Alstom High Voltage Training Offer - Technical Institute

TRAINING OFFER
Technical Institute

Alstom Grid Technical Institute at a glance:
• 19 Technical Institutes located in factory sites
• Over 200 technical topics covered
• 20,000 trainee days per year
• A pool of 160 experienced trainers
• Training on new and legacy products and solutions
• Real-size equipment and sandbox for practice
• Fully equipped dedicated training rooms
• Individual technical documentation
Redmond
Montréal
Santiago
Mexico
Stafford
Massy
Montpellier
Aix-les-Bains
Kassel
Oberentfelden
Gebze
Dubai
Noida
Brisbane
Suzhou
Chennai
Sau Paulo
Moscow
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Alstom Grid Technical Institute
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The levers for operational excellence
Avoid risk and accident
Improve efficiency
Operate and maintain your equipment and
solutions at the optimal level of performance
Understand new technologies
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Alstom Grid Technical Institute covers the entire scope of electrical substation and network needs:
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A tutored approach
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Tutored e-learning
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Learning Management System
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Voice over
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Tracking capabilities and evaluation
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Reporting capabilities
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Our tutored e-learning offers benefits from a complete training: on-line access that optimizes time, costs and logistics,
combined with the distance support of experienced trainers. Our tutors provide immediate feedback, answering your
questions and guiding you through the programme for guaranteed knowledge transfer.
A complete programme portfolio
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Tutoring for best results
With tutoring, more than 93% of trainees successfully complete the curriculum! Without tutoring, less than 15% of trainees connect to
the e-learning platform.Source: Alstom Grid Technical Institute study 2010
Three levels of e-learning
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Large portfolio
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Theoretical and practical training
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Worldwide
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Technical Institute network

Safety and environmentSafety and environmentSafety and environmentSafety and environment

Basic electrical safety awareness
Tutored e-learning
Prerequisites
None
Duration
Access on-line anytime,
anywhere
Audience
Personnel working in an electrical
environment
Learning path
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The programme includes, but is
not limited, to the following
topics
EL001
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EL002
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Workplace electrical safety awareness
Tutored e-learning
Duration
anywhere
Audience
Personnel who has access to
workplace in electrical environment
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The programme includes, but is
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topics
EL002
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EL002 Next step
EL003
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Prerequisites
Basic electrical safety
awareness -
Tutored e-learning

Supervisory electrical safety awareness
Tutored e-learning
Duration
anywhere
Audience
Supervisors
Learning path
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EL003
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F1010 - F1020 - F1030
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Workplace electrical
safety awareness -
Tutored e-learning

Electrical safety for Managers
Qualification levels overview
Prerequisites
None
Duration
1 day
Audience
Managers responsible for
qualification
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F1001
100% theoretical
Next step
Electrical safety
awareness tutored
e-learning programme
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Electrical safety for non-electricians
Prerequisites
EL001 - EL002 - EL003
Duration
2 days
Audience
Upon completion of this course, trainee
will receive a certificate showing the
electrical safety level achieved
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Electricity
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Non-electricity specialists who have
basic access to electricity sites

Electrical Safety for non-electricians
Retraining
Prerequisites
F1010
Non electricians authorised
for 3 years
Duration
1 day
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Lab work
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F1011
F1011
20% practical
81% theoretical
Next step
F1011
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Non-electricians, qualified by their
company, whose authorisation period
is at the end of validity

Electrical safety for electricians working
at low voltage
Prerequisites
Basic knowledge of
electricity and LV
electrical experience
Duration
3 days
Audience
Workers who have a direct
involvement in low voltage electrical
work
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F1020
30% practical
70% theoretical
Next step
F1021
4 5
Upon completion of this course, trainee
will receive a certificate showing the
electrical safety level achieved.

Electrical safety for electricians working
at low voltage - Retraining
Prerequisites
F1020
Electricians authorised
for 3 years
Duration
1.5 days
Audience
Electricians, authorized by their
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F1021
F1021
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75% theoretical
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F1030
F1021 (every 3 years)
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Electrical safety for electricians working at low,
medium and high voltage
Prerequisites
Basic knowledge in
electricity and electrical
experience
Duration
4 days
Audience
Electrical staff: non-managerial
electrician and/or work supervisor
and/or lockout supervisor and/or
operation supervisor
Learning path
F1030
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F1030
30% practical
70% theoretical
Next step
F1031
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Electrical Safety for electricians working at low,
medium and high voltage - Retraining
Prerequisites
Electricians authorised
for 3 years
Duration
2 days
Audience
Electricians, authorized by their
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Assessment test
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F1031
25% practical
75% theoretical
Next step
F1031
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Safety in explosive atmosphere – Application
Prerequisites
Electrical and mechanical
fundamentals
Duration
1.5 days
Audience
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Theoretical training and exercises
with an INERIS* certified trainer.
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F5020
100% theoretical &
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F5020
F5030
Electrical and mechanical - Level 1
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or maintenance on a hazardous area
installation concerned by the risks of
explosive atmosphere areas, under
supervision

Safety in explosive atmosphere – Theory
Prerequisites
F5020
Electrical and mechanical
fundamentals
Duration
4 days
Audience
* INERIS: French national institute for
industrial and environmental risk
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F5030
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F5030
30% practical
70% theoretical
Next step
F5030
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Electrical and mechanical - Level 2
Person technically responsible for an
installation in an explosive
atmosphere area : engineer, project
and design manager, supervisor
responsible for workers in an
explosive area.

