gtpro sat SAS gesa bc system SAS_launch.pdf

SAS gesa system.

1. for the world

Distance

2. Substation Automation

> Requirements
> Protective relay hardware
> Protective relay logic

> Relay to relay data communication

> Local/Bay control
> WAN
> SCADA

3. ho

Introduction

Protective Relay

Requirements:

+ Most up to date CPU's yet expect 20 to 30 year
MTBF.

+ Built in programmable controller functionality

+ High speed relay to relay data communication

+ Expandable:
1/10
+ Multiple CT and VT Modules with the
ability to calculate virtual sources
Solution:
*Modularity

4. ho

Protective Relay

Protective Relay

Requirements:

+ Reusable code to reduced development time

+ Reduce training requirements: family of protective
relays with same touch and feel and common

feel and common hardware components

Solution:

« Design must be based on a Platform

5. » High speed relay to relay service part of a protocol suite
optimized for Utility applications

+ Redundant Star fiber configuration:
+ elimination of single point failures
+ Readily available proven LAN components

+ Open Architecture

Introduction

6. Local / Bay Control

+ High speed HMI service part of a protocol suit
optimized for Utility applications.

+ Standard naming convention
« Direct connection to high speed substation LAN.

+ User configurable graphics display.

+ Primary graphic, control and monitoring functions

Introduction

7. WAN Requirements

Substation 1 Redundant Substation 2

fiber WAN

ESE i

Substation 3 Substation 4

Introduction

8. Information not Data:

Introduction

Supervisory Control and
Data Acquisition - SCADA
Enterprise
+ Budget accurately
+ Asses cost of service

+ Allocate capacity

+ Faster service response

Operations

+ Remote status and control
+ Analyze power quality

+ Identify events

+ Receive fault records

+ Target Maintenance

+ Loading trends

9. System Control Center \ ENMAC® Modules
+ Network Management System
Regional Control Center | + Supervisory Contre! & Accuisiton
larms Processing Diagnostic Export
+ Power Analysis Suite
Planning + Trouble Call System
+ Operational Mapping System
Historian + Mobile Field System

Engineering

‘SUBSTATION

SUBSTATION

UR- 50
560. UR-c30/C80 „, UR -Lsoroo UR-Lsonoo LEGEND:
uns D25 y UR -D80 UR-D60 “

Copper

al A = Fiver
ur Eco UR -C3bic60 Dual Fiber Hub

SINGLE une O) 3) Eh

Introduction

10. Substation Automation

> Requirements

=> Protective relay hardware
> Protective relay logic engine
> Relay to relay data communication
> Local/Bay control
> WAN
> SCADA

11. Protective Relay

12. Performance

Cost ($)

Protective Relay

13. Universal Relay Architecture - ‘Modularity’

High-Speed Data Bus

dle il du as

Six Basic
Modules

8
os
a8

3
sl
ch:
ay

2

8

LED LED
Modules [Modules

Display

Keypad

Protective Relay

14. Physical Realization

a Data Bus it 19” Chassis
d (4RU high)

Modules

Protective Relay

15. Modularity...

Power Supply DSP + CT/VT

digg = power supply

Da
ER
sE
=
Si
si
Qa
43

«Wide input range «High-speed 32-Bit RISC «Modular CT/VT configurations
+24 - 300 VDC CPU + up to 8 CT/VTs
+20 - 265 VAC +> 50 MIPS, up to 120 MIPS.
»High-speed digital sampling
«High Efficiency SMPS «FLASH memory ->16 Bit A/D
+> 80% «Easy firmware upgrades +> 64 samples / power cycle

High-Speed Comms support «High-speed 16-Bit DSP

+10/100Mbps Ethernet LAN «> 32 MIPS, up to 80 MIPS
-Redundant Fiber

Protective Relay

16. Digital 1/0

«Control outputs
«Solid State
»Electromechanical -
multiple types
«Fast activation
speeds (< 4ms)

«Status inputs
«Dry and Wet contacts
+18 - 300 VDC
«Fast detection

speeds (< 4ms)

Protective Relay

Analog I/O

Analog une

«Transducer type inputs
«tdcmA
“Voltage
-Resistive

-Outputs for Legacy SCADA
«tdcmA

«Support multiple /O
configurations

Modularity...

