REVISION HISTORY The information contained on all pages of this document is confidential and proprietary to Vista Automation Network LLC who is the sole owner of the
Intellectual Property of this Document and all attachments. This information is furnished in confidence to the parties involved in this project with the
understanding that it may not be reproduced or used by, in whole or in
part, for any purpose other than the evaluation of this document.
Rev. Date Prepared By Approved By Comments
0 17/7/2018 AS AH
0A 6/8/2018 AS AH
1 16/1/2019 AS AH For Approval, changes
highlighted in yellow colour
1A 20/1/2019 AS AH Final
Project Number: 700-180350
Project Name: Phase One & Phase Two Scada Solution for the “National Command Centre For Palestinian Electricity
4.3. ETAP RT ENTERPRISE SERVER (VERSION 18 OR LATEST) ..................................... 17
4.4. ETAP 18 WORKSTATION FOR OPERATOR/ENGINEER ............................................... 17
4.5. BASE MODE ......................................................................................................................................... 17
5. USER PERMISSIONS REQUIREMENTS ................................................................................. 23
5.3. SQL SERVER ........................................................................................................................................ 24
LFA Load Flow Application XML Extensible Mark-up language
LAN Local Area Network
LG Line to Ground Y
LL Line to Line
LLG Line to Line to Ground Z
M
MCC Motor Control Centre
MFM Multi-function Meters
MFR Multi-function Relay
MMF Multi-Mode Fibre
N
NC Normally Closed
NCA Network Connectivity
analysis
NML Network Management
Layer
NMS Network Management
system
NO Normally Open
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The SCADA Software would integrate with General Electric CCU 1000 supported with
power Software 5.8.0. and IED’S (F650 Protection Relays) Release to fulfil the monitoring and control requirements for SCADA System and Real Time Analysis.
The SCADA software (ETAP Real-Time) modules provided with this project include:
APPLICATIONS PURPOSE
Real Time Enterprise Server Enterprise Server Software Data Logger OPC/Modbus TCP Interface
Data Historian Server Historian Software
Real Time Monitoring Consoles Console Software
Advanced Monitoring
Real-Time Monitoring Bad Data Detection and Correction
Alarm / Notification Management and Processing
Trending and Reporting Customizable Reports
Tabular dashboards
Event Playback and Analysis
Event Playback Server Sequence of Event Recorder
Replay archived historian data Investigate cause & effect
Explore alternative actions Replay “what if” scenarios
Real Time Application Consoles 2000 Bus Simulation Capability
Real Time Driver Interface OPC DA Client Server and IEC6185
Microsoft SQL Server 2008 R2 Standard Edition (Includes 4 Client Access Licenses)
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
3.1. Hardware and Software Scope of Supply (Phase 1)
Sr.
No. Hardware Description/Specification Quantity
1 SCADA Enterprise
Server
ProLiant DL380 Gen10 Tower
CPU: 1 x 4110 Xeon-S/8 Core /85W/
2100/Skylake-SP
MEM: 32GB 2Rx8 PC4-2666V-R Smart
Kit
CAGE: DL380 Gen10 8-SFF Hot Plug
HDD: 3 x HPE 600GB SAS 10K SFF
HDD
CTR: HPE Smart Array P408i-a/2GB SR
Gen10Ctrlr
ODD: HP 9.5mm SATA DVD-RW Optical
Drive
NIC: HP 1Gb 4-port 331i Adapter
PSU: 1 x 500W Power Supply Kit
(Gen10)
RAIL: HP 2U SFF - Easy Install Rail Kit
OS: Windows Server 2012 R2 MGMT: iLO5 Standard
1
2
Operator &
Engineering
Workstations
HP Z240 Tower Workstation
CPU: Intel Core i7-7700 3.6GHz (up to
4.2GHz) 8M Cache 4 Cores
MEM: 16GB DDR4-2400 nECC (2x8GB)
HDD: 1TB7200 RPM SATA Hard Drive
ODD: HP 9.5mm Slim DVD-RW Optical
Drive
2
3 Monitor HP N240 23.8-inch IPS Monitor, Micro-
edge 1
4 Additional OWS
Monitor LG 55” LED Screen (55LJ615Y) 1
5 Managed Ethernet
Switch
HP J9776a fully managed gigabyte layer
2 switch 24 port 1
6 Cabinet 22 U Server Cabinet 1
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
6 APC UPS SURTD5000XLI APC Smart-UPS RT 5000VA 230V including Batteries and Network Management Card
2
7 APC Cabinet
AR2400FP1+AP9568
- NetShelter SV 42U 600mm Wide x
1060mm Deep Enclosure with Sides,
Black
- Single Rack Rack PDU,Basic,Zero
U,10A,230V, (15)C13
1
8 Ethernet Switch J9776A Aruba 2530 24G Switch 1
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
3.3. Real-Time Model Verified and Validated real-time model of the Electrical Network for Palestine Electricity Transmission Limited and its substations issued by Vista Automation to
PETL/Design Consultant for review. The model contains ratings, normal operating conditions, typical load profiles & ratings, switchgear type & ratings, area and zone
information, equipment information’s and other information pertaining to the PETL electrical network covered under this project. The same model will be used for making minor modifications / engineering according to the requirements. ETAP Model
will be equipped with Real time Digital and Analog Data which will be coming from CCU 1000 and IED’S.