SF6 gas recovery regulation EC 842-2006
Duration
2.5 days
Audience
Prerequisites
All trainings related
to SF6
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V0032
V0032
30% practical
70% theoretical
2 3
Next step
V0039
for inexperienced personnel
Note: A version of this course is also applied to the Non-European Regulation CEI/TR 62271-303
Staff recovering SF6 gas

SF6 gas recovery regulation EC 842-2006
Prerequisites
All trainings related to SF6
Duration
2 days
Audience
Staff recovering SF6 gas
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6
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V0033
V0033
50% practical
50% theoretical
Next step
Issue of an individual
certificate allowing to
recover the SF6 in the 27
country of EU.
1 2
for experienced personnel
Note: A version of this course applied to
the non-European regulation IEC/TR
62271-303 is also available

Handling of SF6 and CF4 gases according to IEC/TR
Prerequisites
Any high voltage training
Duration
3.5 days
Audience
6 4
6
6
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Learning path
Legal constraints
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6 4
4 *
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Theoretical part (modules A, B and C)
$ 6* 4
4 - 6
4
$ 1
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6
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Note: A version of this course applied to the European Regulation EC 842-2006 is also available.
V0010
V0010
30% practical
50% theoretical
20% test
Next step
F1021
From inexperienced to experienced
staff in gas handling, according to the
desired target level A, B or C
6 7
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8 9
Test and certification (optional)
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62271-303 technical report

Primary equipmentPrimary equipmentPrimary equipmentPrimary equipment

Generator set
Operation and maintenance
Duration
4 days
Audience
Technicians
Prerequisites
A0101
Basic knowledge in
electricity
Learning path
Diesel engine
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Alternator
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Alternator % &
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Automation of the generator
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Periodic monitoring operations
Maintenance procedures
Defect analysis
Practical work
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E1142
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E1142
20% practice
80% theory
Next step
E1232
,

Generator set
Control and coupling
Prerequisites
E1142
Basic knowledge in
electricity and mechanics
Duration
4 days
Audience
Technicians
Learning path
Component, running
Diesel engine (reminder)
Diesel engine regulation
!
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Alternator (reminder)
#
$
Coupling
%
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Generator start conditions
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Protection of alternators
Practical work on real size
material
E1232
E1232
20% practical
80% theoretical
Next step
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Industrial site (between 1kV and 50 Kv)
Operation
Prerequisites
F1030
Tutored e-learning
Duration
4 days
Audience
Technicians
Next step
Learning path
Electrical network architecture
Risk associated to industrial
installation operation
Characteristics of the equipment
Continuity of low voltage operating
generators, alternators
Maintenance
Concept and maintenance schedule
Operating system of High Voltage
device
Exploitation and record locking
Lab exercise
Practical work
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Note: Practical work may differ,
depending on the
materials available on site and
the time available for
the chosen training.
B3032
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B3032
40% practical
60% theoretical
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Industrial site
Operation analysis
Prerequisites
Tutored e-learning
F1030 - B3032
Duration
3 days
Audience
Technicians
Learning path
Production/consumption balance
!
Protection of the industrial grids
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Practical work
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B3033
B0333
50% practical
50% theoretical
Next step
D2102
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Air insulated substation (AIS)
Tutored e-learning
Prerequisites
Duration
Access on-line
anytime, anywhere
Audience
Technicians
! !
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# $ % "
Learning path
Functionality and network view
HV substation
HV circuit breakers
HV disconnectors
Instrument transformers
HV substation structure &
diagrams
Air insulated substation e-learning
Air insulated
substation -
Tutored e-learning
Next step
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Generator circuit breakers
Fundamentals
Prerequisites
Working in a T&D environment
as well as power plants
It is recommended to have a
degree in Electrical engineering
or equivalent
Duration
2 days
Audience
Engineers involved in the design and
application of generator circuit
breakers and graduate engineers
entering the industry
Learning path
Generator Circuit breakers Synchronous Generators
!
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Worked Example from Annex A
C37-013 IEEE
Synchronizing, automatic voltage
Generator transformers
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Regulators (AVR) and Speed
Control
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A9103
!
A9103
20% case study
80% theoretical
Next step
Tutored e-learning
A0202
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Generator circuit breaker FKG1
Prerequisites
Fundamentals of electricity
and mechanics
Duration
3 days
Audience
Technicians involved in the operation
and maintenance on generator Circuit
breakers up to 1 000 MW per unit
! "
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Learning path
Sulphur hexafluoride SF6
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Breaking electrical phenomena
Development of SF6 generator
Circuit breakers
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Presentation of the SF6 Circuit
breakers
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Mechanical control mechanism FK3
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Maintenance and tooling for SF6
Circuit breakers FKG2
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LV diagrams
12 3
SF6 monitoring
6 "
% 6 "
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Practical work on Circuit breakers
with associated control
mechanisms
V9542
!
V9542
50% practical
50% theoretical
Next step
V8142
Maintenance and breakdown repair
, 4 "

Generator circuit breaker FKG2
and maintenance on generator circuit
breakers up to 200 MW per unit
Duration
3 days
Audience
Prerequisites
Fundamentals of
electricity and
mechanics
!
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# "
$ " %
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Learning path
&
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Development of SF6 generator
Circuit breakers
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Presentation of the SF6 Circuit
breakers FKG2
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Mechanical control mechanism FK3-4
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diagrams
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SF6 monitoring
6 "
$ 6 "
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Practical work on Circuit breakers
with associated control
mechanisms
V9542
V9442
50% practical
50% theoretical
Next step
V8142
+ 3 "