Communications

Communication module

«High-speed Serial
«Asynchronous (9600 - 115K
Baud)

«Synchronous (56K - 256K Bps)
«Fiber Optical (Single/Multimode)
«Channel Redundancy

17. Inter-Module Communications

Multiple buses allow for high-performance:
«Protection and communications without bottlenecks

Protective Relay

18. Scalability

Minimum

qe.
his

wear

ar

Maximum

Protective Relay

19. Protective Relay

‘Box’ Capacity

24 (max)
8/module

96 (max)

16/module

48 (max)
8/module

48 (max)
8/module

20. Configuration/Flexibility

Sub-Modules

Protective Relay

21. >» Solid-State
Wet/Dry Input

+1mA, 4-20mA, 0-5mA
Analog (Transducer) I/O RTD (Pt, Ni, Cu)
+5V, Resistive

Protective Relay

22. “Upgradeability'/Serviceability

Protective Relay

23. The UR Family
The UR Family - One Common Architecture
TRANSMISSION

*L60 (Transmission Line: Phase Comparison)
«L90 (Transmission Line: Current Differential)
«D60 (Transmission Line: Distance)

-F3x (Feeder: Multiple Feeders - Basic Protection)
«F60 (Feeder: Comprehensive w Hi-Z)

«T60 (Transformer: Comprehensive)

*C30 (Control IED)

+C60 (Breaker Management IED)

SYSTEMS SOFTWARE
Ea «URPC (Entry Level HMI, Engineering Tool)
Ena «PMCS (Full Featured Systems HMI)

(Available in 2000)
*G60 (Generator: Comprehensive > 100MVA)
«B30 (Busbar: Basic 6 Feeder )
«B90 (Busbar: Comprehensive up to 30 Feeders)

Protective Relay

24. Protective Relay

The UR Family

FEATURES
+ FlexLogic™
+ Distributed FlexLogic™

+ Virtual I/O (reduce hardware
cost)

+ Expandable 1/0

| T60 + Flash monory for field

Transformer upgrades

+ Drawout modules for
serviceability

+ Common modules (reduce
spares cost)

Controller Test mode for forcing
contact l/O states

+ IRIG-B time synchronization

25. Substation Automation

> Requirements

> Protective relay hardware

=>» Protective relay logic engine

> Relay to relay data communication
> Local/Bay control

> WAN

> SCADA

26. Contact FlexLogic"|
Inputs
(Gates)
al IM (Timers)
pus (Latches)
Remote
Inputs

flexdocz.at

Protective Relay

27. Introduction to Flexlogic

Remote Forward

Assign Virtual |

Protective Relay

28. Introduction to Flexlogic

Function Protection Element Function
Inputs Outputs

Protective Relay

29. Number Of Inputs

Output Is ‘1’ (= On)
input is ‘0
any input is ‘1

all inputs are 1”

all inputs are ‘0’

any input is ‘0°

Protective Relay

only one input is 1?

30. Truth Tables

3
©
x
2
$
9
2
S
=
Qa

31. Protective Relay

32. Timer #

| Pickup | Drop out
Time

Protective Relay

33. Disabled =0
Enabled =

[serve

COUNTER 1 FUNCTION:

COUNTER 1 UP:
or

SETTING

sernves
COUNTER 1 NAME:
COUNTER 1 UNITS:

COUNTER 1 PRESET.

sermia
Een
an

ONT 1 SETTO PRESET:

FUN

CALCULATE
VALUE

[COUNTER 1 COMPARE: |

{Count mere han Como |

¡Count equal to Comp.

Counters

FLEXLOGIC
OPERANDS:
(COUNTER 1 Hi

| [COUNTER EOL

SET TO PRESET VALUE

SET TO ZERO

(COUNT! FREEZEMESET:
OH=0

SETTING
‘COUNT! FREEZE/COUNT;
[oreo

Protective Relay

STORE DATE & TIME,

‘Counties than Como.

ACTUAL VALUE

COUNTER 1 ACCUM:
COUNTER BU: |

[actuavawes |
ee |
COUNTER 1 FROZEN:

À [COUNTER TLO

Date & Time

2708501 van

34. COUNTER 1 FUNCTION:

Disabled =0
Enabled = 1

[SENS]
COUNTER 1 UP.

Do

|

COUNTER 1 DOWN

E

‘SETTING
COUNTER 1 BLOCK:
om-0

¡SETTING
(ONT 1 SET TO PRESET:
CE

SENS
COUNTER 1 RESET:
CE

(COUNTY FAEEZEIRESET:
on=0

sama
‘COUNT1 FREEZEICOUNT:

on

Protective Relay

[SETTNGS

“COUNTER TNAWE:

COUNTER 1 UNITS:

COUNTER 1 PRESET:

FUN

[COUNTER 1 COMPARE:

[1 Count mors than Goma.