The master model database will be stored in the Application servers. Every time the
SCADA application is launched on a workstation opening the model database, it will Synchronize the model Data with the Application on the Active server and if the Active Server Fall down ( Power disconnected ) the standby server will work as active server
, consistency is maintained between the master and local databases. When the master database is modified, the local databases will be synchronized automatically
6 Microsoft Office Microsoft Office 2019 Home & Business 4
7 ETAP Historian
Software
Microsoft SQL 2019 Std. server with 5
CAL 1
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
by re-starting or re-opening the local database. Utilizing the ETAP database integrator allows the dispatchers, engineers, and operators with an open database
from which they can extract information. No additional software is required in the ETAP workstation consoles to operate the system.
3.4. SCADA Solution Overview The SCADA application servers (ETAP Real-Time Servers) will communicate with the GE’s implemented CCU 1000 and IED’S (F650 Protection Relays) located in every
substation and collect electrical data/parameters via OPC Client-Server protocol and IEC61850. The GE CCU 1000 and IED’S (F650 Protection Relays) is communicating with all the field devices in the substation to collect field electrical data. The SCADA
application server will reside in the control room located in PETL Office
The GE System will act as Server and SCADA application Server will act as Client, thus SCADA Server interfaces with GE CCU 1000 and IED’S (F650 Protection Relays)
to collect electrical data and thus realize Real-time SCADA solution All the shared electrical data between the SCADA Server and GE System will be stored
in the “Tag Database” of the ETAP-RT software. All tags will be created and edited through the “SCADA Integrator” tool provided in ETAP-RT SCADA software.
For archiving the GE CCU 1000 and IED’S (F650 Protection Relays) system values and Reporting and Trending information, ETAP Historian server will be used. This
server will include the Microsoft SQL server database tool. The ETAP console will communicate with the ETAP Historian server to run the Trending and generating
Reports. ETAP Real-Time server software will be installed on the Application server. The ETAP
console will communicate with the ETAP Real-Time server and get the necessary data for Real time visualization, monitoring and control.
The system offered as part of this project is Redundant Real Time Server with built in historian servers, One Engineering Workstation and Five operator Workstations.
The licence offered is Redundancy license and maximum Five users can use the ETAP license at any given point of time.
3.5. MULTI ETAP-RT SERVERS (REDUNDANCY SOLUTION)
The Provided Solution is based on Redundant ETAP – RT SERVERS which will achieve the high efficiency of Data Recovery in case of failure in any of the servers.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The communication between the OPC Server and the ETAP Real-Time Server software is based on the Distributed Component Object Model (DCOM). DCOM, the
Microsoft technology for the implementation of distributed and object-oriented applications, is standard communication for client servers including OPC. The active
and redundant ETAP Real-Time Servers monitor each other continuously via TCP/IP. PM Server 1 is the primary server and will remain active. In the event that PM Server 1 goes down, the redundant PM Server 2 would take over as the Active
Server and automatically pick up the load. This is done via a “stable leader algorithm.”
ETAP Consoles are also linked to all servers via a full duplex Named-Pipes connection. The information
exchanged between the server and consoles include SLE and monitored data, as well as a signal from each
server indicating its status and connected ETAP consoles to the active server. If the active server becomes inactive, the consoles will cease communication with the inactive server and switch
to the activated server.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The ETAP Consoless will be linked to all ETAP Real time Servers via a full duplex
named-pipe connection. The information exchanged between the server and consoles include monitored data, Raw and Processed data.
The following image depicts the server initialization status:
4. SCADA (ETAP RT) SOFTWARE DESIGN OVERVIEW The following software is provided with the system for ETAP RT SCADA applications.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
4.3. ETAP RT ENTERPRISE SERVER (VERSION 18 or Latest) ETAP Real Time server software will communicate with GE CCU 1000 and IED’S (F650
Protection Relays). Mapping information between the two systems will be stored in a MongoDB database that is created through an ETAP Application named the “ETAP SCADA Integrator”. The ETAP Real Time Integrator Database will be residing in the
real time server and console workstation will connect to that database.
The ETAP Real Time Server version that will be installed is ETAP Real-Time Server Version 18/ latest ETAP-RT software Version at the time of commissioning. The ETAP Real Time Server Software will serve the Real-Time data to the ETAP
Consoles.
The Real-Time Server utilizes Memory Map database for RTDB and it is constructed automatically and internally for fast processing. No need to create an independent
RTDB, the historian database is used to archive data for reproduction and analysis.
