alstom grid - technical institute - knowledge and design courses brochure gb

8/2/2019 Alstom Grid - Technical Institute - Knowledge and Design Courses Brochure GB

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To optimize your electrical installation you can limit productionoutages, improve power quality and better manage disturbancesknowledge of electrical design is needed, but an understanding

KNOWLEDGE &

DESIGN


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32 I Global Train ing Offer

To meet your installation needs, including new installations and/or

Institute proposes training courses that cover:

Alstom Grid Technical Institute ensures the most effective training

methods for its clients. This is done by providing the technical exper-

tise to the trainee in a progressive way. Here are the steps we

suggest:

e-Learning is proposed to the trainee at the discovery phase. This

way of training allows the learner to acquire the fundamentals and

-

gram over a variety of modules. It can be covered in a couple of

Technical Seminars

topic, in order to deepen and/or update his knowledge.

Installation Design courses offer the possibility to understand the

installation operation principles, even at a downgraded mode, in

relation with the standards and rules.

Network Operation courses are designed to help the trainee reach

an advanced stage of knowledge that will allow them to go beyond

installation and substation expertise and to acquire a global view on

the network operations.

process!

installation.-

operating procedures, to create and deliver customized teaching mate-

rial that will optimize the competencies of your personnel.

Whatever training curriculum is chosen, the trainee will be sensitized

to normal and fault conditions of network and installation operation.

We are convinced that after our training the trainee will better analyze


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Global Train ing Offer I 33

PROFILES AUDIENCE LEARNING PATH DURATION

PRICE

PREREQUISITES TRAINING NEXT STEP

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT

Contact us

17 modules 1h

33003200

100% Theoretical

Basic knowledgein electricity

All persons wantingto start learning aboutthe principles ofthe transmission network

Dates & Place

Anytime, anywhere, as long as you haveinternet access

Possibility to do this training course on yourown site and at your own convenience

Exchanges with an experienced tutor

Assess and train newcomers

Improve and homogenize team

Share technical issues and referenceswithin multi-disciplinary or multi-siteteams

Self-assess knowledge acquisition

through quizzes during the learningprocess

Understand the transmission network

growth and operating conditions

Understand the various technologies

elated to substation equipment

Characterize the various structures and

aster the substation operating

conditions

Interconnection timeline

Organization & network operator

Energy exchanges & management

HV substations

Power transformers

HV Circuit breakers

HV disconnectors & surge arresters

HV GIS

HV substations structure & diagrams

Step-up substations

HV interconnect & transformer

substations

reliability

Instrument transformers

Protection & control

Auxiliary services

Sizing

Construction

Available assessments

Easy user navigation

Various interactive learning activities

Online dictionary on transmission

and distribution

3200


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PRICE


DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT

Contact us

15 modules 1h

32003200Basic knowledgein electricity

3300

100% Theoretical

All persons wantingto start learning aboutthe principles ofthe distribution network

Dates & Place



Exchanges with an experienced tutor

Assess and train newcomers

Improve and homogenize team

Share technical issues and referenceswithin multi-disciplinary or multi-sitesteams

Self-assess knowledge acquisition

through quizzes during the learningprocess

Understand the evolution in time,

he constitution, and the role

of distribution networks

Understand the various technologies

associated with the components

of the network

Characterize the various structures

and to index the distribution layouts

Distribution in the electrical network

The people involved in deregulation

Constitution of the distribution network

Transformers

MV switchgear

Associated equipment

Topology

Overhead and underground networks

MV wiring systems

Overcurrents

Neutral systems

Earthing connection diagrams

Architecture & voltage levelsPower supply sources

The railway electrical network

Available assessments

Easy user navigation

Various interactive learning activities

Online dictionary on transmission

and distribution

3300


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PRICE


DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT


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3 - 4 hours

4111

100% Theoretical

None

Anyone who will beworking with an EnergyManagement Systemin the Electric PowerGeneration, Transmission,or Distribution industries