— ++ | count cua! to Comp.

SET TO PRESET VALUE

SETTO ZERO

1 — {COUNTER 1 ACCUM:

TGount Io than Comp.

[actuar vaLue

[acruar varues

COUNTER FROZEN:

STORE DATE & TIME

» Dele á Timo

BRTOGSAYNSO,

Counters

aid
(OPERANDS: |

{COUNTER TH
COUNTER TEGL |

[cur |

35. FlexLogic Demonstration

FlexLogic
Demonstration

Protective Relay

36. FlexLogic™ Navigation

| Ele Eat SteList SetingsList View Acton Window Help

SS |B 6)?
DEl

Ste Lit
Urs
E)-- New Device 2
& Device Defintion
=-- Singe
3 Product Setup
Ei System Setup FLEXLOGIC ENTRY. SYNTAX
Flexlogie View Graphic View view.
Flexogie Equation Editor Flexiosic Entry 1 Virtual Inout Va (vit)
Flesogic Times Flexlogic Entry Virtual ints Vit 2 (V2)
Digital Courters Flexiogic Ent AND 2 input
Giouped Elements Fleslogie Ent, ‘Assign Vitual Output Vit Op 1 von
Control Ele Flesiogie Erin Virtual nuts Vat 1 CV)
Inputs Output Elextogie entr Virtual nouts Vit 2012)
Transducer 1/0 Flexloaic Entry 7 OR EXE
Testing Flexiogie Entry 8 Assign Virtual Output E vit Cp 2 (VO?)
Commands Fess an E End of List
Targets Flexiogic Entry 10. End of List vit O0 2 (VO2)
ActualValues Flesiogie Entry 14 End of Lit p Vi On 3 (VOS)
Front Panel Flexlogic Entry 12 End of List De
o Flex Entry 13 End of Lit L Vi op 6 vos)
eng Flextogie Entry 14 End of List F Vin Op 7 (VOT)
= Records Flexiosic Entry 15 End of List
58 Product Info Flesiogie Entry 16 End of List
Maintenance Flexiogic Entry 17 End of List
Site Event Recorder Flexiogic Entry 18 End of List

Protective Relay

37. FlexLogic™ Navigation

Ele Edt Ste List Settings Lst View Action Window Help

Sie La
urs
1 New Device 2

Device Definton
Settings
Product Setup

66 Syatem Setup
© > Flerlogle
Flelogi Equation Edo
Flenlogo Timers
Digtal Counters
6h - Grouped Elemen
8 Corel Element
Eb Imputs/Dulput
Transducer 1/0
Teste
Commands
Targets
Actual Valuee
Front Panel
Statue
© Metering
1 -Recerde
66 Produc Info
Maintenance
She Event Recorder
She Targets

= RT oP On

vermagm

= RT op 2 102)

=VIRT OP 1 (VON)

VIRT OP 2 (V02)

Single Line Diagram - Desig
Single Line Diagram - Moriloing

Protective Relay

38. File Edit Site List Settings List View Action Window Help

er?)

cr & [4/8

Grouped Elements
Control Elements

Transducer 1/0
Testing
Commands

Targets

E
=
“4 Inputs/Qutputs

Actual Values
Front Panel
El Status

Protective Relay

Contact Inputs

Virtual Inputs

Remate Inputs

Contact Outputs

Virtual Outputs.

Remote Devices Status
Remote Devices Statistics
Digital Counters

Flex States

Clock

2/60

VIRTUAL INPUT

STATUS

Mirt Ip 1 01 1)
Mit Ip 2 (WI 2)
Mirt Ip 3 (WI 3)
Mirt Ip 4 (Id)
Mirt lp 6 (1 6

On
On
oft
Off

‘ontact Outputs 27 UT

CONTACT OUTPUT.

STATUS

Cont Op 1 (Hi)

On (WOft, lO)

Cont Op 2 (H2)

On (WOft, lOft )
Off

39. Substation Automation

> Requirements
> Protective relay hardware

> Protective relay logic engine

=- Relay to relay data communication

> Local/Bay control
> WAN
> SCADA

40. Nomenclature

Local area network

Wide Area Network

Relay to Relay Com

41. Nomenclature

Protocol: A common set of rules to govern the exchange of data

between nodes on a network.