ETAP Real-Time Historian server will be operating as a built in application provided
to archive data from ETAP Real-Time PSMS server; the data will be available for operators/engineers for Real time SCADA operations
4.4. ETAP 18 WORKSTATION FOR OPERATOR/ENGINEER
Operators will be using the workstations to monitor the following substations and up to 10 substations and 200 utility connection points under PETL with ETAP RT SCADA
Solution:
• Jalameh Jenin
4.5. BASE MODE The Base mode in ETAP is designed for the creation and management of the ETAP
RT Model database. This mode provides an easy to use, fully Graphical User Interface (GUI) for constructing one-line diagrams and database for the ETAP-RT model. The graphical one-line diagram and database serves as one common platform for all
ETAP-RT applications.
4.6. BASIC DESIGN PREMISES
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The creation of the database is transparent to the users. The user (Administrator) can graphically construct the ETAP model by connecting buses, branches, motors,
generators, and protective devices in any order from the One-Line Diagram Edit toolbar. The user (Administrator) can connect elements to buses graphically (by
dragging lines from the device element) or by using the Info page of the Device Property editor (double-click on the element and its property editor will open). In addition, the user (Administrator) can graphically add, delete, relocate, connect
elements, zoom in or out, display grid off or on, change element size, change element orientation, change symbols, change equipment / device color, create personalized
viewing themes, hide or show protective devices, enter properties, set operating status, etc.
As the user (Administrator) builds the graphical interface, ETAP generates the database without any intervention from the user
4.7. DESIGN OVERVIEW
This section describes the overall capabilities of the Base mode in ETAP. This mode is equivalent to the Power Applications Network Builder.
From the Base mode, the user has access to:
• Data Editing • Graphics Editing
Data Editing
ETAP keeps track of the detailed data for each PMS component. Data editors are
designed to speed up the data entry process.
Using these editors, the user can assign the engineering properties of the element, such as its ratings, settings, loading, connection, etc. All editors in ETAP are designed
with intelligence so that electrical relationships between fields are followed. This speed up the process of entering information requiring the minimum data. The editors have been structured in the most logical manner for entering data for different
types of applications. Marked changed data, undo, search, and navigate are some of the standard features in each editor.
Graphics Editing
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
In this section, some of the most common functions of the graphical user interface for the one-line diagram are explained. The detailed instructions provided here will
assist you in creating and editing your one-line diagram presentation.
4.8. TAG DEFINITIONS For ETAP, tags are defined in the ETAP SCADA Integrator. For ETAP RT SCADA
Solution the tag database includes the following metered parameters: MW, MVAr, kV, PF, Hz, Amps and switching devices status.
ETAP Real-Time System shall integrate following signal from the GE CCU 1000 located at control room, to perform Real time analytic, SCADA applications
- DIGITAL SIGNALS o Switch Status (Breakers & Isolators) o Contactors
o Fuse o Earth Switch
- ANALOG STATUS
o Transformer Tap Position
o Current (Amps) – 3 Phase o Voltage (Vmag) – 3 Phase
o Frequency o Power Factor o Active Power (MW)
o Reactive power (MVAr)
Above signals will be applicable for all the feeders of HV Switchgear, Incomer, Bus coupler, ACB Outgoing and Outgoing feeders.
The ETAP SCADA Integrator is a tool which allows for Administrators to add/remove
Real-Time measurements to the system and link these measurements to ETAP components. The ETAP SCADA Integrator allows users to link the ETAP Components within an ETAP Model with physical devices in the field. Fundamentally, the ETAP
SCADA Integrator uses a template approach where users can create a model of a device type and reuse this model for multiple ETAP Components. This allows users
to only have to define those parameters which are unique to a given device in the field (for instance IP Address).
With this tool, Administrators can write custom calculations, create measurements, etc.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
4.9. SCADA TYPICAL COMPONENTS This chapter describes the typical elements that will be used for ETAP PMS Model.
Component symbols for electrical equipment. Sr.
No.
Element /
Component
Component Symbol
1 Power Grid
2 Bus
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
5. USER PERMISSIONS REQUIREMENTS All users will be stored within the Active Directory which is stored on the Domain
Controllers. The follower user types will be created for the system:
PSMS Server Service Account
• Associated Software: ETAPSrvc
• Permissions Required:
o Grand Local Admin
o Enable Logon as a Service
• Machine/Users: PSMS Servers
• Purpose: This service launches etapspm.exe and requires local admin
privileges.
• Machine/Users: Playback Servers
• Purpose: Playback services require Local Admin and DB Creator privileges.
Database Download
• Associated Software: ETAPS
• Permissions Required:
o Read access to OTI_Image Folder
o Access to OTI_Image Share
• Machine/Users: All ETAP Real-Time Users
• Purpose: The project files are downloaded from this folder.
Database Maintenance
• Associated Software: ETAPS
• Permissions Required:
o Read/Write access to Psmssvr folder in the root ETAP installation.
o Read/Write access to OTI_Image folder
• Machines/Users: All ETAP Maintenance Users
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
• Purpose: OTI_Image to update the project for all users, Psmssvr folder to create Real-Time files.