Dates & Place


students will be able to describe electricpower and the grid, power systems,transformers, frequency, phase, electricalregions (islands), power pools, powerin electricity, contributing factorsin the development of the electric gridin North America, events that triggered

the need for an energy managementsystem (EMS), power systemconnections, operating area, controlcenters, SCADA, power systemprotection and dispatcher training

Student quizzes

Introduce students to an overview

of electric energy, the power grid, and

he management of electricity through

an Energy Management System

Review electricity and a physical

electrical system as well as the

onitoring and control of such a

ystem through an Energyanagement System deployed from

a respective system control center

Electricity and electric power systems

in North America

History of the electric grid in North

America

Managing the grid

Generation control centerTransmission control center

Distribution control center

Energy control center

Dispatcher training center

Engineering and planning

4111


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PRICE


Contact us

2 days

GEE002

100% Theoretical

None

Management and staffknowledge of powersystems in the electricenergy domain

MANAGEMENT

Contact us

Dates & Place


Exchanges with an experienced trainer

participants will be able to understandthe high-level power system componentsand interactions within the electricenergy industry

Managers are expected to becomfortably conversant in this industry

and be better equipped to make moreinformed decisions

Staff members completing this courseare expected to have the requiredknowledge to better contribute and bemore informed in workplace situations

Give an overview of the electrical

ower network from its generation

o its distribution (primary functions

of power system components)

Explain some aspects of regulation,

deregulation, trading, safety and

environment of the electrical energy

ndustryDescribe the principles involved

n operation of interconnected power

ystems, economic considerations

or interchanging power between

ystems, control methods,

and reliability considerations

Discussions on the electrical energy

industry, including renewable energy

The societal impact of blackouts

The environmental impact of

generating electricity and its economic

considerations

Aspects of policies and their

implicationsIn-depth look at generation,

transmission, distribution and their

interdependencies

Electrical Energy Essentials

GEE002


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PRICE



Contact us

2 days

GEE004

100% Theoretical

Basic knowledgeof electricalengineering

Engineers and managersinvolved in protectiontechnology

MANAGEMENT

Contact us



participants will be able to understandthe high-level power system componentsand interactions within the electricenergy industry

Participants will have the requiredknowledge to really improve their

contribution in their work

Refresh and update the trainees

nowledge about electrical engineering

Basic power systems technology

Three-phase current network

Capital assets characteristics

Energy transference in the three-phase

current network

Short-circuit

Physical phenomena

GEE004

Dates & Place


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Contact us

PRICE

PREREQUISITES TRAINING NEXT STEP 2 days

GEE007

100% Theoretical

None

Management and staffhaving a high-levelknowledge of situationawareness in controlcenters

MANAGEMENT

Dates & Place

Contact us



participants will learn in detail themethods of voltage control and reactiveplanning in transmission networks

Give a comprehensive overview

of voltage stability problems

Teach methods to effectively address

hese problems in the planning,

design and operation of electric

ower systems

Introduction and basic concepts

ystem stability

Conceptual relationship between power

ystem stability, security and reliability

Review of the concepts of active power

and reactive power

An elementary view of the voltage

stability phenomenon

voltage stability

Synchronous machines

Excitation systems

AC Transmission

Power system loads

Control objectivesProduction and absorption of reactive

power

Methods of voltage control

Principles of reactive compensation

in transmission systems

Static and dynamic compensators

Typical scenarios of voltage instability

Long-term voltage instability

Short-term voltage instability

GEE007


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PRICE


DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT


2 days

PROG004PROG001

100% Theoretical

Persons attendingthis course musthave a basicunderstandingin electrical theory

People with little orno previous experiencein protection



the participants will be awareof the protection principles neededto understand system requirements

to maintain systems

a minimum of electrical theory

Provide a basic understanding

of the application of protection

o systems and plant, such as lines,

ransformers, generators & motors

Protection fundamentals

Basic application principles

Introduction to overcurrent protection

Differential protection

Generator protection

Protection

PROG001

Contact us

Dates & Place

PROG001


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PRICE

PREREQUISITES TRAINING NEXT STEP 1 day

PROG004PROG011

50% Practical

50% Theoretical

Basic understandingof electricalprinciples andassociatedmathematics

Engineers/technicians,commissioning/testengineers

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Contact us

Dates & Place



participants will have a betterunderstanding of grid connection& islanding protection relaysand their settings