It determines:

+ Initialization of data link

+ Services that are supported

* flow control
+ Frame format and sync

* error control

42. T Communication Protocols and
Standards

Messaging Services

+ Provides “Common Services” for communicating information
including notification of delivery or non-delivery of a message
and the reason why not

+ Types of services:
-Initiate Communications
-Identify
-Define Data
-Write Data
-Program Invocation
-Etc.

+ Existing Standards: FMS, MMS, DNP, IEC

Data Communication Hierarchy

43. F Communication Protocols and
Standards

Manufacturing Message Specification (MMS)

+ Internationally standardized messaging protocol for real time exchange
of data and supervisory and control information between networked
devices.
+ ISO 9506 standard
+ Independents from the application function being performed
« Independents from the developer of the device or application
+ Generic to be appropriate for a wide variety of devices and applications:
> PLC MMS services and messages
» Robot are identical

» Protective relay

+ Based on the OSI model

44. MMS Service Specification

+ Defines a set of objects that can
exist within a device.

+ Defines a set of communication

services to access and manipulate
those objects.

+ Defines the behavior of the device
to those communication services.

Data Communication Hierarchy

7 Communication Protocols and
Standards

45. T Communication Protocols and
Standards

MMS Services

* Get Object

+ Change Object

+ Determine Attributes
+ Create Object

+ Delete Object

Data Communication Hierarchy

46. Basic Communication Relationships

Peer to Peer Master / Slave

* Client / Server * Request / Response
+ Publisher/ Subscriber + Response Only

Relay to Relay Com

47. LAN Topology: Token RING

Relay to Relay Com

48. LAN Topology: STAR

Switch

Active/ Passive

Relay to Relay Com

49. Architecture: Token Bus

+ TOKEN to gain access to LAN

50. LAN Access: Token

51. LAN Access: CSMA/CA

*CSMA/CA
+ Carrier science multiple access with crash detection

Relay to Relay Com

52. APPLICATION

PRESENTATION

SESSION

TRANSPORT

NETWORK

DATALINK

PHYSICAL

Data Communication Hierarchy

Communications: OSI Model

53. Communications: OSI Model

AP DATA

J J
APPLICATION MMS MODBUS

PRESENTATION

SESSION

TRANSPORT
NETWORK
DATALINK
PHYSICAL

Data Communication Hierarchy

54. Communications: OSI Model

AP DATA AP DATA

MMS MODBUS APPLICATION
PRESENTATION
SESSION

TRANSPORT
NETWORK
DATALINK
PHYSICAL

Data Communication Hierarchy

55. Utility Communication Architecture
(UCA) and Substation Automation

Relay to Relay Com

56. Utility Communications Architecture Version 2

Objective:

+ Establish a suite of protocols to meet utility communications needs

Relay to Relay Com

57. Participating UCA Vendors

« GE Power Management + Siemens (HMI)

» Basler *L&G

+ Cooper * Doble

» Beckwith « Dranetz / BMI

+ Tasnet + Modicon / Square D
+ SEL «ABB

+ GE Harris « Alston

Relay to Relay Com

58. + American Electric Power (AEP)

» Indianapolis Power 8. Light
* Ontario Hydro

« Northern States Power

+ Tampa Electric

+ ComEd

* Cinergy

+ Baltimore Gas & Electric
« GPU
+ Nuon

Relay to Relay Com

Utilities Participating in UCA
+ Enetergy
“TVA
+ Duke
« Boston Edison
+ Union Electric
+ Florida Power Corp
+» Southern California Electric
» Wisconsin Electric
« ESKOM

» Polish Power Grid

59. UCA 2.0 Defining Documents

UCA 2.0 is defined by a set of Documents

Introduction
Communication Profiles
- TCP/IP

- OSI

- Serial

CASM

Common Application Service Models

How MMS Services are used (MMS = Manufacturing Message Specification)
GOMSFE

Generic Object Models for Substation and Feeder Equipment

Relay to Relay Com

60. Utility Communication Architecture
- UCA 2.0

UCA Features

+ Client/Server Multiple Connections

+ Common Data Objects that can be extended by each vendor
+ File Services

+ Time Sync

+ Reporting

+ GOOSE (Generic Object Oriented Substation Event)

+ Peer to Peer Communication (Remote I/O is a cast message)