Trending/Archived Reports User
• Associated Software: ETAPS
• Permissions Required:
o Create Database Permission in SQL Instance
• Machine/Users: All Trending / Archived Reports Users
• Purpose: Trending/Archived Reports requires these permissions in order to properly collect data from the database
5.3. SQL SERVER
Historical and Playback data shall be archived to the SQL Server instance on the Historian servers. A standard TCP/IP name pipes connection shall be utilized to
transfer data from the Real-Time Server. Please see details below:
• Instance Name: ETAPARC
• Login Type: Mixed (SQL and Windows)
• Permissions: See previous section of this document for granular permissions however at a minimum there must be one system administrator which has full
permissions.
5.4. DCOM SETTINGS REQUIREMENTS To enable the capability of ETAP accessing remote OPC Servers, the DCOM
(Distributed COM) needs to be set up in both the OPC Server and ETAP Server.
Before setting up DCOM, the first step to allow communication between two computers is to setup a trust domain. It is recommended that you setup all the machines running OPC Servers that will be connected to ETAP to run under the same
domain. Otherwise, it will run into the problem of setting up trust domains, which makes the setup much more complicated. If you want to use multiple domains, then
you need to setup trust relationship on both domains since there will be communication both ways. Consult Windows help on how to setup trust domains.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
6. REAL TIME WORKSTATION CONSOLE (ETAP Consoles) ETAP consoles are workstations that will be running the ETAP software. ETAP
communicates to the ETAP Real-Time server software to collect available online data and archive in historian for Trending and Reporting functions
Each workstation will contain a copy of the ETAP Model database. The workstation is setup to automatically select the ETAP Model database when ETAP is executed.
6.1. GRAPHICAL REPRESENTATION
6.1.1. Primary Presentation ETAP SCADA is graphically represented by the one-line diagram. This one-line
diagram is based on the approval of ETAP Model by PETL. The diagram is constructed to match the PETL Power System Network for Phase one as much as possible so
operators/ engineers do not have to familiarize themselves with two different representations.
The primary representation or “Sys Monitor” will display the individual Substations as a composite network, loads, and transmission \ distribution lines.
Figure below, depicts a sample/typical of the graphical representation of the ETAP SCADA model.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
6.1.2. REAL-TIME SERVERS & CONSOLES ETAP Real-Time server software will reside in the ETAP-RT Server and processes the
data to all ETAP consoles. There will be ETAP Real-Time servers, running as a Redundant system.
The ETAP-RT solution is equipped with Tow high performance Historical Servers ( As Redundant SERVERS) to store all ETAP SCADA values and to perform power system
analysis and studies based on the archived data.
6.1.3. ETAP CONSOLES ETAP consoles are Operator/Engineering workstation (OWS/EWS) that will be running
the ETAP software. The workstation will contain a copy of the ETAP PSMS Model database. The workstation is setup to automatically select the ETAP Model database when the ETAP Client application is started. If the master database is updated, the
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
system administrator has the option of updating the consoles or waiting until the local ETAP Client application is re-started, so it synchronizes automatically. The
master database will reside in the ETAP Server.
6.2. SUBSTATION PRESENTATIONS The substations presentation will be composite networks within the Primary Presentation. The following Figure depicts a sample of the graphical representation
of the substation presentation:
6.2.1. ETAP PRESENTATION DISPLAY DYNAMICS Each presentation in online mode will have the following display behaviour:
1. Black Background
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
2. Energized components in Lime Green 3. State Estimation Results will be displayed in Red next to line\feeder flow with
direction arrow to the positive direction of real-power flow 4. Real-Time data is displayed in blue color
5. Components IDs in White Color
6. Override Data and Bad Quality flags in brackets “[ ]”
• [B] Bad Quality
• [C] Closed Device
• [O] Open Device
• [####] Override Analog Measurement
7. Analog Measurements will be brought in by Meter Component Model
8. Alarmed Component will be displayed in red
The following figure demonstrates the dynamic display on ETAP PDS Presentations
when online:
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
6.3.1. PROTECTIVE DEVICE CONTROL OVERVIEW The Protective Device (PD) control is used to manually open, close, pin open, or pin closed any breaker in the system. The breaker control can be used to make appropriate changes as long as the corresponding Input and Control tags have been
established in the system. See the Administrator’s Guide for more information on setting up tags for the PD control.
The protective device control section can be launched up by double-clicking on a “PD” symbol on the one-line diagram presentation (Sys Monitor). A circuit breaker is used
as the example shown below:
Real-Time
Each PD has a Real-Time section which allows the operator to change the configuration in the system or simulate a configuration change. Any restriction to
this is due to the permission given to the console. Refer to the PD Console Permission
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
section for more details on PD control permissions. The device types that have PD
Controls are as follows:
Device Type Device Type Device Type
HVCB Double Throw Switch Ground Switch
LVCB Recloser
Single Throw Switch Contactor
Scanned
This displays the Real-Time configuration of the breaker.