Will get ideas on basic commissioningprocedures and operation of grid

interconnection relays

Understand grid connection protection

G59), environment and context

Grid connection protection overview

protection relays and their settings

Alstom Grid solution presentation

Introduction to grid connection

protection MiCOM P341

MiCOM P341 basic commissioning

procedures and operation

PROG011


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Contact us

PRICE



3 or 4 days

D21022112

40% Study case

60% Theoretical

2-year universitytechnologicaldiploma orcompletion

Engineers and techniciansinvolved in the design,maintenance andoperation of MV industrialinstallations

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Contact us

Dates & Place



Customize the solutions fortroubleshooting (malfunctioning and/orextensions

Design a MV electrical installation

Estimate the value of short circuit

currents

Select the appropriate switchgear

Select the appropriate electrical

ductwork

Installation standards

List of equipment used, power balance

election of power supplies: normal,

ubstitute emergency

Selection of neutral point connection

Motors

Distribution networks, transformers,

generator set

Three-phase short-circuit at one point

on the network

Two-phase short-circuit

Isolator switch, load break switch,

contactors fuses, Circuit breakers

Steady state operating conditions,

transient operating conditions

Connection to the grid, compensation

for reactive energy

Structures, neutral point connection,

earthing faults

Protection systems, selectivity: current,

time delay and logic relays

2112


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Contact us

PRICE


TIR0663601Working in aT&D environment,and/or with adegree in ElectricalEngineering or

equivalent

4213

100% Theoretical

Engineers involvedin the design andapplication of transmissionnetworks

Graduate engineersentering the industry

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Contact us

Dates & Place



The participants should gain from thecourse an increased level of knowledgein the design and application oftransformers in both transmissionand industrial application

A wide overview of what powertransformers are today and what the

future will be through new solutionsOne year access to S3601 e-Learning

training programs accessible 24/7through our LMS (if required)

Become conversant in the

undamentals of transformer

design, and their application in

ransmission systems and industrial

applications

Principles, Core, Windings, Losses

Cooling modes

Stresses and failure modes

OLTC, OCTC, Vacuum interrupter

ap-changers

Delta, Star, Zigzag

Tanks, Conservators, Bushings, Cable

boxes, Current Transformers,

Dehydrating Breathers

Buchholz relay, PRV, Sudden pressure

relay, OTI, WTI

Oil quality tests

DGA

Core, Windings, Bushings and

the other accessory assembling

Phase Shifting Transformers

HVDC Transformers

Shunt and Smoothing Reactors

Trackside Transformers

Continuously Emergency Rated (CER)

4213


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Contact us

PRICE



1 day

3601Electrotechnicalfundamentalsand grid protection

5312

20% Study case

80% Theoretical

M5313

3601

Consulting and protectionengineers and technicians

technicians

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Contact us

Dates & Place



Whatever the size or design, currenttransformers, voltage transformers,and combined current-voltagetransformers are the essential linkto the safety of your network, and thistraining will open up theirs secrets