Introduction to high voltage circuit breakers
Prerequisites
Duration
2 days
Audience
Operation & maintenance technicians,
graduate engineers, apprentices,
any staff new to the power industry,
non-technical staff seeking introductory
circuit breaker knowledge
Learning path
Circuit breaker safety
Types of disturbances on power
systems
Short-circuit theory, circuit
interruption, Symmetrical /
asymmetrical conditions, arcing,
transient phenomena
Types and designs of circuit breakers
Circuit breaker interrupters and
insulation Air and oil, vacuum and
sulphur hexafluoride (SF6)
Operating mechanisms
Circuit breaker operation, monitoring
and maintenance
Circuit breaker testing
Circuit breaker associated devices
!
SF6 handling
Spare parts
T002
T002 Next step
P002 - P003
P004 - P006
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Circuit breaker GL type - up to 250 kV
Prerequisites
Fundamentals of
Duration
3,5 days
Audience
and maintenance of installations in
High Voltage substations
Learning path
!
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Display steps of extinguishing in SF6
or SF6-CF4
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Circuit breakers GL314
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Practical work on circuit breakers and
associated control mechanisms
Note: Practical work may differ, depending
on the materials available on site and the
time available for the chosen training.
Please don’t hesitate
to contact us for more details
V5442
V5442
50% practical
50% theoretical
Next Step
V8142
V8342
' 0

Circuit breaker GL type - above 250 kV
Prerequisites
Fundamentals of
Duration
3 days
Audience
and maintenance of installations in
High Voltage substations
Learning path
! "#$
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Display steps of extinguishing in SF6
or SF6-CF4
%
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SF6 monitoring
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Practical work on circuit breakers
and associated control mechanisms
Note: Practical work may differ, depending
on the materials available on site and the
time available for the chosen training. Please
don’t hesitate to contact us for more details
V5642
V5642
50% practical
50% theoretical
Next step
V8142
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+
Circuit breakers GL314
.
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Dead tank circuit breakers
Prerequisites
Fundamentals of
Duration
3 days
Audience
and maintenance of high voltage
substations, engineers working in HV
substations
!
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Learning path
Presentation of the HGF and/or DT
dead tank circuit breaker range
#
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Control mechanism
$
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Maintenance and tooling
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SF6 Monitoring
$ 6
#
Live Tank VS Dead Tank
#
Development of SF6 circuit
breakers
$ , $ 6
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P003
P003 Next step
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Circuit breakers HPF type
Prerequisites
Fundamentals of
Duration
3 days
Audience
Learning path
Oil and its purpose
Oil interruption principle
Presentation of the HPF
!
Control mechanism
!
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# $
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%
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Oil Monitoring
"
"
P004
P004 Next step
and maintenance of High Voltage
substations
" +

Circuit breakers HGF-FX-FXT-S1 type
Prerequisites
Fundamentals of
Duration
3 days
Audience
and maintenance of High Voltage
substations
! "
"
" #
Learning path
Sulphur Hexafluoride SF6
$
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Development of SF6 circuit
breakers
& 6
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Presentation of the HGF-FX-FXT
or S1 range
$
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/ 6 "
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P002
!
P002
50% practice
50% theoretical
Next step
V8142
' 0 "

Outdoor substation solution- CAIS / HYpact
Prerequisites
Fundamentals of
Duration
4 days
Audience
Installation personnel, foremen and
supervisors, technicians, and
engineers who are responsible for the
HV switchgear maintenance
6
Learning path
6
!
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#
6 $
! 6
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Note: practical work may differ
depending on the materials
available on site.
TIR059
"
TIR059
50% practical
50% theoretical
Next step
V8142
% &

Disconnectors and earthing switches from 52 kV to 550 kV
Prerequisites
S3201
Fundamentals of electricity
and mechanics
Duration
1 day
Audience
Installation personnel, foremen and
supervisors, technicians and engineers
who are responsible for the
installation and operation of high
voltage switchgear
Learning path
Introduction to the product
Design and operation of
disconnectors and earthing switches
Design principle of the contact
systems
Design and operating principle of
motor and manual drives
On-site installation and
commissioning
Safety instructions and procedures
The maintenance concept including
inspection
Tests
!
Note: Practical work may
differ, depending on the
materials available on site.
V7131 (M151)
V7131
20% practical
80% theoretical
Next step
Vertical-break, center-break and pantograph
" #

Introduction to instrument transformers
Prerequisites
Electrotechnical
fundamentals and grid
protection
Duration
1 day
Audience
Consulting and protection engineers
and technicians, project managers and
field design
Learning path
Different types of instrument
transformers
! " !
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current transformers, voltage
transformers, and combined
current-voltage transformers
are the essential link to the
safety of your network, and
this training will open up their
functionalities.
A5312
!
A5312
20% study case
80% theoretical
Next step
A5313
C5342
*

Introduction to optical instrument transformers
Prerequisites
A5312
Basic knowledge in
electrotechnical
Duration
1 day
Audience
Consulting and protection engineers
and technicians, project managers and
field design
Learning path
Digital Technology
!
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A5313
1
A5313
100% theoretical
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C5342
7

Instrument transformers
Duration
1 day, Option: 1 day more
Audience
Operators, maintenance technicians,
engineers and team managers
Prerequisites
A5312
Reinforced knowledge in
Learning path
!
"
Optional unit (1 additional day):
# $
!
% $
Note: according to the site, Practical
works can differ.
C5342
"
C5342
50% practical
50% theoretical
Next step
A5313
! &

Power transformers
Prerequisites
Duration
Acces on-line anytime,
anywhere
Audience
Technicians
Tchnicians
Understand what a power transformer is
Components and functionality
Role within the Network/Grid
Learning path
Power transformers e-learning
!
Power transformers -
Tutored e-learning
Next step
A4201
Tutored e-learning
" #