Control
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
This column allows the user to change the configuration of the breaker on the field. Note that each configuration should have a corresponding Control tag setup for the
digital output to be written into the system. If the user decides to change the configuration, a confirmation display will appear asking the user to confirm the
configuration change. The Confirm Control Action display is shown below:
Pin
This column allows the user to simulate the effect of switching the configuration of the breaker on the system. Once a breaker is pinned either open or close, the pin will be shown in a diagonal position. This option does not control the actual position
of the breaker. Pinning a breaker position allows the operator to overwrite or supersede the status signal received from the Real-Time system, and affects the
calculations made by the State and Load Estimator (SLE) that are displayed in the Sys Monitor presentation. The Sys Monitor presentation will show both the Real-Time value and the pinned value in [] brackets.
Alarm
Check this box for “Close”, “Open”, or both to set an alarm for each configuration.
This option is only used when CB Status in the system alarm page is set to individual.
6.3.2. BREAKER CONTROL User Access Level
The following access levels can take full control of and may make any changes to the Circuit Breaker.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Note: You must be in online mode to access the Breaker Control 1. Double Click on the breaker in your One-Line Diagram
Project Editor
Base Editor Controller
Operator
Breaker Control X X X X
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Open a breaker and verify that the breaker opened in the field by the status is shown in the scanned display.
1. Double-click Element to Launch Controller View 2. Select the TRIP button
3. Click OK to confirm
Close a Breaker
Close a breaker and verify that the breaker closed in the field by the status is shown in the scanned display.
1. Double-click Element to Launch Controller View 2. Select the CLOSE button
3. Click OK to confirm
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
This Application will allow Operator and User to analyze the Project configured data
in Tabular manner with Real time Data and also enable user to customize, make groupings, Filtration and save project specific themes. The purpose of this tool is to provide a graphical interface to monitor and control all configured tags in the SCADA
Integrator System in a tabular way. It provides an interface to observe all configuration details from a tag as well as its current values, states, alarms and
quality messages. It also provides a component view which allows the user to observe all values for a specific component.
Key Highlights
• Monitor All Tags (Digital, Analog and Tag Link) in Tabular way
• Observe all configuration details from a tag as well as its current values, states, alarms and quality messages
• Provides a component view which allows the user to observe all values for a specific component.
• Defining Customized Themes using different Filtering
Screen View Concept of Tabular Dashboard
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Dedicated PMS Application to monitor the heartbeats of all the application involved
in SCADA PMS Application and running all over the network. ETAP Process monitor can also control the various application within ETAP according to operator and system design function and operation. It can start, shutdown, restart
and Monitor the current status through heartbeat.
Key Highlights
➢ ProcMon Service functions based on Process heartbeats ➢ Monitor Status and Health of all process on same machine as well as other
machine on network. ➢ If the process fails it can take action based on :
• Indication on ProcMon Viewer • Alarm Event Generation
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Operator Note is a Real-Time interface for operators to communicate information about ETAP Components and areas in the OLV, Distribution view and Feeder View.
These information could be different types such as information, or notes about maintenance, Alarm Inhibit (Do not generate alarm for this component or area) or control Inhibit (Do not send control command).
There are 4 different types of Service Tag with the below priorities:
• TOP PRIORITY: Control Inhibit • Alarm Inhibit • Maintenance
• LOWEST PRIORTY: Informational
Tags will be displayed on the Sys Monitor OLV or Distribution view or Feeder View and will be indicated based on the Type. If there are multiple types of tags, the highest priority image will be used and there will be an indication on the corner of
the image of the number of the tags Note: Tags are displayed offline and online.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
➢ Real-Time interface for operators: o To communicate information about ETAP Components and areas or even
a Location in the OLV and Distribution and Feeder view. ➢ Service Tag Editor is used to:
o Create Notes with different Priorities (Types)
o Option to set Customized Images for different types of Notes from ETAP o Capability to create Notes for Multiple Components.
➢ Developed for all the Views: o One Line View o Distribution View
o Feeder View ➢ Supported in HMI Viewer as well.
Screen View Concept of Service Tag Editor
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
ETAP provides program security by relying on two tiers of user access control. The first level is controlled by the operating system under which ETAP is running (Windows 7, Windows 8 and Windows 10). The user must be an authorized user as determined by the operating system administrator.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
ETAP provides the second level of access control by assigning one or more of the ten access level permissions to an authorized user for each individual project. These
access levels are listed in the following table.
Key Highlights
➢ Two level Authentication : Windows as well as ETAP Software ➢ Several Standard users and roles :
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
➢ Can Manage Access for Switching order management and Load
shedding.
➢ Manage Windows users and Assign those specific roles and responsibility.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
6.5. REAL TIME CONSOLE –ALARMS /EVENT/ WARNING FUNCTIONALITY
Alarms represent warnings of field conditions defined in software that could cause problems, and require an operator attention. The objective of an alarm is to indicate
that something has gone wrong, or that a particular stage of value has been reached.