Understand instrument transformers,

heir technology and environment

Optimize their integration

n the HV and MV networks

Specify and select the appropriate

olutions in instrument transformers

Current Transformers CT

Voltage Transformers VT

Combined Metering Units CMU

Capacitor Voltage Transformer CVT

Paper-oil insulation

Resin insulation

6

insulation

Current transformer: nominal ratio,

short circuit current, accuracy class and

burden, transient performance

Inductive type voltage transformer:

nominal ratio, accuracy class and

burden, thermal power

Capacitor voltage transformer:

nominal ratio, accuracy class and

burden, thermal powerSpecial site & environmental conditions

Instructions for erection &

commissioning, recommendations

for maintenance, accessories

5312


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PRICE


3601M5313

100% Theoretical

5312

3601Basic knowledgein electrotechnical

Consulting andprotection engineers

Project managers

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Dates & Place

Contact us



The reduced size and weight areinstrument transformers

Easy placement in compact substations

Its broad dynamic range makes itparticularly suited for applications

where extreme accuracy at both fullpower output and station service drawis demanded

It is the future ready solution for HVnew approach of the instrumenttransformers use

Understand Digital Instrument

ransformers, their technology and

environment

Know on products main

characteristics and advantages

Discover possible applications

n existing or future networks

Operation principles of DIT and new

level of accuracy

61850-9-2 standard protocols

for communication between IT

& electronic device

Technology comparison with

conventional equipmentPerspective for HV and UHV networks

Transformer

Merging Unit

M


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PRICE



2.5 days

32005503

100% Theoretical

Working in a T&DenvironmentIt is recommendedto have a degree inelectrical engineeringor equivalent

Engineers involved inthe design and applicationof transmission networksand graduate engineersentering the industry

DESIGN

OPERATION

Contact us

Dates & Place



between High Voltage networkparameters and the associated keyswitchgear parameters in the

Become conversant in the

undamentals of High Voltage Circuit

reakers

Know the main elements of switchgear

design, construction and testing

Symmetrical/asymmetrical conditions

Arcing

Transient phenomena

and Interrupter Design

Air and Oil

6)

Interrupter principles and types

Mechanisms

Dead Tank and Live Tank (AIS)

Gas-Insulated Switchgear (GIS)

Mixed Technology Switchgear (MTS)

Capacitor switching; reactor switching

Point on wave switching

and Interpretation

List of testing according standards

Time based

Condition based

Monitoring devices

Test results

5503


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Contact us

PRICE


2 days

3200

3601

9103

100% Theoretical

Working in a T&Denvironment as wellas power plantsIt is recommendedto have a degree inElectrical Engineering

or equivalent

Engineers involved in thedesign and application ofgenerator Circuit breakersand graduate engineersentering the industry

DESIGN

OPERATION

Dates & Place

Contact us



The trainee will get a clearunderstanding of the interest andbehavior of generator Circuit breakersinvolved together within power plants

Become conversant in the fundamentals

of the main equipment operating with a

generator Circuit breaker

General & Introduction

Standard

Basic application

Product Range

Short circuit Requirements

Basic Theory

Types

Application

Characteristics

Short circuit Parameters

Transient Recovery Voltage

Out-of-phaseDelayed current Zero

Introduction

Explaining the Technology

Tap changers

Natural frequency

Synchronizing PrinciplesPrinciples of AVRs

Generator Speed Control

Generator Protection

Need for protection

Typical protection schemes

9103


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Contact us

PRICE


DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT


3 days

3200001

100% Theoretical

and/or experience inpower electronics

Power transmissionand distribution engineers

Contact us

Dates & Place



transmission

Awareness of HVDC technology andapplications

Technical understanding of HVDCequipment

Company with many years of experiencein the area

Describe the development and

undamentals of the HVDC converter

equipment

Describe HVDC converter schemes

equipment

Introduction to HVDC

HVDC Single Line Diagram

Introduction to HVDC Thyristor Valves

HVDC Thyristor Valve Components

Insulation Coordination

Overview of Digital StudiesControl and Protection of HVDC

Systems

HVDC Controls

Station Civil Engineering

001


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PRICE


PROG004PROG002

100% Theoretical

Persons attendingthis course musthave a reasonableunderstandingof electrical theory

