Explore ETAP Power System Monitoring and Simulation (PSMS™)

Summary

This session showcases the ETAP Power Management System, highlighting its monitoring and simulation capabilities. It demonstrates how digital twin analysis with live data can predict system behavior, optimize operations, and enhance situational intelligence for electrical systems across various industries. The system's scalability and integration with SCADA for real-time monitoring and control are also emphasized.

Takeaways

• 🔌 **Overview of ETAP Power System**: The session provides an overview of the ETAP power system, emphasizing its monitoring and simulation capabilities.
• 🌐 **Digital Twin Analysis**: ETAP BSMS uses digital twin analysis with live data to offer predictive simulation features.
• 🛠️ **Interface with Electrical Devices**: ETAP demonstrates how it interfaces with typical electrical devices to collect live data.
• 📊 **Powerful HMI Views**: Users can create simple yet powerful HMI views to monitor and operate all electrical assets using the digital twin model.
• 🔍 **Situational Intelligence**: ETAP's situational intelligence feature offers high-level insights into the electrical system's state and behavior before operator actions.
• 🔌 **Continuous Evolution of Electrical Model**: ETAP allows for the continuous evolution of the electrical model, enhancing its accuracy and reducing validation time.
• 🔄 **Data Collection Server**: ETAP uses a data collection server capable of handling various communication protocols to interface with electrical devices.
• 📈 **Predictive Simulation**: ETAP's predictive simulation feature uses live data to estimate power flow across the system, including areas without metering.
• 🛡️ **Electrical Validation**: ETAP validates monitored data against the electrical model to ensure accuracy and highlight discrepancies.
• 🔄 **Scalability and Modularity**: ETAP's solution is scalable and modular, allowing for deployment from simple systems to complete enterprise solutions.
• 👥 **User Access Control**: ETAP includes tools for secure access, with administrators able to restrict unauthorized access and limit user roles.

Q & A

What is the primary purpose of the Etap Power Management System?

The primary purpose of the Etap Power Management System is to monitor, operate, and simulate electrical systems for a wide range of mission-critical industries using a digital twin model.

What does the digital twin model in Etap Power Management System offer?

The digital twin model allows users to create powerful but simplistic HMI views to monitor and operate all electrical assets, and it combines the intelligence of the digital twin simulation to reproduce backnotes and analyze events to understand the behavior of the electrical system.

How does Etap BSMS interface with electrical devices?

Etap BSMS interfaces with electrical devices by adding a data collection server that uses existing infrastructure to communicate with devices using common communication protocols such as IEC 61850, Modbus, etc.

What is the benefit of using digital twin analysis with live data?

Using digital twin analysis with live data provides benefits such as situational intelligence, predictive simulation, and the ability to deploy electrical SCADA using the digital twin model, offering unique insights on the state and behavior of the electrical system.

How can the Etap Power Management System be scaled for enterprise solutions?

The Etap Power Management System can be scaled for enterprise solutions with its robust client-server architecture, which enables deployment and support for multiple clients, from dedicated workstations to secure web clients.

What is the role of the Etap Scan Integrator tool in the system?

The Etap Scan Integrator tool is used to create device models that define typical measurements for a device, which can then be linked to all Etap components sharing the same measurements, reducing the time spent on integration.

How does the predictive simulation feature in Etap PSMS work?

The predictive simulation feature leverages online data and the digital twin to create several measurements to estimate the power flow across the rest of the model, including areas where metering is not possible.

What is the purpose of the situational intelligence feature in Etap PSMS?

The situational intelligence feature provides operators with high-level insights into the response of the electrical system before any operator action, helping to improve decision-making and system reliability.

How does Etap PSMS ensure secure access to the system?

Etap PSMS ensures secure access through high availability, integration of secured managed access, and the ability to restrict unauthorized access and limit user roles and actions.

What are the advantages of using Etap PSMS over a typical SCADA system?

Etap PSMS offers advantages such as continuous evolution of the digital twin for improved model accuracy, integration of the digital twin and SCADA solution under one platform, predictive simulation for better insights into system behavior, and tools like situational intelligence for improved operator confidence.

Outlines

00:00

⚡ Introduction to ETAP Power Management System

This section introduces the session, which demonstrates the features and benefits of the ETAP Power Management System (PMS). It provides an overview of the ETAP Power System Monitoring and Simulation (PSMS) solution, including how it interfaces with electrical devices to collect live data and its digital twin analysis for predictive simulations. Additionally, it explains how the system can deploy SCADA through the digital twin model, offering insights into electrical system behavior and situational intelligence for industries like generation, industrial, and transportation.