Events represent normal system status messages and do not require an operator response. An event is defined as a detectable occurrence, which may or may not be
associated with an alarm. For example, Event in Industrial automation can be simple logging of Operator with his username to the Real-time application.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Warnings are similar to alarms except that warnings do not have pick delay (seconds) nor require an acknowledgment.
In ETAP Alarms and Warnings are shown in the dock able Alarm Page, where further you can acknowledge, filter and mute the respective alarms. Alarms and warnings
are used in ETAP Real-Time to notify the user of an event of interest that has occurred in the system.
PSMS alarm sequence is a three-tier process: Detection Evaluation Annunciation.
The following three “containers” are utilized to filter alarms through the above
process:
Note that an alarm can only exist in only one container at a given time.
Detection PSMS detects an alarm condition when the measured/monitored values reach
the alarm set point limits as specified in the alarm setup page. If an alarm
condition is detected the alarm becomes active (“ON” state).
Evaluation Depending on the existing alarm states and the alarm settings (i.e. the alarm pickup delay) PSMS performs several checks to evaluate the alarms prior to their annunciation.
Upon detection of an alarm (alarm signal on), PSMS checks all three of the containers
(TD, Alarm, and ACK; see diagram) for a matching alarm type and condition. The following describes the evaluation process of detected alarms: • For alarms detected (alarm signal on) in the Alarm container that are active (alarm
condition exists, alarm not acknowledged), PSMS will bypass the TD container and update the “Current % Value” fields. (The alarm will not be added to the TD
container).
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
• For alarms detected (alarm signal on) in the Alarm container that are inactive
(alarm condition no longer exists, alarm not acknowledged), the status of the alarm is changed from Inactive to Active. (The alarm will not be added to the TD
container; TD container is bypassed). Date, Time and % value fields remain the same as when the alarm condition became true originally and the “Current % Value” fields are updated according to the new alarm value. If Audible / Siren
options are checked a beep / siren is played accordingly.
• For alarms detected in the ACK container that are active (alarm condition exists,
alarm acknowledged), PSMS will bypass the TD and Alarm containers (The alarm
will not be added to the TD or Alarm container). • If the alarm is in the TD container, PSMS will track the alarm pickup delay
expiration time and update the % Value (Note that the expiration time will not be
reset).
• For an alarm that is in the TD container (counting down to expiration), if during
the next scan the state of the alarm is changed to “OFF” (alarm signal off) the
alarm is removed from the TD container and is set to “Free” state.
• If the alarm is not in any of the three containers, PSMS will add the alarm to the
TD container. The TD container will keep track of the expiration time for alarms.
Expiration time is the time delay before the alarm is activated (annunciated).
• If an alarm time delay expires, the alarm is then moved to the alarm container as
an active alarm (see annunciation). If Audible / Siren options are checked a beep / siren is played accordingly. The meter or element in the OLD for which the alarm condition becomes true is displayed in red (or the color specified in the Etaps.ini
file).
Note: Alarms with pickup delays equalling to zero (0) will be treated as
instantaneous alarm (no intentional delay).
Annunciation Annunciation of alarms is the process of posting and acknowledging alarms in Alarm View and ACK View.
Active Alarms
Active Alarms are defined as alarms, which are detected by PSMS (alarm signal ON) and exist in the Alarm and/or ACK containers. Alarms in the TD container (with time
delay) are not considered to be active.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Depending on the selections made for alarms in the Alarm Setup dialog box, PSMS
may also do any of the following:
• Sound a discrete signal (i.e. beep) • Sound a siren (a continuous sound) • Flash the alarmed component
• Automatically display the “Alarm View” window
• Alarm Display Viewer:
• Additionally, all alarm events can be configured to generate an SMS and/or an
Email message. • Within the System Alarm dialog, operators with appropriate permissions can turn
off alarm audible for all alarm conditions. Since all operator audio is managed by the Operating System, the standard OS volume control will allow users to increase/decrease the audio level. The alarm audio is global for all audible alarms.
This is configurable as a .wav file.
Active Warnings Active warning both Local and System warning is defined with the high and low set
points in the Server setting The Local and System Warning can be viewed by clicking on the Warning button
located on the Real-Time toolbar.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Event Viewer The Event Viewer module is a useful tool to display events and alarms on the system.
1. To launch the Event Log, click on the Real-Time Menu and select the Logs and Reports icon.
2. Select the Event Log icon
3. This will launch the Event Viewer
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Note: This functionality requires initial setup of MongoDB and additional software
configuration. Contact your local system administrator to install and configure this function.
Filtering Displayed Based on a Message Column Each one of the columns displayed can be filtered based on specific criteria. Any
column can be filtered based on specific criteria. Note that this only filter based on displayed data. To filter all events, use the Filtering Options.