Engineers/managers whoalready have experiencein protection principles,but want to expand/update this knowledgein the area of distributionand generation powersystems

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Dates & Place

Contact us



On completion of the course, traineesof the aspects of protection coveredduring the course to enable them toprotection engineers concerning thosesubjects

Gain a comprehensive understanding

of the principles of selection and

application of the most common types

of protection found in distribution:

V/LV networks for Oil & Gas,

etroleum Company, steel,

ining & metal industries

Detailed overcurrent grading/

co-ordination

Pilot wire differential protection

Power transformer protection


Motor protection

Busbar protectionCurrent transformer requirements

for protective relaying

Protection

PROG002


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PRICE



5 days

PROG004PROG003

100% Theoretical

Persons attendingthis course musthave a reasonableunderstandingof electrical theory

Engineers/managers whoalready have experiencein protection principles,but want to expand/update this knowledgein the area of generation,transmission anddistribution power systems

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Dates & Place

Contact us



sustain the success of your businessand morale

knowledge

Reduce your maintenance costs

and down timeHandle your system operations

effectively in all situations

Focus on distribution, transmissionand sub-transmission power systemsfor our utility customers

Gain a comprehensive understanding

of the principles of selection and

application in the most common types

of protection found in distribution,

ransmission and sub-transmission

ower systems


co-ordination

Pilot wire differential protection

Power transformer protection

Distance protection

Busbar protection

Current transformer requirementsfor protective relaying

PROG003


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Contact us

PRICE

PREREQUISITES TRAINING NEXT STEP 4 weeks

PROG004

100% Theoretical

Engineers who wantto work in the protectionindustry

It is recommendedthat people attendingthis course haveat least a degree inelectrical engineering

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Dates & Place

Contact us



the participants will have a betterunderstanding of protection principlesand application

in electric system operations andprotections

Teach aspects of protection for

applications with a more analytical

approach than the basic course

Cover fault analysis techniques and

application considerations for feeders,


Address the principles of selection

and application for the most commonypes of relay found in transmission

ystems

Provide presentations and worked

examples on distance protection,

usbar protection, auto-reclosing

and system stability

Basic commissioning and maintenance

echniques

Basic fault calculations

procedures of:

Motor protection


Transformer protection

Busbar protection

Distance protectionDistance protection schemes

Fault analysis tutorials

generator and distance protection relays

Protection for all voltage levels relays

PROG004


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PRICE



3 days

PROG006PROG005

100% Theoretical

Reasonableunderstandingof electricaltheory

Engineers who wishto gain more experiencein protection setting& application oftransmission protection

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Dates & Place

Contact us




knowledge




Gain knowledge to choose the suitablerelay to match your system parameters








procedures of:

Motor protectionGenerator protection


PROG005


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Contact us

PRICE

PREREQUISITES TRAINING NEXT STEP 1.5 day

PROG007PROG006

100% Theoretical

PROG005Reasonableunderstandingof electricaltheory

Engineers who wishto gain more experiencein protection setting &application of transmissionprotection

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Dates & Place

Contact us




knowledge



effectively in all situation

Worked examples for betterunderstanding


and application in the most common

ypes of relay found in transmission

ystems

Give presentations and worked




Application principles and setting

procedures of: distance protection,

distance protection schemes

Auto-reclose on Distribution Systems

Auto-reclose on Transmission Systems

System Stability

Application principles and setting

procedures of busbar protectionApplication examples and tutorials

PROG006


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PRICE



4 days

PROG007

100% Theoretical

PROG006Persons attendingthis course musthave a reasonableunderstandingof electrical theory

Delegates who requiremore tutorial timeon fault calculations andapplication of overcurrentrelays, together withknowledge of basic relaytesting