Data Communication Hierarchy

61. Utility Communication Architecture
- UCA 2.0

7-LAYER UCA MODEL

mms|FTAM| vt | ps | WS [CMIP

ACS AO RISE

Connection-orientated Presentation

Connection-orientated Session

Connection-orientated Transport > CD

Connectionless Network ISDN
ES -IS Routing X.25 Packet Layer QE
LLC |
LAPD

CSMA/ | Token | Token

cD Bus Ring EIA - ISDN
(8802/3) (880214) | (880215) V-35| 232.0 | X21] | interfaces

ISDN

HDLCLAPB

Data Communication Hierarchy

62. Utility Communication Architecture
- UCA 2.0

UCA Data Access (Name - based)

Data Object Functional Data Attributes
Class Component Item tw _mlo

sT
loc sG Pu

PuDelTim
DoDelTim

To access the Phases IOC 1 Pickup
Read PhslOC1.SG.Pu

Data Communication Hierarchy

63. Utility Communication Architecture
- UCA 2.0

GOMSFE

Generic Object Models for Substation and Feeder Equipment

Models defined for:

Protection Elements - PIOC
- PTOC
- PDIS
- RSYN
- etc.

Metering - PXMU
Generic Analog/Digital /O

etc.

Data Communication Hierarchy

64. UCA 2.0 GOOSE MESSAGE

Trip Message Blocking Message

| (GOOSE) | (GOOSE) |

RELAY #1 j RELAY #2 —— RAY =
Î u |

O Breaker

Trip Output

External Trip Delay: Input delay (4ms at present)
+
Tx/Rx and processing (Typically < 4ms at present)
+
Output delay (0.6 ms for Fast Form C)

= 8.6 ms

Relay to Relay Com

65. UR Communications Profiles

Modbus/TCP/IP/Ethernet

[areucaron >] ms, ModBus

| PRESENTATION | ei RFC1006 - Presentation
NOT Implemented/Required
| session | RFC1006 - Session | session |

MA er reno [ole vor

PASES | IEEE 802.2 (CSMA/CD) ET IEEE 802.2 (CSMA/CD)
PHYSICAL

Telecom: DSO (64kbps), T1, E1

NOT Implemented/Required NOT Implemented/Required

NETWORK

UART - 8 Bits, 1 Stop Bit, No Parity
RS232, RS485, Fiber

Data Communication Hierarchy

66. Goose Message Demonstration:

Goose Message
Demonstration

>

Relay to Relay Com

67. Redundant 10 Base F Bay LAN
Topology

[===]
0H

A

Fiber switches

Relay to Relay Com

68. Remote I/O lab

-» Remote
output

Remote ———> | Remote | ALARM
Light

Relay to Relay Com

69. Substation Automation

> Requirements
> Protective relay hardware

> Protective relay logic engine

> Relay to relay data communication
=>» Local/Bay Control

> WAN

> SCADA

70. Universal Relay Human Machine
Interface - HMI

HMI Demonstration:

+ Static Text and Graphics
+ Importing bit maps

+ Change screens

+ Analog signal monitoring
+ Push buttons

+ Lamps

71. Introduction

== HAPE -URPC

File Site List Settings List View Help

|?

Site List
Ee UTS
El New Device 2
+ Device Definition
Settings
Commands
Targets
Actual Values
Et Maintenance
Site Event Recorder
Site Tara:

ingle Line Diagram - Moritonkg

72. Static text and graphics

73. Static text and graphics

Bee

I Javis Substation i

General | Edit

Text

Text |Line | Fill

| Font |

D Multiple Lines

Horizontal Alignment

Left
@ Center
© Fight

7 Wore

Vertical Alignment
C Top
£% Center
Bottom

74. Jarvis Substation

[Save As

+ Save [Ue

Date
LD Sing ine
[E] Single Line

[E test

Filename: | [Class_t]

Save aslype: [Single Line Files (an)

75. Importing bit maps

DS] tela
HEE | ely] ole ol)

&
[ei
TE

Lookin: [8 course_bit_maps

[2 map_can
A map_ont

Fileneme: [Map_tor

Files of type: [Bitmap Files (*.bmp:* db}

76. Importing bit maps

DS] wie]

tale] 6/0] el

+|ely

Blo tila) mc] pls) ela]
S ++ e] cle) alo) © + [ely] ele) ooo)

sola) ae) ie

in)

fps

| aboli 2) »eleslinlr-[mlzelse| «|
aj Nleisiolelelolaiel >] alme)