05:03

🔗 Interface and Scalability of ETAP PSMS

This section discusses how ETAP PSMS interfaces with electrical devices and data sources, such as SCADA and DCS systems, to collect live data. It highlights the system's hardware independence, scalability, and its client-server architecture that allows for enterprise-level deployments. The robust design ensures support for multiple clients across various devices, including web and mobile platforms. It emphasizes security, role-based access control, and the ability to expand features based on site needs, like operator training simulators.

10:06

🔍 Validating and Predicting System Response with ETAP PSMS

This section covers how ETAP PSMS validates digital twin models using live data and predictive simulations. It explains the benefits of leveraging real-time data for estimating power flow in areas where metering is unavailable and validating system behavior. Three scenarios—operation, planning, and switching changes—are explored using online simulation to evaluate the system's response under different conditions. The predictive simulation enables users to preemptively assess potential issues such as overloads or relay coordination failures.

15:06

🚦 Simulating Operational Changes with Real-time Data

This paragraph details demonstrations of various operational changes and their impact on the electrical system. Using real-time data, users can simulate scenarios like increasing loads, taking transformers out of service, or altering switching sequences. These simulations highlight how system overloads, alarms, and coordination failures can be anticipated. Additionally, tools like ETAP’s native HMI generation and visualization modules simplify creating user-friendly interfaces for monitoring and reporting operational data, helping operators manage system events and performance more effectively.

20:07

🔮 Situational Intelligence and System Health Monitoring

ETAP’s situational intelligence feature, powered by its digital twin model, brings SCADA to a higher level by continuously scanning the system’s operating state. The system provides predictive insights, helping operators foresee issues before they occur. This feature identifies areas needing maintenance or upgrades and provides simplified analysis tools to improve decision-making. The digital twin continuously evaluates real-time conditions, aiding operators in understanding the system's health without requiring detailed engineering knowledge.

25:08

✅ Conclusion: ETAP PSMS Benefits and Future Outlook

In conclusion, ETAP PSMS offers unique advantages over traditional SCADA systems. It improves model accuracy through continuous evolution, simplifies debugging, and enhances system reliability by predicting operational problems. The integration of the digital twin and SCADA into one platform provides a powerful HMI for operators. Tools like situational intelligence give operators confidence in their decisions by simulating system behavior before actions are taken, ultimately increasing operational reliability and reducing downtime.

Keywords

💡etat power management system

The 'etat power management system' is the central focus of the video, representing a comprehensive solution for managing electrical systems. It encompasses features that allow for monitoring, operating, and simulating electrical systems across various industries. The system is highlighted as leveraging a 'digital twin model' for continuous improvement and real-time analysis, which is a key differentiator from traditional SCADA systems.

💡digital twin

A 'digital twin' in the context of the video refers to a virtual model of physical assets or systems, in this case, electrical systems. It is used to monitor, simulate, and analyze the performance of the actual system in real-time. The digital twin is integral to the etap power management system, allowing for predictive simulations and situational intelligence, which provide insights into the system's behavior and potential issues before they occur.

💡situational intelligence

Situational intelligence, as discussed in the video, is a feature of the etap system that provides unique insights into the state and behavior of the electrical system. It uses the digital twin model to predict system responses to various scenarios, thus aiding operators in making informed decisions. This feature is depicted as a significant advancement in SCADA systems, offering a level of analysis and predictive capability beyond traditional monitoring.

💡PSM (Power System Management)

PSM, or Power System Management, is a critical component of the etap solution. It involves the use of tools and models to manage and optimize the performance of electrical systems. The video emphasizes PSM's role in deploying HMI (Human-Machine Interface) displays and in integrating with live data for predictive simulations, which are essential for maintaining efficient and reliable electrical operations.

💡SCADA (Supervisory Control and Data Acquisition)

SCADA is a system used for monitoring and controlling industrial processes. In the video, it is mentioned in relation to how etap's power management system can be deployed using a digital twin model, enhancing traditional SCADA functionalities with predictive simulations and situational intelligence. This integration allows for more sophisticated control and analysis of electrical systems.