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Contact us

Dates & Place




knowledge




Analyze fault and grade overcurrent

Teach Basic commissioning techniques

Test overcurrent, differential, motor,

generator and distance protection

elays


coordination tutorial

Basic commissioning and maintenance

techniques

Hands-on testing of overcurrent,

differential, motor, generator

and distance protection relays

PROG007


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PRICE


PROG007PROG008

100% Theoretical

Reasonableunderstandingof electricaltheory

Engineers who wishto gain more experiencein protection setting &applications oftransmission protection

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Contact us

Dates & Place




knowledge


and down time, handling your systemoperations effectively in all situations

In one week, participants willunderstand the full range of protections




Cover fault analysis techniques

and application considerations for

eeders, transformers, generators &

otors

Address the principles of selectionand application in the most common


ystems

Give presentations and worked





procedures of:

Motor Protection

Generator ProtectionTransformer Protection

Distance Protection

Distance Protection Schemes

Busbar Protection

PROG008


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PRICE



2 weeks

PROG009

100% Theoretical

Basic knowledgeof electricityand associatedmathematics

Engineers who wishto gain more experiencein protection setting& applications andadditional tutorialson fault calculationsand application ofovercurrent relays,

combined with knowledgeof basic relay testing

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

Dates & Place

Contact us




knowledge











and application in the most common


ystemsGive presentations and worked




Analyze fault and grade overcurrent

Teach Basic commissioning techniques

Test overcurrent, differential, motor,

generator and distance protection

elays


procedures of:

Motor protection



Distance protection

Distance protection schemes

Busbar Protection

Fault analysis tutorials

coordination tutorial

relays

PROG009


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PRICE


PROG012

100% Theoretical

Knowledge andunderstanding ofMV or HV electricalnetworksElectrotechnicaland mathematical

basis Technicianor engineer level

Maintenance andcommissioning engineers,especially those involvedwith protective relays

Protection engineers,protection designengineers

Project manager

DESIGN

INSTALLATION

MAINTENANCE

MANAGEMENT

Contact us

Dates & Place




knowledge

The participants have increased

understanding of protection principlesused on industrial, distribution,generation or transmission system

to maintain their system

Understand the protection schemes

of industrial, distribution, generation

or transmission electrical networks

Understand digital control system

or MV/HV substations

Electrical network topology

Electrical substation type & topology

Basic principles of protection schemes

Earthing mode/Short circuit current

and fault calculation

Overcurrent protection/directional


Line protectionDistance protection

Differential protection

Motor protection


Busbar protection

Current transformers, voltage

transformers

Application examples for the

Introduction to digital control system

PROG012


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PRICE



5 days

PROG014PROG013

100% Theoretical

Knowledge andunderstandingof HV and EHVtransmission networksElectrotechnicaland mathematical

basis Technicianor engineer level


Protection engineers,protection designengineers

Project managers

DESIGN

INSTALLATION

MAINTENANCE

MANAGEMENT

Dates & Place

Contact us



the success of your business byand morale

knowledge

The participants gain increased

understanding of protection principlesneeded to understand HV systemrequirements

to maintain their system

Understand the key principles

of protection in HV and EHV

ransmission networks

relays use

Short circuit currents

Power transformers and transformer

feeders protection

Line protection principles

Distance protectionTele-action schemes

Line differential protection

PROG013


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PRICE


PROG015PROG014

100% Theoretical

PROG013Knowledge of HVand EHV transmissionnetworksElectrotechnicalMathematical basis

Technician orengineer level


Protection engineersProtection design

engineersProject managers

DESIGN

INSTALLATION

MAINTENANCE

MANAGEMENT

Contact us

Dates & Place




knowledge

The participants will attain a high level

of understanding in HV/EHV systemprotection schemes

The participants become able to realizescheme

Enhance the trainees knowledge

and understanding of HV and EHV

ransmission network protection

rinciples

Topology and architecture of power

transmission and distribution networks

Advanced module on power

transformer protection

system (breaker failure, recloser,

check-synchro, power swing, fault

locator, fuse detection, CT & VTsupervision, trip circuit supervision)