5 Glacial) mien l/c)

alr|elol

JE] alealcalcal

77. Importing bit maps

RE:

[Data
[23 Single line
[E] Class_1
[E] Single Line
|S [Bites

Filename: | [Class_2

Save as type: [Single Line Files sin]

Toronto

À ©
Ase
og ies ae Sy
+ swell eo À
E LA

A X

\g

78. Change Screens

IF Transparent Fil

79. Change Screens

General NextFiecrNestScteen | Eat | Line | Fil |

IF Use Nest Fie

Next Fil [set manually or by dropping a fie}
Path: [C:\Program Fies\GE Power Management\URPC\Clees_1.ch

Next Screen (set using crag and diop operation)
Screen Till:

[E] Single Line
[EE] test
le
AGE Power Managemer| |
ilestGE Power Manegemes
iles\GE Powe: Manegemes Fies of ype.
iles\GE Power Managemes

Filename, fClass_1

[Single Line Fies (en)

80. Change Screens

als] ma
tales olor) ©| +[ely] ole) ojeda]
ola) 2) [la la/s] e
Olujejola! [=| aleales
Dea) ejes) jejee]

A
aaa
5

81. Change Screens

REEF

Jarvis Substation

Geneial Nestfie orNext Screen | Eat |] Line | Fil |

F Use Next File
Next File {set manuel or by diopping a fie)
Path:

Next Screen (set using drag and drop operation} Dh
Screen Title [Data
ue

El

_ [El Single Line
vegemet Em
vegemet

vagemet

agemer

vageme— | [ET Fieneme [Class 2

agemer y! |
| ce Files of ype: [Single Line Files sin} E d

»

82. Change Screens

Ste List

PUTS.
Single Line Diegram - Design
Single Line Diegram - Monitoring

Open

Lookin TS Y al ale
Data
Singe ine

2
[4 Sinle Line

Filename [Cless_1

Files of ype: | [Single Line Files (ch

83. Inserting a Relay

+|e|y| 6/8) 0/8]:

li]

ESE3

Jarvis Substation

ha
E

| Ju]

2 [Ba Copy

Paste

Order
Grouping

84. Inserting a Relay

ES]

General Device |Edt | Line

Device

Monitor:
Available parameters:

| Fill

| Font |

IV Visible

Parameter list:

[Ausilieny Voltage Angle
Auxiliary Voltage Magnitude,
Auxiliary Voltage RMS
Contact Output Current States
Contact Output Voltage States
Ground Current Angle

Ground Current Magnitude
Ground Current AMS
Harmonics Ground Current
Harmonics Phase À Current
Harmonics Phase B Current
Harmonics Phase C Current

Auxiliary Voltage Angle
Auxiliary Voltage Magnitude
Auxiliany Voltage RMS
Contact Qutput Current States
Contact Output Voltage States
Ground Curent Angle

Ground Current Magnitude
Ground Current RMS
Harmonics Ground Current
Harmonics Phase À Current
Harmonics Phase B Current
Harmonics Phase C Current

Cancel Apply

85. Analog Signal Monitor

M a [ey] ls: ojej:a]|

sortes | 4 ml
[|

86. Analog Signal Monitor

General Attachto | Edt | Line | Fil | Fon |

Element: Parameter:

| New Device 2

Phase À VT Magnitude
Phase AB Voltage Angle
Phase AB Voltage Magnitude
Phase AB Voltage Al

V

Cancel Apply Help

87. Analog Signal Monitor

88. Analog Signal Monitor

x |

FLEXLOGIC ENTRY | SYNTAX

VRIPIEM)

= VIRT OP 1 (¥O1)

Flextogie
Flextogie
Flextogic

Flexogie

Flexiogic 4 \ JA |t|e

Flextogie
Flexlogic PARAMETER H1
Flextogie D Cont Op 1

Flexiogic LED Control None
Flexlogic

Flexlogic Operate Yirt Op 1 (401)
Seal-In OFF

Events Enabled

= VIRT 0P 1¢701) =

89. Standard Push buttons

+| ele] Oele]

€|3¢| +[m|

oleıleal

Jarvis Substation

da

te E

Ba Copy
Paste

90. Standard Push buttons

General Settings | Edit | Line | Fil | Font |

Jarvis Substation

Operated: ~ Manual
™ Manually Status: [~
Automatically

Automatic:
Element: Type:

|New Device 2 El Virtual Inputs

Virtual Inputs

91. Standard Push buttons

20059) 007 207105]

||| Ca

General Settings |Edit | Line | Fil | Font |
Jarvis Substation

Operated: Manual:
© Manually ei y

© Automatically

Automatic:
Element Type:

