOOSE performance test 
 
FURTHER INFORMATION AND REGISTRATION 
 
Click here to download registration form 
 
For further information, registration and payment, please contact:
 
Miss P Panda, Tel 021 953-8454, Email: phaphama.panda22@gmail.com
Prof. R Tzoneva, Tel 021 959-6459, Email: tzonevar@cput.ac.za,
Fax: 021 959-6117 
 
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In this issue...
Three-part webcast series: Clean energy; Smart grid; Energy storage technology
Invitation to technical seminar: IEC61850 - Edition 2 and its impact in substation automation
Your journals...
(Flash flip-page edition)
Energize July 2011 eZine
  
  
(Flash flip-page edition)
Vector e-zine July 2011
  
  
(Flash flip-page edition)
EngineerIT July 2011 e-Zine
  
  
(Flash flip-page edition)
PositionIT July 2011 e-zine
  
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