1. Click on the filter button located on the left side of the column
2. Specify the criteria to sort 3. Click on "Filter" to apply filter 4. Click on "Clear Filter" to remove filter
Query Events Based on time period Events can be filtered by using the filter bar located on the bottom left of the Event
Viewer window
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
1. Select the "From" and "To" dates to specify the time period 2. The Event Viewer window will sort all events based on the selected time range
3. Click on "Execute"
Filter Events using Filtering Options
Events can be filtered by using the filter bar located on the top left of the Event Viewer window
1. Select column(s) to filter and filter rules from Filtering Options 2. Adjust time range if needed from Timeframe
3. Click on "Execute" Filter Events using Filtering Options (Advanced)
Events can be filtered by using the filter bar located on the bottom left of the Event Viewer window
1. Select "Advanced Free Form Filter" 2. Write the script to filter 3. Adjust time range if needed from Timeframe
4. Click on "Execute"
Sorting Events on Event Viewer
Each one of the displayed columns can be filtered by clicking on the column title. Click on column you wish to sort; this will make the column to be sorted ascending
or descending. Any column can be sorted.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Event Viewer can be customized to show or hide all available columns for an event. 1. To show or hide on a column right click on the column title, this will show all
column titles. 2. Select the columns you wish to add or hide. Any column that is checked will
be shown and any column unchecked will be hidden from the window.
3. Click on any record, this will refresh the window with updated selection.
Launch Event Viewer Theme Manager All Event log queries may be stored as a theme. Each one can be loaded using the Event Viewer Theme Manager.
Add Event Viewer Theme Event Log themes may be stored and shown on Existing Themes.
To add a new Event Viewer Theme: 1. Create a personalized configuration (search criteria, columns to show, etc.
using any filter tools) 2. Launch Event Viewer Theme Manager 3. Under Save Current, enter a new name for your filter configuration
4. Include a time range (optional) 5. Click Add
6. New Filter will now display under "Existing Themes" Apply Existing Event Viewer Theme
Event Log themes stored can be launched from Existing Themes. To launch an existing Event Viewer Theme:
1. Select the theme you wish to apply from Existing Themes 2. Click on Apply
Delete Existing Event Viewer Theme
Event Log themes stored can be deleted from Existing Themes. 1. Select the theme you wish to delete from Existing Themes 2. Click on Delete
3. Event will no longer show in "Existing Themes"
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Display Event Viewer Log in Different Time Zone Event Log may be viewed using other time zones other than the local time zone.
1. Select Configuration Tab
2. From the Time zone select the time zone you wish to use 3. Time Stamp column will automatically be updated upon selection.
Export & Print Events from the Event Log
Events displayed on the existing window can be exported as a Microsoft Excel file. To export the file, click on the Export icon on the ETAP icon menu and select a location
where the file will be saved. To print the current view, click on the print button.
Type of data shown as messages in event viewer:
Event Viewer can display different data for every element used in the ETAP project as follows:
Value Change Value change defines the change in any digital tag. This change includes changes
such as change of state for protective devices and digital indicators.
Alarm & Warning Conditions Alarm and warning condition messages are configured through the System Alarm
and Events. There are three different type of messages displayed in event viewer: • Component entered in Alarm/Warning State
• Component left in Alarm/Warning State • Component Alarm Acknowledged by user.
User Logging Event Log keeps track of all users logged into the ETAP system. The following
messages are displayed on Event Viewer
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
• User Login into ETAP Real-Time • User Log out from ETAP Real-Time
Server Messages
Event Viewer also keeps track of the status of the drivers and communication quality from the drivers.
• Driver Started
• Driver Rebooted • Lost communication from driver.
6.5.2. TRENDING
ETAP Trending is an ideal tool for charting and trending Real-Time as well as forecasted information. ETAP Trending allows the user to generate unlimited number
of charts with up to 20 channels of information on each trend. ETAP Trending also has the functionality to display dissimilar electrical parameters (for example MW and Voltage) on the same chart. ETAP Trending will allow the user to view any archived
parameter whether it is electrical or non-electrical on a continuous basis and is updated periodically as new data becomes available.
The Trending Main View is an organized tree list of all the trends that have been
previously created and a list of all meters that can be trended.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
There are three main folders or first level folders in the main view with additional sublevels under each as shown below:
• Trends - Contain a list of all previously created trends on that ETAP console. • Forecasted Meters – Contain a list of meters that have been Forecasted
• Real-Time – List of meters and parameters being monitored and archived
Trending Setup In order to run the ETAP Trending application, no manual file manipulation is required
beyond the configuration of ET Config.
The Trending Main View is an organized tree list of all the trends that have been previously created and a list of all meters that can be trended.
Trend configuration and time settings The trends folders contain a list of all previously created trends on that ETAP console. Measureless trends can be added to the Trends folder by right-clicking on the
“Trends” main folder and clicking on “New”.
In ETAP Trending ribbon, Various option is available as highlighted below Pointer, save option, print preview & Print option, Plot option …etc. as shown below.