Busbar protection Busbar differential

schemes

Earthing systems

Advanced module on short-circuit

currents

PROG014


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PRICE



5 days

PROG015

100% Theoretical

PROG013

PROG014Knowledge of HVand EHV transmissionnetworks

Electrotechnicalmathematical basisTechnician or engineer level


Protection engineersProtection design

engineersProject manager

DESIGN

INSTALLATION

MAINTENANCE

MANAGEMENT

Contact us

Dates & Place




Set up expert knowledge in yourcompany

The participants reach an expert level

on understanding and buildingHV/EHV system protection schemes

The participants can realize an optimal

The participants learn how to put intoscheme

Gain a global understanding

of phenomena and constraints

ransmission network protection


Selectivity, protection grading

Power system stability, auto-reclose,

load shedding

Current Transformers & Voltage

Transformers

PROG015


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PRICE


5 days

GEE003

100% Theoretical

Basic knowledgeof electricityand associatedmathematics

Engineers who do nothave a backgroundin electrical engineeringbut are working, or areassociated with, theelectrical power industry

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT

Contact us

Dates & Place



managers are expected to becomfortably conversant in this industryand better equipped to make moreinformed decisions

Staff members completing this courseare expected to have the required

knowledge to better contribute,be more informed and improve theircontribution in the workplace

Describe the electrical power

etwork or grid from the generation,

ransmission and distribution

Gain further knowledge

and its components

Gain in-depth knowledge

of the electrical power systemoperations

Cover the economic aspects

of the electricity industry such as

deregulation and trading

The growth of electric power systems

in the industry

Components of power systems

Environmental impact of power

systems

Series of impedance of Transmission

Capacitance of Transmission Lines

Current and Voltage of TransmissionLines

System modelling and network

calculation

Economic operations of power systems

Automatic control

System protection

Power system stability and power

quality

Interconnection failures and blackouts

Deregulation and power trading

GEE003


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PRICE



Customized

003

50% Theoretical

50% Practical

Basic knowledgeof computer science

Personnel in chargeof maintenance andmaintenance engineers

MAINTENANCE

Contact us

Dates & Place



students will have a good understandingin the maintenance of an aspectof the EMS-SCADA System

Understand hardware architecture

EMS SCADA)

Know how to do basic hardware

roubleshooting

Know how to do preventive system

aintenance

Do daily maintenance on hardware

and software

Hardware (Tempo consulting)

Software (OS) (ARES)

Network LAN/WAN

003


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PRICE


GEE006

100% Theoretical

None

Management and Staffhaving a high-levelknowledge of situationawareness in controlcenters

MANAGEMENT

Dates & Place

Contact us



This intensive course will provideparticipants with a solid understandingof the basics of Situation Awarenessand key issues related to designingsystems for situation awareness,as well as an overview of the toolsand technologies for improving SAin control centers

A review of the process used by utilitiesSA tools will also be discussed

Cover the fundamentals of Situation

wareness

Teach design strategies that can

ncrease the level of overall knowledge

operators have about network status

and environmental or man made

azards, in normal operation

or on a crisis modeGive an overview of relevant EMS

applications as well as how other

ecision Support Systems (DSS) are

used to improve Situation Awareness

The basic concepts of Situation

wareness (SA)

Techniques for measuring SA

Application of SA techniques

in system design

Energy Management System

applications for SA improvement

Decision Support Systems (DSS)

for SA improvement

utility control centers

Requirements for control centervisualization tools

Emerging industry standards for SA

Emerging technologies for

improving SA

Techniques for capturing operators

undocumented knowledge

Using captured knowledge in real-time

decision making

Examples of what some utilities

are doing to improve SA

GEE006


35/39


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PRICE


DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT


2 days

GEE008

100% Theoretical

Interest in learningabout the SmartGrid

People interested in issuesrelated to the Smart Grid

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Dates & Place



Gain insight into issues surroundingthe current grid

the Smart Grid and how it might affectan individual organization

Know possible roadblocks of theSmart Grid

Become knowledgeable aboutSmart Grid solutions

Gain insight on the current status

of the Smart Grid: what it is and

hat it is not, its components,

ts challenges, and the opportunities

t presents for our future

Historical context of todays grid

Todays struggling grid

What is the Smart Grid?