Distribution transformers
Prerequisites
Tutored e-learning
Basic knowledge in
electricity and
electrotechnics
Duration
3 days
Audience
Technicians
Learning path
Selection of a transformer
Transformer and harmonics
!
Installation
"
#
Maintenance
Principles of maintenance
#
$
Practical work
% &
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%
#
C4312
"
C4312
50% practical
50% theoretical
Next step
A4212
# )

Introduction to power transformers
Prerequisites
Tutored e-learning
Duration
2 days
Audience
technicians, graduate engineers,
apprentices, any staff new to the
power industry, non-technical staff
seeking introductory transformer
knowledge
Learning path
Wide overview of what power
transformers are today and what
the future will be through new
solutions.
Transformer safety
Transformer standards
Basic transformer theory
Design characteristics and
specifications
Types and designs of transformers
Manufacturing
Transformer oil
!
Transformer cooling
Insulation co-ordination
"
#
Transformer connections
Transformer protection
Voltage regulation and tap
changing
Transformer maintenance
Transformer testing
Condition monitoring
Question and answer session
with a global transformer expert
A4201
A4201 Next step
A4213
$

Power transformers
Prerequisite
F1030
Basic knowledge in
electrotechnics,
mechanics and electricity
dangers
Duration
4 days (depending on location)
Audience
Engineers and operators
A4212
20% practical
80% theoretical
Learning path
Technical features
Components
Protection
! "
#
Oil
Electrical connection
$ %
&
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Voltage setting
*
Control and test procedures
#
A4212
Next step
C4532
Definition and operational constraints
+

Power transformers
Prerequisites
A4201
Duration
3 days
Audience
Engineers involved in the design and
application of transmission networks
and also for graduate engineers
entering the industry
Learning path
A large overview of what power
transformers are today and what
the future will be through new
solutions
Basic transformer theory
Transformer Cooling
Short circuit withstand
Voltage regulation
! "!
# $
Transformer Connections
% & &
Transformer construction
& '!
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Transformer testing
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Transformer Oil
*
%+,
Manufacturing & assembling
process
Special transformers
'
A4213
A4213 Next step
A4214
-
Fundamentals for specialists

Power transformers
Duration
1-5 days (depending on location)
Audience
Technicians involved in the operation and
maintenance of High Voltage substations,
engineers working in HV substations
Prerequisites
A4201
Basic knowledge in
Learning path
Technical considerations in the operation
of a power transformer
!
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commissioning
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maintenance
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Protections and troubleshooting
Transformer failure/modes detection
and risk mitigation
Note: practical work may differ,
depending on equipment and
materials available on site
C4242
"
C4242
60% practical
40% theoretical
Next step
& 3

Power transformers
Prerequisites
A4213
Duration
1 day
Audience
Developing, design and senior
engineers
Learning path
!
"#
A4214
A4214 Next step
C4242
Design and specification
$ %

Power transformers - On load tape changer types
Prerequisites
Basic knowledge in
Duration
4 days
Audience
Operating and maintenance team
Learning path
Description and operation of an on-
load tap changer
Presentation and role of each
mechanism
Practical work & Maintenance
!
!
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"
$
%
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#
*
C4532
C4532
50% practical
50% theoretical
Next step
A4212
'

Power transformers
Prerequisites
A4201
Duration
1 day
Audience
technicians, technicians who collect oil
samples, graduate engineers, asset
managers, apprentices
Question and answer session
with an oil analysis technical
expert
Learning path
Oil properties
Function of transformer oil
Degradation of oil and paper
insulation
Behaviour of oils
Frequency of oil testing
Oil sampling
Oil analysis
! "# #
$ % # &
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C4233
C4233 Next step
P001
Oil sampling and analysis
( )

Gas insulated substation
Prerequisites
Duration
Acces on-line anytime,
anywhere
Audience
Engineers and technicians
!
" # $ !
Learning path
% $
%
% $ #
#
$
& # %
Gas insulated substation e-learning
Gas insulated
substation -
Tutored e-learning
Next step
T003
Tutored e-learning
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Introduction to gas insulated substation
Prerequisites
Tutored e-learning
Duration
1 day
Audience
Operation & Maintenance Technicians,
graduate engineers, apprentices, any
staff new to the power industry, non-
technical staff seeking introductory
GIS knowledge
Learning path
GIS safety
Types of disturbances on power
systems
!
Features of GIS
Partitioning & gas compartments
GIS variable components
"
#
$
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GIS standard components
&
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Sulphur Hexafluoride (SF6)
Gas handling
GIS testing
Installation
*
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T003
T003 Next step
+ ,

Gas insulated substation B105 type
Prerequisites
F1030
Basic knowledge
in electricity and mechanics.
Duration
5 days
Audience
Maintenance team
Learning path
Theory
6
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$
%
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6 %
available on site
X4442
X4442
50% practical
50% theoretical
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X8142
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Gas insulated substation T type
Prerequisites
F1030
Basic knowledge
in electricity and mechanics
Duration
5 days
Audience
Maintenance team
Learning path
Theory
6
!""
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X6142
X6142
50% practical
50% theoretical
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X8142
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Gas insulated substation F35-3/4/5 type
Prerequisites
Tutored e-learning
Basic knowledge
Duration
5 days
Audience
Maintenance team
Learning path
6
!
"
#
!
6
$
% &
6 #
'
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TIOE002
!
TIOE002 Next step
X8142
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Gas insulated substation B65 type
Prerequisites
S3202
Basic knowledge
Duration
5 days
Audience
Maintenance team
Learning path
!6
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#$
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X8142/M143
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Additional programs - Available on demand
Text here.752
Primary equipement

Secondary equipmentSecondary equipmentSecondary equipmentSecondary equipment

MiCOM Px40
Prerequisites
Good knowledge of protection
principles.
Work under MS Windows
environment.
Duration
2 days
Audience
!
" #
$
Learning path
Typically, based on customers
selected relays, the course will
give a comprehensive insight into
the product's application in the
field, its settings and methods of
remote interrogation
%
&
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#
%
PROP002
PROP002
50% practical
50% theoretical
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Operation
Engineers from application and
control department, project
managers, technicians and
operators.