💡HMI (Human-Machine Interface)

HMI in the video refers to the interface that allows operators to interact with the etap power management system. It is highlighted as being powerful yet simple, enabling users to monitor and operate all electrical assets. The HMI is also noted for its ability to be quickly generated from the digital twin model, reducing the time and effort required to build such interfaces.

💡IEC 61850

IEC 61850 is an international standard for communication between electrical systems. The video mentions that the etap data collection server can handle this protocol, along with others like Modbus, to interface with electrical devices. This capability is crucial for obtaining live data from various devices, which is then used to enhance the digital twin model and power system simulations.

💡Predictive Simulation

Predictive simulation is a feature of the etap system that uses the digital twin and live data to estimate power flows and system responses under different conditions. The video demonstrates how this feature can be used to predict the impact of operational changes, such as taking a circuit breaker out of service or increasing load, thereby aiding in planning and preventing potential issues before they happen.

💡State Estimation

State estimation is a process mentioned in the video where the etap system uses live data and the digital twin to continuously predict the power flow across the electrical system. It is used to identify areas of concern, such as overloads or underperforming equipment, and to provide real-time insights into the system's operation, which is vital for maintaining system reliability and efficiency.

💡RTU (Remote Terminal Unit)

RTUs are devices that interface with sensors in the field to gather data and send it to a central system. The video script mentions RTUs as typical electrical devices that provide live measurements, which are critical for the etap system to function. These devices are part of the infrastructure that the etap data collection server interfaces with to obtain the necessary data for monitoring and simulations.

💡Cross-Reference

In the context of the video, cross-referencing is a method used by the etap system to link the digital twin model to actual physical devices providing live measurements. This process is part of the integration workflow that simplifies the connection between the virtual model and real-world data, ensuring that the system accurately reflects the current state of the electrical assets.

Highlights

Demonstration of Etap Power Management System's features and benefits.

Overview of Etap Power System Monitoring and Simulation PSMS solution.

Interface of Etap BSMS with electrical devices for live data collection.

Benefits and applications of digital twin analysis with live data.

Predictive simulation feature demonstration using digital twin model.

Deployment of electrical SCADA using digital twin model.

Introduction of Situational Intelligence feature for unique insights.

Heat up Power System Management's use of digital twin model across industries.

Continuous evolution of the electrical model with Etap.

Optimization tools like Situational Intelligence and Predictive Simulation.

Getting live data into the digital twin and system operation.

Data Collection Server's role in interfacing with electrical devices.

Scalability of Etap PSMS solution to an Enterprise solution.

High availability and secure access in Etap PSMS.

Powerful tools for interfacing electrical devices to the digital twin.

Validation of the digital twin and predicting system response.

Use of predictive simulation in operation, planning, and switching changes.

Real-time data usage in predictive simulation.

Visualization tools for operators included in Etap PSMS.

Situational Intelligence product's role in enhancing SCADA solutions.

Integration of digital twin and SCADA for improved reliability.

Conclusion on the benefits of Etap PSMS over typical SCADA systems.

Transcripts

foreign

[Music]