New Device 2 [Virtual Inputs

Virtual Inputs

92. Standard Lamps

El wl]! Dis) ja
ola] ma) 0/0) | +]e/y] ole Letoate
|=) 2) +05 %8)1+ (65

bol 8[

NEN= OI
A[<| mu] 2/8/81

| See

Jarvis Substation

Copy

Order
Grouping

93. Standard Lamps

General Settings | Edt |

Operated Manual:
Manually Status: IT
© Automatically

Automatic:
Element Type:

[Contact Outputs

Contact Outputs
Ht

Image files:

Off

On:

94. Standard Lamps

El El Substation

Jarvis Substation |

© NewDevice

117.389 Y

118010 9

95. Breaker Symbol Animation

+|e|y] eje] 0/8/18]

<ls<| €/m

ial

aleje)

EI
Text

96. Breaker Symbol Animation

General Settings |Edt | Line | Fil |

Operated: Manual:
© Manual Status: F
@ Automatically

‘Automatic:
Element: Type:

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97. Breaker Symbol Animation

Jarvis Substation

Mew Device

118.129 9

Jarvis Substation

€
sah
wy

$

98. QuickPanel jr

QuickPanel jr - Low Cost HMI

QUICKPANES

Modbus/RS485

«Control multiple devices: Modbus Master via RS485
*Graphical user interface: single-line, metering, alarms

«Touch Screen: alarms control buttons

99. Substation Automation

> Requirements

> Protective relay hardware

> Protective relay logic engine
> Relay to relay data communication
> Local/Bay Control

mu? > WAN

> SCADA

100. Dual Ethernet
Fiber switch

Interoperable

IEDs

Access to:
»Enterprise
«Internet

Data Communication Hierarchy

Router

The UCA Substation

ALPS

Slower
Legacy Devices
use Gateway

101. Inter Substation Communications

(Fiber Optic System Communications)
«SONET Technology: 51/155 Mbps
Fr «Ethernet LAN ‘Bridging’ capability
un LOT «Creates single Ethernet WAN
mn +... «Redundant channels ensure reliability

Data Communication Hierarchy

102. Remote monitoring and diagnostics:
«Power Quality monitoring
«Equipment Health (Breaker,

Transformer) monitoring
-Fault Analysis - data retrieval
«Events and Alarm annunciation

pu

Bu =
e. ME
"> BER

he IEDs (Relays) are a ‘socket’ for
providing information and services.

“i

Data Communication Hierarchy

103. Internet Communications NOW!

Test a UR F60
Feeder Management
Relay over the Internet

ES) GE Power Management 7

‘Communications VIA Intérnet @ IP Address 192.35 39.12

FOO. FEEDER MANAGEMENT RELAY?

Metering ne

Oscillography

Events «Metering
Target Messages. «Events a
-Oscillography

Fe nF

Data Communication Hierarchy

104. Substation Automation

> Requirements
> Protective relay hardware
> Protective relay logic engine

> Relay to relay data communication

> Local/Bay Control

> WAN

mu) > SCADA

105. GESA 2000

106. GE Substation Automation System Solutions
+ Providing innovative product and service solutions
for markets and customers worldwide

107. Substation Automation System Solutions

+ Power system consulting

+ A Complete System Solution
Supplier + Application design

+ Global Focus With Engineering And + Project management
Field Support
+ Integration services
+ Experience Over A Broad Range Of

Industries + Startup and comissioning

+ A corporate commitment to six + Project financing
sigma’ quality + Asset maintenance

+ Financial Strength + Remote diagnostics

Dedicated to bringing the best Automation solutions to our customers

108. GESA - A System Solution that
Delivers Productivity

e More Effective Long Term
Planning & Loading Decisions

PLANNING

Il 4 e Real-time Analysis that Avoids
— Interruptions

ENGINEERING

e Reduction in the Need for Costly
Field Visits

PROTECTION

MAINTENANCE

e Precise and Confident Operator
Decisions in Restoring Service

Translating data into information at the users fingertips

109. Enterprise

Fine-tune planning
Streamline settlements
Budget accurately
Asses cost of service
Allocate capacity

Faster service response

The Challenge:
Putting Information to Work

Operations

Remote status & control
Analyze power quality
Identify events, SOE
Receive fault records
Target maintenance