Overcurrent and feeder protection
Prerequisites
Good knowledge of electrical
substations, overcurrent and
feeder protection principles.
environment.
Duration
2 days
Audience
!
" # # $
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&
#
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PROP120 Next step
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operators, maintenance engineers,
protection design engineers
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MiCOM P14x / Agile P14D and P14N

MiCOM P24x
Prerequisites
substations and motor
protection principles.
environment
Duration
2 days
Audience
Learning path
! "#$ !
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PROP121
PROP121 Next step
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Motor protection
Electrical engineers, operators,
maintenance engineers, protection
design engineers.

MiCOM P34x
Prerequisites
substations, generator and
environment
Duration
3 days
Audience
Learning path
! " #$% "
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%
PROP122
PROP122 Next step
-
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Generator protection
design engineers.

MiCOM P44x
Prerequisites
substations and distance
environment
Duration
4 days
Audience
Learning path
! " #$% "
& "
' ( ) *
+, ' *
"
*
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*
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%
PROP123
PROP123 Next step
-
* -
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Distance protection
design engineers

MiCOM P54x
Prerequisites
substations line differential
environment
Duration
3 days
Audience
Learning path
!" # $%& #
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( ) *
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#
+$ #
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PROP124
PROP124 Next step
-
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design engineers

MiCOM P64x
Prerequisites
substations and transformer
environment
Duration
3 days
Audience
Learning path
! " #$% "
& "
' ( ) *
+, ' *
"
*
% " "
%
PROP127
PROP127 Next step
* -
*
. &
-
design engineers

MiCOM P74x
Prerequisites
substations and protection
principles.
environment
Duration
4 days
Audience
Learning path
!
"
#
$# %&'
(
) * + !
", ) !
!
"%
!
'
PROP130
PROP130 Next step
'
! -
!
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Digital differential busbar protection
design engineers

Voltage and frequency protection
Prerequisites
principles.
environment
Duration
2 days
Audience
! ! "
! #
Learning path
$
!
! !
$ %& ' ()*!'
! " !'
! + , -
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PROP125
! !
PROP125 Next step
"0 !
MiCOM P94x / Agile P94V
! - 0
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design engineers.

Disturbance and power quality recorder
Prerequisites
principles.
environment
Duration
2 days
Audience
!
Learning path
"
# $ $
% % $
&
' $
($ ) * #$
+ ,
PROP131
PROP131 Next step
-
MiCOM M57x / M87x
& .
% % $
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design engineers

Configuration of IEC 61850 communication
Prerequisites
Experience in MiCOM
Px40 operation and S1
studio software
Duration
3 days
Audience
! " #!
$ % ! & ' (! ( ( )
*
+ ! ) % ( (
% ,
Learning path
)
% % '
" %
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Technicians and engineers from
design or control department,
protection engineering staff,
commissioning engineers
SCS020
SCS020 Next step
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MiCOM Px40 series / Agile series
! ( )
+ !
. " (
$ ( / ( ( )
!

Application on IEC 61850 communication protocol
Prerequisites
Substation environment,
protection and control
current applications
Duration
2,5 days
Audience
!
"#
!
$
% " &
' (
&
Learning path
IEc 61850 from paper to business
overview
(
(
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'
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(%
%
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SCS003
SCS003 Next step
+
End users and system integrators who
want to specify and/or follow-up an
IEC 61850 project, system architects
and consultants.

Introduction to industrial installations protection
Prerequisites
A2112
Basic knowledge in electricity
Technological or scientific
diploma or completion
Duration
4 days
Audience
Learning path
The distribution network
Industrial networks
Neutral points connections
!
Estimation of short circuit
currents
"
# #
" #
# #
Phase protection plan
Earth protection plan
Protection of power transformers
Main protections of motors
Protection relays ranges
Case study
D2102
$
D2102 Next step
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Engineers and technicians involved in
the design, study testing, maintenance
and operation of protection systems
for HV nstallations

Protection of AC generators
Prerequisites
D2102
Basic knowledge in electricity
Technological or scientific
Duration
4 days
Audience
Learning path
Alternators operating
! " #$%
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)
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D2402
&
D2402 Next step
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MV/LV industrial installations digital protection
Prerequisites
Basic knowledge in
electricity and good
knowledge of MS Windows
environment
Duration
4 days
Audience
Learning path
Digital technologies
Analysis of the single wired schemes
Protection systems
! "
! "
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Protection relays
#
Practical work for each protection relay
$ %
&
%
#
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protection relays
*
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D2502
#
D2502 Next step
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and MiCOM relays

MiCOM C264
Compact Remote Terminal Unit (RTU)
Prerequisites
Electrotechnical and
operation in substation.
Good knowledge of MS
Windows environment
Duration
4 days
Audience
!
!
"
Learning path
# $ $
% $
&$ &
% $
SCS006
SCS006 Next step
' $
$
% ( &
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Technicians and engineers from design
or control departments, project
managers, operation and maintenance

Fundamentals
Prerequisites
operation in substation
Windows environment
Duration
3 days
Audience
Learning path
Training covering DS Agile v5.x
and PACiS from v2.0 up to v4.6 ! "
# $
%
% & % %
%
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% %
%
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1
SCS007
SCS007 Next step
. 2
DS Agile - Digital control systems
design or control departments,
project managers, operation and
maintenance staff managers

