L1 01 System Overview B 03

8/10/2019 L1 01 System Overview B 03

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Sys tem Overview


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Summary

1) Recal l what is a system

2) PACiS sys tems advantages

4) PACiS Architectu res

3) PACiS Devic es and Too ls

5) PACiS Station Bus


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1.1) Sys tem Defin it ion

1.2) Main System Funct io ns

1) System Defini t ion


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1.1) Defin it ion

System is a set of devices with specific functions that interact

one to/with other with common rules

Fast Ethernet

UCA2- IEC 61850

I/Os

SBUS IED

SCADA

PACiS GTW

PACiS OI Client

PACiS OI ServerMaster clock

(GPS)

SCADA

MiCOM C264C

I/Os

MiCOM C264

System is COMMUNICATION & CONFIGURATION

SBUS Station BUS (system federal network UCA2...)

TBUS Tele control BUS (Remote Control Point or SCADA)

LBUS Legacy BUS (Field BUS to IED)


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1.2) Main Sys tem Funct ions

HMI Station/Bay

Flow Printing Sequence Of Event, Log inArchives with reports

Alarms Manage/audible/viewer/printing

State/Event viewer/printing

Control Mode(local/remote : Bay, Substation)

Exploitation Mode(run, stand-by, maintenance)Uniqueness, InterLocK, automation running

Force - Suppress - Substitute of DP

Basic controlsequence like DE, SBO

Built-in Control (AVR, Synchro, AutoRecloser, Coil)

Group, PSL, PLC

Time management

Databases management(download, switch, version)

Test mode, SBMC

Disturbance Automatic upload/viewing

Tunnelling on IED

Supervision

Control

from

Bay

Substation

SCADA

Maintenance


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2) PACiS Station BUS

2.1) SBUS Ethernet

2.2) SBUS Pro toc ol


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2.1) SBUS Ethernet

Link Layer Ethernet

Standard Equipment Fibre, switch, Router

Standard Layer Camera, Setting

Ethernet Standard protocol FTP, ...

Fast Communication 100 mbp/s

MiCOM Ethernet Equipment

Embedded SWU, SWR, SWD

MiCOM H34x, H35x

Embedded H14x, H15x, H16x

MiCOM H63x

=> Environmental, Supply, Redundancy



Protocol: UCA2 (IEC 61850) Client/Server

Standard/Open

N Clients M Servers

Optimized traffic

Fast Communication

Protocol Standard

IED on SBUS

Use Competitors IED

Used by Competitor System

2.2) SBUS Pro toco l



3) PACiS Devices and Tools

3.1) PACiS Dev ices Range

3.2) PACiS Dev ices

3.3) PACiS Too ls SBUS Ethernet



Visible

Hidden

Tools

3.1) PACiS Devices Range

PACiS Operator Interface

PACiS System Management Tool

MiCOM Cx6x Computer

MiCOM Hxyx Ethernet Switch

MiCOM GTW (Gateway)

PACiS Agency (Station BUS)

PACiS System Configuration Editor

PACiS Equipment Simulator

C364 PCI board

C264 Medium

Local, remote, Web

SWU, H14x, H34x

GI74, IEC 101,...

UCA2

IEC 61850



3.2) PACiS Devices

OI-PACiS Operator Interface

GTW- MiCOM (Gateway)

Hx4x- MiCOM Ethernet Switch

Cx64- MiCOM Cx64 Computers



3.3) PACiS Too ls

ES- PACiS Equipment Simulator

SCE- PACiS System Configuration Editor

SMT- PACiS System Management Tool



3.4) PACiS Device / Sys tem Functio n

Acquisition Wires & LBUS IED

Acquisition SBUS IEDSCADA Transmission

HMI

Flow Printing

Archives

Alarms/State/Event Display

Control Exploitation Mode

Fast GOOSE

Uniqueness, InterLocK, automation running

Force - Suppress - Substitute of DP

Basic controlDE, SBO

Built-in Control

Group, PSL, PLC

Time management

Databases management

Test mode, SBMC

Disturbance Automatic upload/viewing

Tunnelling on IED

C264

C264 OI Server GTWC264 GTW

C264 OI Client

C264 OI Server

(C264) OI Server

C264 OI Server/Client

C264 OI Server GTW

C264

C264

C264

C264

C264

C264

C264 SMT OI Server GTW

CMT SMT

C264 SMT, GTW

SMT+S1

Agency+S1



3) PACiS Architectu re Overview

4.1) Principle Sys tem A rch itectures

4.2) PC Based Arch itectu re Example

4.3) Distr ibu ted Arc hitecture Example

4.4) MiCOM Compu ter Stand -alone Example



4.1) Princip le System Arch itectu re

Local UCA2 IEDs

PACiS Operator Interface

PACiS System Management Tool

Remote OI

8 Clients

Master clock

(GPS)

Redundancy

Remote

Station

Video

MiCOM Cx6x Computer

Fast Ethernet UCA2-IEC 61850

SCADA Interface

IEC 60870-5-101, GI74, DNP3

PACiS Gateway

Protections

IED

SBUS Station BUS

TBUS Tele control BUS

LBUS

Legacy BUS

MiCOM Hx4x



4.2) PC based A rch itectu re Examp le

FUNCTIONSSeveral Display/PC Display

HMI System/Process (users)