thank you for joining this session today

we will be demonstrating features and

benefits of etat power management system

during this session we will provide an

overview of the etap power system

monitoring and simulation psms solution

we will demonstrate how etap bsms

interfaces with typical electrical

devices in order to collect live data

next we will demonstrate the benefits

and some of the applications of using

digital twin analysis with live data

using the predictive simulation feature

we will also demonstrate how an

electrical scada can be deployed using

the digital twin model

and finally we will demonstrate our

situational intelligence feature

providing unique insights on the state

and behavior of the electrical system

heat up power system management

leverages the digital twin model to

monitor operate and simulate for a wide

range of mission critical Industries

like generation industrial

transportation and low voltage systems

using the digital twin model users can

create powerful but simplistic HMI views

to Monitor and operate all electrical

assets

it also combines the intelligence of the

digital twin simulation to reproduce

back notes and analyze events to

understand the behavior of the

electrical system against real-time or

historical operating conditions

features like situational intelligence

provide operators with high level

insights of the response of the

electrical system before any operator

action

first let's take a look on how etap bsmn

solution interfaces with electrical

devices and Enterprise systems bringing

the system from design to operation

one of the major advantages of working

with etap is continuous evolution of the

electrical model allowing The Continuous

life of the electrical model from the

style to operation

it all starts with the electrical model

based on the intelligence invested in

creating the digital twin we will

leverage the model to deploy different

types of solutions for monitoring and

operation

now with the model online

optimization tools like situational

intelligence and predictive simulation

are used to better understand the online

response of the electrical system and

get feedback on how to improve the

electrical model

these valuable insights will help to

develop a far better understanding on

the electrical operation

every time with better understanding of

the behavior of the electrical system

now in the next sections we will take a

look on how we can start to get live

data into the digital twin

the first part of moving from the sign

to operation is understanding how etap

psms will interface with electrical

devices to obtain live data

on a typical site regardless of the

industry there are typical electrical

devices that provide live measurements

examples of this are protection release

power quality meters power meters rtu

just The Mention Of You

in order to interface with these devices

we will add a data collection server

this data collection server uses the

existing infrastructure on the facility

to interface with electrical devices

our etap data collection server is

capable of handling many of the common

communication protocols for electrical

devices

such as IEC 61850 modbus the MP3

Etc

once ETA psms can establish

communication to the devices we can

bring the digital twin model online

etab will read critical measurements

such as power flows voltage currents

Etc

and also critical indicators such as

strip changes in status alarms Etc at

this point Engineers can start using the

digital twin model to run simulations

using live data

additionally

ETA psms can interface not only with

electrical devices but also other data

sources to read critical data for the

electrical operation

examples of these are processes scada

DCS Etc

next from the digital twin model you can

deploy very simple but powerful HMI

displays to monitor the system

additionally operator displays can be

deployed to securely operate the system

note that the psms is Hardware

independent so etab can communicate to

any manufacturer regardless of the brand

Italian psms solution can be scaled to

an Enterprise solution earlier we

demonstrated a simple version to deploy

the system

however this is a solution that can be

scaled to fit complete Enterprise

Solutions

the robust client server architecture

enables deployment and support for

multiple clients

from clients located in dedicated

workstations to secure web clients that

can monitor data from the web or mobile

devices

scalable and modular design allows

application servers to be deployed in

separate machines for large Enterprise

systems

also scalability allows to expand

features with the site needs

for example

a facility can start with just an

operator HMI but later on can add other

features like operator trading simulator

or e-protect solution High availability

allows continued support for a

continuous operation of the system in

the event of a contingency either single

site or through multiple sites

with the integration of secured managed

access administrators can restrict

unauthorized access and limit user roles

and actions

all in order to create secure access

portals for users to monitor their data

portable visualization also allows users

to visualize the digital twin and

Analysis modules on a secure platform

either hosted on site or on the cloud

etap includes powerful tools to help you

interface electrical devices to your

digital twin

on the etab model

we start by identifying points where

live measurements are available

in this example we indicate the

electrical model that at this location

we have a device that can provide online

measurements like power status

indicators alarms Etc

the etap scan integrator tool allows you

to create building blocks called device

model

to Define typical measurements for a

device

you can link the device model to all

etab components sharing the same typical

measurements

using this type of integration

it reduces the amount of time spent on

integration

the etap scan integrator now has a cross

reference between an electrical

component modeled on etap to an actual

physical device providing live

measurements

in this demo we cannot serve the

electrical model is now reflecting the

areas where live measurements are

available

this is the same model that was used for

power system analysis the difference

that on this model we have included all

metering components to reference where

live measurements are available

every component is also modeled to a

voltage in current source to better

represent the power flow

on the scav integrator tool we can see

every component listed here

additionally in the device model section

you can see all the building blocks for

all the typical devices used across the