Operation
Prerequisites
Duration
3 days
Audience
Learning path
and PACiS from v2.0 up to v4.6
! !"#$
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SCS008
!
SCS008 Next step
SC009
Windows environment
%
Operators, electrical staff of DS Agile
system

Architecture, operation and maintenance
Prerequisites
Windows environment
Duration
5 days
Audience
Learning path
Training covering DS Agile v5.x and
PACiS from v2.0 up to v4.6
! " "
#
"
" "
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SCS009
SCS009 Next step
SC010
*
design or control departments, project
technicians

Architecture, operation, maintenance and basic configuration
Prerequisites
operation in substation.
Windows environment
Duration
10 days
Audience
Learning path
and PACiS from v2.0 up to v4.6
!
" # #
$ %
% #
# #
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!
SCS010 Next step
0
Technicians and engineers from design
technicians

SPACE 2000 - Digital control system
Prerequisites
Basic knowledge of UNIX
environment
Duration
10 days
Audience
Learning path
!
"
# $ % $
%
& ' (
# )
SCS011
SCS011
50% practical
50% theoretical
Next step
*
$ %
" $
%
%
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design or control departments, project
managers, operation/ maintenance
technicians

Configuration, operation and maintenance
Prerequisites
Windows environment
Duration
10 days
Audience
Learning path
!
" "
#$! % &
"
% " " '
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SCS012
SCS012
70% practical
30% theoretical
Next step
.
PSCN 3020 - Digital Control System
Technicians and engineer from design
managers, operation/maintenance
technicians
*
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0 1

Introduction to protection high voltage networks
Prerequisites
Knowledge of electrical
networks
mathematical basis
Duration
5 days
Audience
Learning path
!
"#
$ "
%
&
&
'
!
PROG012
(
PROG012
100% theoretical
Next step
$ )
(
* +
,
Maintenance and commissioning
engineers, protection engineers,
protection design engineers, project
managers

Prerequisites
Knowledge of HV and EHV
electrical networks
mathematical basis
Duration
5 days
Audience
Learning path
PROG013
PROG013
100% theoretical
Next step
PROG014
! "
#
$
%
#
Utility transmission power system protection
Basics
Maintenance, commissioning, and
protection engineers, design engineers,
project managers
&
'

Prerequisites
PROG013
Knowledge of HV and EHV
electrical networks
mathematical basis
Duration
5 days
Audience
Learning path
!
"
PROG014
#
PROG014
100% theoretical
Next step
PROG015
$
%
& & " &
& &
& # ' &
(
) *
managers.
Advanced

Prerequisites
PROG014
Knowledge of HV & EHV
electrical networs
Duration
5 days
Audience
Learning path
Understanding of phenomena and
constraints influencing HV and
EHV
!
" # ! $
!
% &
PROG015
%
PROG015
100% theoretical
Next step
' (
design engineers, project managers.
Expert

Selection of a neutral-earthing system
Prerequisites
mathematical basis
Duration
2 days
Audience
Learning path
!
"
#
$
%&!' ()* &"
+
PROG102
#
PROG102 Next step
% +
"
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for HV networks
Technicians and engineers of control
engineering consulting firms, project
management heads, operation

Selection of the CT/VT measurements
Prerequisites
mathematical basis
Duration
5 days
Audience
Learning path
PROG103
PROG103 Next step
! "
regulating switch
#
$
%
%
managers

Motor protection
Prerequisites
mathematical basis
Duration
2 days
Audience
Learning path
!"
# $
%
PROG104
PROG104 Next step
PROP121
&
%
'

Prerequisites
mathematical basis.
Knowledge of MS Windows
environment
Duration
2 days
Audience
Learning path
!" #$
PROG105
!
PROG105 Next step
PROP127
% & ' (
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management and operation

Generator protection
Prerequisites
mathematical basis
environment
Duration
3 days
Audience
Learning path
!
! "#! $% !&$' (
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PROG106
"
PROG106 Next step
PROG122
( * +
!
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management and operation

Lines and cables protection
Prerequisites
mathematical basis
environment
Duration
3 days
Audience
Learning path
PROG107
PROG107 Next step
PROP124
technicians
! "
#

Power networks stability principles
Prerequisites
mathematical basis
Knowledge of Windows
environment
Duration
2 days
Audience
Learning path
!"#
$
$
%"& "' (
%) * (
PROG108
PROG108 Next step
) +
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technicians

Fault current calculation
Prerequisites
mathematical basis
Duration
2 days
Audience
Learning path
!
"
PROG109
#
PROG109 Next step
$ %
Symmetric components theory, basics and applications
&
' ( )
* '
technicians

Selectivity study
Prerequisites
mathematical basis
Duration
2 days
Audience
technicians
Learning path
PROG110
PROG110 Next step
! "
# $
Medium and high voltage

CBWatch-2
Monitoring circuit breaker
Prerequisites
Good knowledge in circuit
breaker behaviour
Experience in MS Windows
Duration
1,5 days
Audience
•Understa
! "
# " $
% $
Learning path
Introduction to CBWatch-2
monitoring device
" !
Measurement system
& '
"
Practical work may differ, depending on the materials available on site.
V8142
V8142
50% practical
50% theoretical
Next step
(!) "
Software and MMI
CBWatch-2 data use
Practical work on CBWatch-2
associated with its circuit
breaker
Engineers and senior technicians
involved in the operation and
maintenance

