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CSZ-SP IEC 61850 based Substation Automation

  • Duration:
  • Investment: US$ 299
Certificate:

Must complete all lessons

Description

Substation Automation is a sub unit of the power system automation that is controlled by remote users and receives data from Intelligent Electronics Devices within the substation. The main objective of substations is to generate and transmit power. So the monitoring of substations is required, in order to reduce the outages that take place. Power system automation binds the processing of Intelligent Electronics devices and communications protocols. 
This professional course on IEC 61850 based Substation Automation contains the elaborated concepts on substation automation. IEC 61850 is one of the subcategories of IEC standards that concern with the electrical substation automation. The IEC 61850 explains the ideal data models that are designed to a number of protocols and also the standard protocols for MMS GOOSE, GSSE, sampled values multicast. These protocols are data modeling and communication models that are used to transfer the signals over the automated systems using network connections.
In this course, the student will learn about the network topologies, communications protocols, substation automation functions, power system automation architectures, IEC 61850 substation architecture, TCP/IP and related concepts, data modeling approach & communication models & tools, practical & conformance testing, migration & implementation issues, review of automation products and recent developments
The course will help technical professionals to gain comprehensive technical as well as practical knowledge on IEC 61850 based automation systems. 
 
WHO SHOULD COMPLETE THIS COURSE?

  • Instrumentation engineers
  • Process engineers
  • Design technicians
  • Consulting Engineers
  • Engineering managers
  • Project Engineer

COURSE OUTLINE 
NETWORK TOPOLOGIES 

  • Bus, Star and Ring topologies
  • Structure and purpose

OPEN SYSTEM INTERCONNECTION

  • 7 layer OSI model
  • OSI message passing
  • Functions of layers

COMMUNICATIONS PROTOCOLS

  • IEC 60870-5 telecontrol equipment and systems
  • DNP3
  • FT3 frame format
  • IEC 60870-5-101 basic telecontrol tasks
  • Utility communication architecture
  • Key features of IEC 61850 

SUBSTATION AUTOMATION FUNCTIONS

  • Remote terminal unit
  • PLC and protection relays
  • Intelligent Electronic device

POWER SYSTEM AUTOMATION

  • General structure
  • Architecture Of Power System 

FUNCTIONS OF SAS

  • Requirements of SAS
  • Systems types

HV AND MV SUBSTATION

  • Architecture of HV substation automation systems
  • Separated maintenance and control architecture
  • Automation of MV substations
  • Decentralized control system
  • HV bay control Current and future trends

BASIC IEC 61850 SUBSTATION ARCHITECTURE

  • Overview: IEC 61850 substation architecture
  • Substation model 
  • Merging units 
  • Centralized/decentralized architecture

COMMUNICATION BASICS

  • 10/100/1000 Mbps Ethernet

DETERMINISTIC ETHERNET

  • 61850 message transmission
  • Determinism
  • Bridges

VLAN

  • VLAN Basics
  • Benefit of VLAN

NETWORK REDUNDANCY

  • Parallel redundancy protocol
  • Approach to network redundancy

TCP/IP AND RELATED CONCEPTS

  • IPv4 address notation
  • IP addressing – IPv4 vs IPv6
  • Subnet masks and default gateways
  • Address resolution protocol
  • TCP & UDP

IEC 61850 DATA MODELLING APPROACH

  • Information model
  • Physical devices
  • Data exchange model
  • Device information model 

ACSI  AND LOGICAL DEVICES

  • ACSI purpose
  • Components
  • Reporting and logging
  • Logical nodes
  • Node information
  • Data objects

IEC 61850 DATA MODELLING AND COMMUNICATION MODEL

  • Common data class
  • Common data attributes
  • SPS CDC 
  • Communication profiles
  • Manufacturing message specification
  • GOOSE
  • GOOSE messaging
  • GSSE
  • Sampled values multicast
  • Applications

TIME SYNCHRONIZATION

  • Time performance classes
  • Direct time synchronize technologies
  • NTP
  • PTP
  • Time correction and synch packets 

SUBSTATION CONFIGURATION LANGUAGE

  • Concepts, elements, data and information flows
  • Examples

IED CAPABILITY DESCRIPTION

  • IED part in SCL
  • DOI
  • Data type templates with example

OTHER ELEMENTS

  • IID,SSD, SCD, CID and SED
  • SCL substation sections
  • Function allocation by LN names
  • Design concepts
  • Allied IEDs
  • Bay with redundant
  • Protection
  • Advantages
  • Software tools

CONFORMANCE TESTING 

  • Documentation and process
  • Assessment process
  • Tools
  • Product feature description
  • Testing methods
  • Practical exercises (SCL, client/server, GOOSE and SV) 

MIGRATION TO IEC 61850

  • Substation control architectures
  • Migration routes
  • Implementation possibilities
  • Migration issues, benefits for iec 61850
  • Implementation issues
  • Justification 

BASIC STRATEGIES

  • Big bang approach
  • Progressive change method

REVIEW OF AUTOMATION SYSTEMS

  • GE, ABB REF series
  • SEL, Siemens, SICAM, SICAM RTU and ALSTOM 

RECENT DEVELOPMENT

  • IEC 61850 edition 2
  • IEC 61499 in conjunction with IEC 61850
  • Synchrophasor data – PMUs, PDCs
  • WAMPAC IEC/TR 61850-90-5
  • IEC 61850 and harmonization with CIM

Investment

Plan Name Investment
Unlimited Access for 2 Years: US$ 299

Instructor

Hashemi Ford

Hashemi Ford   BE (Honrs)(Elec)  ME(Elec)   Principal Engineer

Hashemi has over 20 years international experience in electrical power industry with a focus on modelling, analysis, planning and operation of power systems including distribution, sub-transmission and transmission networks. He has been involved in modelling and analysis of major projects including HVDC interconnectors and wind farms. Currently Hashemi is working as a Principal Engineer for a power utility in Australia as well as teaching as a part time lecturer for EIT.

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