Components of the envisioned

Smart Grid

Putting the components

of the Smart Grid togetherIssues driving the progress

of the Smart Grid

Roadblocks to the Smart Grid

Delivery of major Smart Grid

components

The current grid capacity

and the future Smart Grid

Alstom Grids Smart Grid

solutions

GEE008


36/39



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PRICE


DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT 2 days

GEE009

100% Theoretical

Some backgroundreading is providedprior to classroomtraining

Employees who needa simple understandingof how the modern energycontrol center (ECC)operates, and howAlstom Grid e-terrasolutions assist ECCoperations

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Dates & Place



Participants will increase theirhow our customers manage its reliability

Participants will increase theirunderstanding of how Alstom Gride-terra solutions help our customers

List some regulation, technology,

cultural, and business changes that

affect Alstom Grid customers

Identify the equipment of a typical

ower system (generation,

ransmission, distribution assets)

Describe the layout and function

of a typical energy control centerGCC, TCC, DCC, ECC)

Describe the purpose of some e-terra

olutions (e-terra cada,

e-terrageneration, e-terrahabitat,

e-terraplatform)

Design and describe a simple

conceptual architecture of a system

delivered by Alstom Grid to customers

PDS, QAS, DTS, EMS, DMS, GMS)

Industry changes

e-terra toolbox

Electric utility control center today

Production change deployment

Change response

Electric utility control center tomorrow

GEE009


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DESIGN

INSTALLATION

OPERATION

MAINTENANCE

MANAGEMENT


2 days

GEE010

50% Practical

50% Theoretical

None; it is helpful ifthe student hasa background in thesystem which heor she is supportingor a background in

computer support

Support team EMS,DMS, or MMS who areinvolved in workingon your system andwho, from time to time,need to resolve issueswith the system, including

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Dates & Place



to be able to apply the principlesof the troubleshooting course to theresolution of problems

Development of a commontroubleshooting language with theAlstom Grid support team

Reduction in the time it takes to resolveproblems

Gain the tools for accurate resolution

of the root cause of a problem

Reduce the time required to resolve

ssues

Reduce the level of stress of support

taff

Establish a common vocabulary

etween your support staff andhe Alstom Grid support team

or resolution of issues

Teach a standardized process of

roubleshooting and put this process

nto practice

Troubleshooting as a life skill

Standardized troubleshooting process

Practical use of the methodology

in problem resolution

GEE010


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013

100% Theoretical

The participants needto have a backgroundin the electricalenergy environment

Personnel in chargeof the operation or themaintenance, engineersand designers responsiblefor integrating thisequipment intelecommunicationsnetworks

DESIGN

INSTALLATION

OPERATION

MAINTENANCE

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Dates & Place



managers will not only have attaineda comprehensive view of telecomarchitectures in power networks butthey also will have acquired theknowledge to differentiate the servicesthat may be required and that can besupported within his/her organization

Give an exhaustive view of the different

ethods for exploiting historical data

Presentation of operators needs

Constraints

Telecom Solutions

Telecom Network management

Telecom Actual and future Services

Telecom Network principles and

examples

013


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TECHNICAL FUNDAMENTALS

A2402 High Voltage installations diagrams and components

A5412 Surge Arresters

NETWORK MANAGEMENT

GEE005 SCADA Security

The following training programs are available on demand.

lease dont hesitate to contact us.WEB

alstom grid - technical institute - knowledge and design courses brochure gb

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