BWatch-3
Monitoring gas insulated circuit breaker
Prerequisites
S3202
Basic knowledge in
electricity and mechanics and
in GIS operations.
Duration
2 days
Audience
!
" # $
% $ &
Learning path
Introduction
' #
!
The BWatch-3
!
(6 #
Acquisitions systems
Man-Machine Interface (MMI)
)
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,
X8142
X8142
50% practical
50% theoritecal
Next step
All GIS trainings
, - $
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Engineers and senior technicians
involved in the operation and
maintenance

RPH type
Prerequisites
S3201
Experience in HV switchgear
Good knowledge in electrical
phenomena
Duration
2,5 days
Audience
!
" #
#
Learning path
Introduction to synchronisation
Electrical phenomena related to
circuit breaker operation
$
%
RPH synchronisation relay
%
Synchronising operation
%
Practical work may differ, depending on the materials available on site
V8342
%
V8342
50% practical
50% theoretical
Next step
$
Practical work on RPH associated
with its circuit breaker
Synchronizing relay point on wave
Technicians in substation operation
or control and protection team

MS 2000 / MS 3000
Prerequisites
Knowledge of transformers
and basic knowledge of
information technology
Duration
2 days
Audience
Learning path
Fundamentals
!"""# $"""
%
Installation
!""" # $"""
!""" # $"""
Configuration
&
Analysis
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TIR066
&
TIR066 Next step
Any trainings related to
transformers
* %
Monitoring power transformers
the operation, installation and
maintenance of monitoring systems
and transformer experts

Power systems

High voltage substation fundamentals
Tutored e-learning
Prerequisites
Duration
anywhere
Audience
! "
Learning path
#
#
$ #
#
High voltage substation fundamentals e-learning
High voltage substation
fudamentals -
Tutored e-learning
Next step
% &

Introduction to power network
Prerequisites
Basic knowledge in
electricity and
associated mathematics
Duration
5 days
Audience
Engineers who do not have a
background in electrical engineering
but are working or are associated
with the electrical power industry
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Prerequisites
Basic knowledge in
electricity
Duration
1 day
Audience
Staff and manager
!
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$
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A0102
A0102
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A0201
A0103
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High voltage products
Prerequisites
A0202
Basic knowledge of high voltage
electricity and products
Duration
2 days
Audience
Staff and manager
!
Learning path
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A0103
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A0203
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From production to distribution: the paths to energy
Prerequisites
A0102
Duration
4 days
Audience
Staff and manager, no technical skills
required
Learning path
Distribution grids
Protection plan
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High Voltage Direct Current (HVDC)
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A3402
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Transmission products and solutions overview
Prerequisites
T & D experience
Duration
3 days
Audience
Staff and manager with transmission
and distribution experience
Learning path
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High voltage substation environment
Prerequisites
A0202
Basics in electricity and
high voltage products
Duration
3 days
Audience
Staff and manager with technical
background
Learning path
!
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A0203
A0201
20% case study
80% theoretical
Next step
A0201
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Low voltage industrial installations
Design
Prerequisites
A0201
Basic knowledge in
electricity and high voltage
products
Duration
4 days
Audience
Technicians involved in study and
design
Learning path
Switchgear
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comparison of the different
solutions
A1212
A1212
40% case study
60% theoretical
Next step
A2112
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Design
A0201
2-years university
technological
Duration
4 days
Audience
design, study, modifications and
maintenance
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Characteristics of the sources
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protection
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distribution transformers
Case study
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A2112
40% case study
60% theoretical
Next step
A2402
D2102
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Compensation of reactive energy in a disrupted
Prerequisites
A0101
Basic knowlege in
electricity
Technical studies
Duration
3 days
Audience
Technician and engineer who wants
to optimise his installation for energy
saving
!"#$%"
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Capacitors banks
& ' &( )(
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.
A3401
30% case study
70% theoretical
Next step
A3402
environment
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Quality of energy
Prerequisites
A3401
Technical studies
Duration
3 days
Audience
Technicians and engineers
Learning path
Flicker and voltage unbalance
Harmonics
!
Case study
Basics and challenges
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80% theoretical
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A0201
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Introduction to HVDC
Prerequisites
A0202
Qualification and/or
experience in power
electronics
Duration
2 days
Audience
For electrical engineer
Learning path
Introduction to valve
!
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!
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A2112
100% theoretical
Next step
S3200
A0201
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FACTS
Fundamentals
Prerequisites
Basic understanding of FACTS
applications.
Good understanding of
electrical power engineering.
Duration
2 days
Audience
Graduate and developing engineers
*FACTS: Flexible Alternating
Current Transmission Systems
Learning path
Series connected:
!
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Factory Visit (if applicable)
The need for FACTS* applications
Principle of operation
Shunt connected:
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FACTS002 Next step
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Network managementNetwork managementNetwork managementNetwork management

Network ManagementNetwork ManagementNetwork ManagementNetwork Management

Duration
2 days
Audience
Project managers and programmers
using e-terrahabitat to develop
applications, engineers using those
applications, operations staff and
operations management personnel
Introduction to e-terraplatform / e-terrahabitat
Learning path
This introductory course presents
the general architecture and a
functional overview of the
e-terraplatform and
e-terrahabitat.
EMS001
Prerequisites
None
!
EMS001
100% theroetical
Next step
Any energy management
systems training