site for example on this demo I have

listed all the protection relays power

quality meters rtus that can provide

data we can see that for this typical

relay I have added all power

measurements breaker status

and relay alarms

each device model is linked to all the

components in the electrical model using

the same characteristics

once Anita component is linked to a

device model

then the etab scad integrator will

dynamically create tags

this workflow

makes the process of integration very

simple and fast because every component

is linked to a live measurement already

modeled on the digital twin

now after the database is complete we

can now go online

in this section we will take a look on

validating the digital twin and also

predicting system response

predictive simulation feature

psms will increase the visibility by

leveraging online data and the digital

twin in order to create several

measurements to estimate the power flow

across the rest of the model including

areas where metering is not possible

Additionally the ETA psms will validate

monitored data versus the electrical

model

this is one of the advantages of using a

digital twin solution this will bring to

light any discrepancies between the

digital twin model against operating

conditions

this will also validate the quality of

all measurements

an electrical perspective

in this demo we can see the electrical

model now displaying data from all

electrical devices with live

measurements

now since we have live data and an

electrical model with nominal data

impedances ratings typical loading Etc

itapsms can predict the power flow

across the rest of the model

these new measurements displayed in red

indicate the estimated power flow where

metering is not possible

the state and load estimation feature

will predict these measurements across

the model

Additionally the electrical validation

tool allows to validate light

measurements versus the electrical model

this helps to bring to light any

discrepancies for example issues where

the model component does not reflect the

ask build or the operating ratings

creating a deviation between the

predictive power flow

this will also help to continuously keep

the electrical model up to date to

reflect the as operating conditions

predictive simulation you can also

evaluate the behavior and response even

different conditions

let's take a look at three common

scenarios where you can use online

simulation in the areas of operation

planning and switching changes

in operations we can evaluate the

changes of taking a critical circuit

breaker out of service

and see how it affects relay

coordination

for planning we can evaluate what is the

effect of increasing the load this could

be because of operations requires

certain increase of loads to a

substation due to changes in the process

where there are changes in the

electrical process

another scenario is evaluating the

effects of switching sequences

this could be switching from a servicing

bus from A to B or taking a circuit

breaker out of service we would like to

evaluate how this is going to impact arc

flash values

with the predictive simulation running

with online data

ETA takes a live snapshot of online

conditions such as circuit breaker

status operating load and generation

both voltages and other measurements to

the analytical engine

then users can take this online snapshot

to create changes

with the digital twin

this is now where users can create

scenarios for changes with online

conditions to run the simulation

finally users can evaluate the result of

the simulation and take action

based on the predictive simulation users

can determine if the action may cause an

undesired behavior on the system

predictive simulations are available on

any of the etap simulation modules using

either real-time data or historical data

next I will make a demonstration on how

real-time data can be used on predictive

simulation

in etap we create side-by-side views

showing online presentation and

assimilation presentation

note that you can run any simulation

module using etap real-time data or

historical data in this demo we have one

line view on the left side and a

simulation on the right side

in this demo we can also evaluate what

is the effect of suddenly taking the

generator out of service

next I will go ahead and open the

circuit breaker of the generator and run

and load load simulation

we can observe that taking this action

will cause alarms as you can see from

the alarms the Transformer xt2 will be

overloaded

on another demo we can evaluate the

certain increase on the amount of a load

due to changes in the operation

for this I will enter the new value

and run the simulation

as you can see increasing the load at

this location is also going to create

additional events in this case it will

overload Transformer xd1

on another demo we can run a transient

stability study case to observe how does

it affect coordination on Breakers

on this scenario using live condition we

will simulate the trip of a circuit

breaker of a tie circuit breaker after

100 milliseconds

as you can see this also causes the trip

circuit breaker to A1 because of another

current

last on this demo we cannot serve the

changes of doing a switching sequence

in this demo we're taking down a

transformer for maintenance using

real-time conditions then we evaluate

each step and observe any alarms

generated

from this simulation we can see that

this action causes multiple overloads on

the system

in addition to the electrical validation

and predictive simulation features

etap psms includes visualization tools

for operators

etap includes native tools that allow to

convert etap model to an HMI page this

is a great tool to save time building

hmis

one major advantage is a drastic

reduction on the number of animations

and calculation tags required

from etap you can export your model and

quickly create HMI tools

this will help to reduce the time

invested on animations required to

display the correct color for

advertisation by using the etap model

the etap HMI engine uses the same

switching device continuity coloring

just like etap therefore if an element

is energized in etap it will also show

generalized in the etap HMI in addition

user defined custom summary views for

monitoring can be generated

these are particularly useful if you

want to have detailed views for specific

electrical components

in addition

user-defined custom summary views for

monitoring can be generated

these are particularly useful if you

want to have detailed views for a

specific electrical components in this

example we can see how you can create a

dedicated pop-up for an equipment and