Pointer
Print Preview
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The ETAP’s Real-Time User Report application is designed to capable user to design and generate user defined (OnDemand) and automatic (Schedule) reports. To
generate reports, user needs to design Measurement Groups, define report type and templates and then use report viewer to create & display reports.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The user defined reports support the following report types, formats and categories.
Report Types The User Report supports two different report types:
Historical Reports
Historical report will be based on all available values in Historical database with following options:
o User Defined
o Daily
o Weekly
o Monthly
o Yearly
Summary Reports Summary report will be based on all available values in database with following
options:
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
Report Format The User Report supports configurable report format with following options:
o PDF Format (default report format)
o PDF + Excel formats
Report Time Interval
The User Report supports Configurable Time Interval for measurements within: o 5 minutes
o 15 minutes
o 30 minutes
o 60 minutes
Report Category The User Report supports capability to define reports in two different categories:
o OnDemand Reports: These reports will be generated per user
request.
o Scheduled Reports: These reports will be generated automatically
based on report’s Period setting.
LAUNCHING ETAP USER DEFINED REPORTS The user defined reports application can be launched from the real-time toolbar from
the logs and reports section.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The User reports toolbar will appear on the screen when user launches the User
reports application. It has list of options to define period, time interval, format and options to print, save and make modifications to reports.
Period
This is used to display the reports according to selection based on the reports.
Date and Time Selector
This is used to select the from and to times used to view the reports at desired dates
and time. Display
This option is used to display the reports according to the format and time period selected.
Decimal Selection This is used for selecting the number of decimal places the values on the reports will
show.
Time Interval
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
This is used to define the time interval between values shown in the report.
Format Selection This is used to select the format in which the report needs to be displayed.
Save This is used to save the reports in pdf or excel formats.
Print
This is used to print the reports on the user reports application. Page Up and Down
This is used to navigate through pages of the generated report.
Zoom In This is used to zoom in into the reports.
Zoom Out This is used to zoom out of the reports.
Pan This is used to navigate to different areas on the user report application.
Find
This is used to find a particular field in the user reports. USER REPORT TEMPLATES
The user report application can be used to generate the on demand and the
scheduled reports. These reports are listed on the User report applications on left hand side toolbar.
On Demand Templates The on-demand templates can be used to show the historical data and summary.
These are listed on the user reports according to the areas. The areas are defined by the measurement group belonging to that particular area.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
The scheduled reports are organized as daily, weekly, monthly and yearly. They contain the historical data and summary. The scheduled reports are also listed
according to the area in which the measurement group belong.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
7. ETAP ADVANCED DISTRIBUTION MANAGEMENT SYSTEM (ADMS)
ETAP ADMS™ is a combined planning and operation solution to manage, control, visualize, and optimize electrical power distribution network comprising of:
• Electrical Supervisory Control & Data Acquisition (eSCADA)
• Distribution Management System (DMS) • Power Management System (PMS) • Outage Management System (OMS)
Its Scalable and modular solution to manage, control, visualize, optimize and automate utility distribution networks from large cities to rural cooperatives.
Integrated network model for planning, protection, reliability and operations, Intuitive and user-friendly graphical user interface used by Distribution Network
Operators (DNOs), Dispatchers, Planning Engineers, Reliability Analysts and Managers. Advanced Analytics including Distribution State Estimation, Volt/VAR Optimization
(VVO), Conservative Voltage Reduction (CVR), Fault Location, Isolation & Service Restoration (FLISR), Outage Prediction, Load Forecasting, Unified AC & DC Power
Flow, Distributed Generation Modeling, Protection, Load Shedding. Situational Intelligence provides efficient and reliable grid analysis and management during rapidly changing network state. Standardization with majority of industry
applications and easy integration with legacy and third party software.
7.1. ELICTRICAL SUPERVISORY CONTROL & DATA ACQUISITION (eSCADA)
eSCADA provides real-time visualization via intelligent graphical user interface comprising of one-line schematics, substation views, distribution feeder layout,
geospatial diagrams and analytical dashboards.
eSCADA provides real-time visualization via intelligent graphical user interface comprising of one-line schematics, substation views, distribution feeder layout, geospatial diagrams and analytical dashboards.
Project Number: 700-180350 Project Name: Phase One & Phase Two Scada Solution or the “National Command Centre For Palestinian Electricity Transmitting Authority (PETL)”
ETAP Distribution Management System (DMS) is an intelligent and robust collection of GIS based advanced distribution network applications that enhance electric utility performance.
ETAP DMS proactively reduces peak demand, optimizes network assets, while assisting distribution networks deliver electricity more efficiently, reliably, securely
and economically Distribution Management System is built on existing and proven ETAP Real-Time™solution and integrates with GIS, eSCADA, OMS and other applications such
as Automated Meter Reading (AMR), and Customer Information Systems (CIS)
7.3. OUTAGE MANAGEMENT SYSTEM (OMS) Integrated Outage Management System (OMS) and Mobile Workforce Management
(MWM) solutions minimize outage disruption by enabling faster detection and restoration through enhanced situational awareness, automation, and effective use of field crews.