Monitor loading trends

“On-Line Information”: Your key competitive advantage

110. Sub-second response for
Ethernet connected devices

Dual master redundancy with
automatic system control transfer
Automatic interleaving of events
and metering values

Ethernet substation UCA 2.0 LAN
Peer to peer communications
Remote view nodes and web
browser compatible HMI Interface

e Automatic oscillography upload
e Object oriented system tools for

reliable, low cost reconfiguration

Real-time system status and
control execution

GESA 2000 The competitive solution

Maximize your Competitive Edge

111. GESA 2000

Three powerful dimensions to a complete
Substation Automation Solution:

+ Proven, “off the shelf components that integrate

today’s IEDs

+ Ethernet for data transport in the substation and to
remote sites

+ Pre-engineered software, application tools and

device interfaces

112. Built Upon a New Generation
Substation Architecture

HTML HMI —;gpggOscillography Event Faciliiy Remote System Training/
Vi

WizardsScreens iewer Viewer Diagnostics Monitor Configurator Testing
a Mads |
RE [e zu E

WEB Server - HMI View Nodes

Power
Evert
Analysis ts

T 8 8

OPCI_ DDE/ CORBA
T T

Legacy ‘SCADA
Server Protocals

El

Level 2 -Integration Host

Interface to
Corporate
/AN/ Li

Level 1 - IEDs

Monitoring Protection & Contra!
x Control "

Open System Solution -- Relays, Software,
Communications, Networking

113. GESA 2000

Smart Screen “Wizards”
+ One Line Diagrams
Event Logger
IED Faceplate
IED Tabular Values
Annunciator Panel
Alarm List with Sorting Feature

Trending

114. GESA 2000 Sequence of Event Log

Ella 92M nearest milli-second
psnsfisay 13 3u40038 Logout EA Derio
ep Zi Deptos : + Automatic retrieval
fr csv
ADS? 16065110 Login DPB DrPtoo + Storage on host disk
+ Data sort capability
«Time
Condition

CRETE MEE! + Time stamped to
Mel a à
| + Synchronizable to
EEE ENS Dre ne Drei Transat E
josrzarı 397 DFP_IIB DFP100 = GPS via IRIG-B
auras? 0312 wa zas
DFP_234 DFP100 S
Mana annee Me PEO De from IED to Host
+ Automatically forward
to operations PC
included:
— Standard filters
«Device Type
“Alarm
— Custom filters per
your needs

115. contig [ES

bib.

nun |

Noman ON
PELE Asm On, Unscinowtedged
TERE nm on acknowe dine

Pre] [one tne e] ANNUNCIITOR

‘Alum Of, Unacinowtedged

=="

Ur a

Alarm Annunciator Panel

Configurable alarm
conditions

— Any present value can
drive an alarm

— Set range of operation

Failure Alarms

Equipment generated
System generated
Grouped per IED

+ Remote Communication
of Critical Alarms

116. Oscillography/Fault Reporting

+ Automatic
upload from
IEDs via
your Wide
Area Network

vod + Comtrade
ee oe id meins sones meinen format for file

eT storage

+ Remote file
access

+ Full feature
viewer with
a SS analysis tools

o mann me

SCADA

117. Integrated Solutions to help you
succeed

e Interoperability

e Peer to peer communications

e Reliability of software objects and modules

e Modularity of hardware modules and
components

e Dynamic reconfiguration

e Real-time state analysis and operation

118. Worldwide Experience

SUBSTATION AUTOMATION INSTALATIONS AROUND

North America
ConEd
PSE&G
PECO

Salt River

Europe & Africa
ERZ

THE WORLD

South America Asia Pacific
Electroperu Aliu Zhou
Inepar Zhe Zhang
Electronorte Guang Xi
EDENOR

Rio Light

Furnas

119. Critical to Quality Metrics
What our Customers Require:
That GE is Committed to Deliver

+ Access to system application experts —
before, during and after a sale

+ Open architecture solutions, built on
industry standards - future upgrade path

* Thorough specification of the system to be
delivered - fully understood by the user

+ Deliver and commission on schedule; within
budget - supplier and customer

+ Effective operator training - establishing
basic user competency

» Return on investment - work together to
obtain the expected benefits

CustomerFocused

120. Ordering On-line

www.ge.com/indsys/pm

¥
Clickon ®
= == E
> 2

Click on

ve Order.

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