include additional critical data from

the systems such as phase measurements

alarm critical alerts from the equipment

my viewer includes powerful

visualization and Analysis tools

HMI clients are supported either as a

standalone or web HMI clients

alarm and notifications in case an event

is detected or measurements operating

outside of a normal range custom reports

can also provide additional operational

data

for example you can use the reports to

evaluate the energy usage per operating

process in an electrical system to

evaluate their efficiency similarly

Trends can be used to view changes over

time of critical measurements for

example changes on the power factor over

the main lines to evaluate the operation

efficiency in this demo we can see the

HMI Standalone client displaying summary

views in addition navigation bars are

implemented to make easy to find any

page web HMI clients provide the same

portability using HTML5

also any alarms or event processed by

the etap psms server are also visible to

the clients either Standalone or web

user report features allows to create

quick reports to visualize past behavior

on devices in this demo we are

generating a quick report to get the

feeder load sampled every 5 minutes for

a particular substation

our Trend tool also allows to create

quick Trends to visualize past behavior

for equipment

in this case I'm adding a new trend for

a motor

and I'm also adding all of the critical

measurements that I need to analyze

next I would like to show you the etap

situational intelligence product

ESI is the intelligence behind the etap

scada solution

whether a site is a new Greenfield

implementation or is already in

operation

itapsi brings the scada to the next

level by bringing new information not

offered on a typical scada

situational intelligence will

continuously scan the operating state of

the system by integrating with ETA power

system monitoring

it will predict and identify areas

before the operator takes any action

these insights will help the operator

confidence to take actions because we

already know how the system will behave

additionally

ESI can provide unique insights about

your system highlighting the problem

equipment than areas of the network

which could benefit from maintenance and

upgrades

this product is a multi-product

integration aimed to provide a

continuous system evaluation and provide

a simplified and easy to read analysis

the heart of the situational

intelligence product is the etap digital

twin which is the digital representation

of the electrical equipment in the field

State and load estimation is used to

analyze and estimate real-time operating

conditions throughout the entire system

using predictive simulation feature we

identify each electrical analysis that

will need to be evaluated for example we

can use low flow to continuously

evaluate a certain increase of load

or strength and stability to

continuously evaluate the system

response against the start of a very

large motor

scheduled scenarios are used to list all

predictive simulations that will be

running continuously

this is scheduled scenarios will

continuously run each configured

predictive simulation to proactively

identify how the system will behave if

certain events or action will occur

finally the results are displaced and

accessed using etap web HMI client

making it easy to visualize system

response before any action is taken

note that these visualizations are

provided in a way that operators can

easily read and identify the effects of

certain events of the system without

detailed engineering analysis

now let's take a look at this demo this

digital twin model is already enhanced

by adding meters to reflect all

locations where live measurements are

available

as soon as I'm online you can see the

state estimation feature using the

digital twin model and live measurements

to continuously predict the power flow

across the rest of the model

State estimation also creates additional

notifications in areas where the

estimated power flow is operating

significantly outside the nominal range

this intelligence alarm consider the

digital twin model and live measurements

to provide insights on the health of the

operation

this is a very unique feature not

available on a typical scada system

now I will go to the simulator mode and

create the scenario

I predefined a scenario to isolate a

critical Transformer this section is

where I will Define all of the critical

scenarios that will require to be

evaluated continuously

then using the etab web client all

scenarios are added and configured to

run periodically here they are running

every three minutes against real-time

data

after this setup my etab web clients can

now visualize the results for all

scenarios configured

web clients are presented to operators

so they can easily evaluate the results

of all predefined predictive simulations

originally created by the electrical

engineer without requiring detailed

analysis

using situational intelligence web

client users are presented with a high

level summary of the results indicating

the health of the electrical system

they can also pre-validate the system

response to an action to be performed

in this demo we can observe the view of

the etap web clients

for each predictive simulation schedule

I will navigate to my alerts section you

can see which scenarios will lead to

alerts for example here the isolation of

Transformer t47 has no alerts but if I

start a large Crusher motor I will have

critical alerts

and here if I SLA Transformer t67 I will

have marginal alerts

with this information it is clear to the

operator that they should not perform

certain actions without consulting an

engineer to make sure that the system is

going to behave correctly

in conclusion

etap psms offers many benefits not found

on a typical scada

The Continuous evolution of the digital

twin allows to improve model accuracy

and reduce validation time this also

makes it easier to debug the electrical

system

the integration of the digital twin and

scada solution under one platform makes

the deployment of a simple but powerful

hmis for operators using

state-of-the-art tools like scada

integrator

the ability to predict and resolve cause

of operation problems helps to increase

the reliability since Engineers have a

better insights about the behavior and

response of the electrical system using

real-time or historical conditions

and finally the integration of tools

like situational intelligence help to

improve the system confidence for

operators to make decisions with better

confidence understanding the potential

response of the system to any action

they take

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