HMI Alarm, Events, Trend

HMI Tools support (SCE, S1)

Archiving

Printer Logging SOESystem Time Synchronisation

Legacy BUS (IED)

Tele control BUS (SCADA)

IED SBUS

Time TaggingBasic Controls (DE, SBO)

PSL, PLC, Build-in controlsLegacy

Busses

SCADA

Ethernet

Network

PC Ethernet

connection

Based on MiCOM C364 Computer



4.3) Distr ibu ted A rch itectu re Example

FUNCTIONS

several OI Client display (remote)

redundant OI Server

Archiving, Logging, printing

System Time Synchronisation

Redundant Computer device

High Hardware Immunity

Acquisition CT/VT

Local Control Display

Basic Controls (DE, SBO)

PSL, PLC,Build-in controls, ATCC, Synchrocheck

Legacy BUS (IED)

Tele control BUS (SCADA)

Based on MiCOM C264 Computer

Master clock

(GPS) MiCOM Cx6x

Computers

Fast Ethernet UCA2-IEC 61850

Redundancy

Protections

IED

I/Os

Protections

IED

Gateway



4.4) MiCOM Compu ter Stand -A lone Examp le

Up to 4 Serial Links (RS 485/232) for SCADA & IED interface

IEDs Links (Master/Client):T103/T101/DNP3/MODBUS/UCA2

SCADA Links (slave/server):

T101/T104/DNP3/UCA2

GPS Clock on

IRIG-B

Integration with a new type of SCADA or IED is subject to

data model development and integration tests



5) Detai l on PACiS Station BUS

5) PACiS Station BUS

5.1) Station BUS : Definit ion

5.2) Station BUS : Overview5.3) Station BUS : Client/Server Mechan ism

5.4) Stat ion BUS : Protoco l Descr ipt ion

5.5) Station BUS : Network Devices

5.6) Station BUS : Topology



5.1) Stat ion BUS : Defin it ion

SBUSStation BUS

(federate all system devices)

Except PACiS SCE for configuration

Use a Communication Agency

Common ApplicationProgram.Interface

to all system device



5.2) Stat ion BUS : Overview

Network: Ethernet

Standard 10/100 Mbps, Copper Tx, Optic FxEMC Electric Plant

Public Hirshmann

Specific : Immunity, Power Supply=> MiCOM Hx4x

Redundancy => MiCOM Hx5x, SWR

Protocol: UCA2 (61850) Client/Server

Standard/Open

N Clients M Servers

Optimized trafficFast Communication



5.3) Stat ion BUS : Client/Server Mechanism (1)


SERVER

MiCOM C264

UCA2 IED

CLIENT

PACiS OI

Server

PACiS

Gateway

These are all

my data

I subscribe to

these data

I report the change of state of

this data you subscribed

OPTIMIZED TRAFFIC

MiCOM C264

(Gateway,

automation)


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5.3) Stat ion BUS : Client/Server Mechanism (2)


SERVER

Send Reports (RP)

Send GOOSE (fast message for

Single and Double Points)

Receive Controls

Send Control Acknowledgements

CLIENT

Receive Reports (RP)

Send Controls

Receive Control

Acknowledgements


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5.4) Stat ion BUS : Protoco l Desc ript ion

Protocol: UCA2

SERVER (IP @)

Logical Device : LD0 (mandatory : inner information)

Logical Device : 1 LD per bay

Brick : 1 per electrical device (ex : XCBR, SWIT)

Functional Components(ST for Status, CO for Control, MX for

measurements )

Data Object leaf

(SI, SIT, BO, DCO, AI )


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6) PACiS Devices Featu res

6.1) PACiS Server

6.2) PACiS Cli ents

6.3) PACiS Too ls


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6.1) PACiS Computer

Cx64- MiCOM Cx64 Computers

Wiring I/O & time tag

LBUS

Server SBUSAutomations

option TBUS printing


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6.2) PACiS Clients

OI-PACiS Operator Interface

OI Server

client SBUS

Archive

logging printing

Server OI Client

OI Client

Display

GTW- MiCOM (Gateway)

Client SBUS

TBUS


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6.3) PACiS Too ls

SCE- PACiS System Configuration Editor

SMT- PACiS System Management Tool

All Data Base handling

Generate Data Bag

Version coherency

Kernel UCA2 client

Data bag download/switch

Operative mode handling

DIAGnose

Automatic disturbance upload


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PACiS Sys tem KeyConcepts


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Networks SBUS Station BUS Client/Server protocol UCA2

TBUS Tele control BUS T101, T104, DNP3

LBUS Legacy BUS ModBus, T103

Ethernet ArchitecturesStar - Tree Copper

Ring Optical

PACiS ArchitecturesCentralised

PC based

Distributed

Computer Stand alone RTU

Key Concepts

System is Communication

Configuration

PACiS Devices

PACiS OI, PACiS SMT

MiCOM Cx6x, MiCOM Hxxx, PACiS Gateway

UCA2 Agency, PACiS SCE, PACiS ES


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