Prerequisites
None
Duration
2 days
Audience
Employee who will be working with
Alstom Grid software, including
system administrators, application
developers, display builders, power
system engineers and their managers.
Introduction to e-terrahabitat
!
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Learning path
and e-terrahabitat.
#
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EMS002
%
EMS002
50% practical
50% theoretical
Next step
Any energy management
systems training
$ &

e-terrahabitat- Databases
Prerequisites
EMS002
Duration
2 days
Audience
e-terrahabitat users, e-terrahabitat
application programmers , display
builders and data modelers
!
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$ %
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Learning path
e-terrahabitat databases course
introduces trainees to
e-terrahabitat database (Hdb)
design concepts
,
EMS003
EMS003
70% practical
30% theoretical
Next step
EMS004 - EMS011
EMS009
, -

e-terrahabitat - System management
Prerequisites
EMS002 -EMS003
A basic understanding of operating
system commands for the operating
system upon which your e-
terrahabitat is expected
Duration
5 days
Audience
System administrators and system
integrators who perform system
management tasks with Alstom Grid
layered software.
Learning path
e-terrahabitat databases course
introduces trainees to
e-terrahabitat database (Hdb)
design concepts
!
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EMS004
EMS004
80% practical
20% theoretical
Next step
EMS005
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Managing high availability systems
Prerequisites
EMS002 - EMS003
EMS004
Duration
5 days
Audience
System administrators and system
integrators responsible for the
configuration and maintenance of the
functioning systems in a redundant
environment, application developers.
!"
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EMS005
EMS005
50% practical
50% theoretical
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EMS006
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e-terrahabitat - Programming
Prerequisites
EMS002 - EMS003
EMS004 - EMS005
Duration
5 days
Audience
Application programmers
! "# !
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EMS006
50% practical
50% theoretical
Next step
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SCADA and alarm features
Prerequisites
Duration
3 days
Audience
Programmers, engineers and
operations personnel using or building
and maintaining displays, databases
and alarms for their SCADA .
!
!
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EMS007
EMS007
20% practical
80% theoretical
Next step
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Alarm modelling for real-time operations
Prerequisites
EMS002 - EMS003
Duration
2 days
Audience
System integrators, power system
modelers and engineers.
Learning path
EMS008
50% practical
50% theoretical
EMS008
Next step
! "

Building full graphic displays using e-terrabrowser
Prerequisites
EMS002 - EMS003
Duration
5 days
Audience
Any student that expects to be involved
in display building for Alstom Grid
systems that use e-terrabrowser
as their main user interface.
!
Learning path
"
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EMS009
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25% theoretical
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EMS010
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Advanced user interface concepts
Prerequisites
EMS002 - EMS003
EMS009
Duration
2 days
Audience
Engineers in charge of forecasting and
generation scheduling.
! " #$%" &
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+
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EMS010
EMS010
50% practical
50% theoretical
Next step
- .

Introduction to e-terrasource
Prerequisites
EMS002 - EMS003
Duration
2 days
Audience
Data modelers, system integrators
and power system engineers.
Customers with e-terraplatform 1.x
systems planning to migrate to e-
terraplatform 2.1 systems
Learning path
!
"
# $
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The course will take the users
through basic use of the Alstom
Grid tool for creating a data model
which represents the physical
power system and conditions the
operation of e-terraplatform
software.
EMS011
EMS011 Next step
Any other e-terrasource
focused course
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e-terrasource- Building a SCADA model
Prerequisites
EMS002 - EMS003
EMS001
Duration
3 days
Audience
System integrator, power system
modelers, and SCADA engineers
involved in creating or maintaining
the model of the monitored power
system. e-terraplatform customers.
!
" ! # ! $ $ $
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&
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Learning path
$ $
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The modelling tool that the
description below refers to is
e-terrasource. This tool applies to
the latest versions of
e-terraplatform starting from 2.5.
(
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EMS012
EMS012
40% practical
60% theoretical
Next step
Any other e-terrasource
focused course.
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e-terrasource- Building an alarm model
Prerequisites
EMS002 - EMS003
EMS001 - EMS012
Duration
3 days
Audience
This course is intended for a large
audience; mainly for developers and
engineers who will perform database
and system modeling, display
building, programming.
Learning path
description below refers to is e-
terrasource. This tool applies to the
latest versions of e-terraplatform
starting from 2.5. For the earlier
versions of e-terraplatform a similar
course is available based on the e-
terramodeler modelling tool.
! "
#
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EMS013
EMS013 Next step
EMS014 - EMS015
EMS016
&
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e-terrasource - Building a network model
Prerequisites
EMS002 - EMS003
EMS011 - EMS012
Duration
2 days
Audience
modelers, and network engineers
the model of the network topology.
!
Learning path
"
#
!
$ % &
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description refers to is
e-terraplatform starting from
2.5.
'
EMS014
(
EMS014
30% practical
70% theoretical
Next step
EMS015 - EMS016
) *

e-terrasource - Building a generation model
Prerequisites
EMS002 - EMS003
EMS011 - EMS012 is
strongly recommended
Duration
2 days
Audience
modelers, and Generation engineers
the model of the generation control
system. This course is critical for
GenCo customers.
! "
#
"
Learning path
$
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description refers to is
2.5.
&
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EMS015
EMS015
30% practical
70% theoretical
Next step
EMS016
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e-terrasource- Building a dispatcher training
simulator model
Prerequisites
EMS002 - EMS003
EMS011 - EMS012
EMS014 - EMS015
Duration
2 days
Audience
modellers, and SCADA engineers
system and especially the Dispatcher
Training Simulator (DTS).
Learning path
description refers to is e-
terrasource. This tool applies to
2.5.
EMS016
EMS016
20% practical
80% theoretical
Next step

e-terrasource- Building a substation
Prerequisites
EMS002 - EMS003
EMS011 - EMS012
EMS014 - EMS015
Duration
2 days
Audience
modellers, and SCADA engineers
system.
Learning path
!
EMS017
142| Alstom Grid Technical Institute
EMS017
100% practical
Next step
"
#
! $
$
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Network application features
Prerequisites
EMS002
EMS003
EMS007
Duration
5 days
Audience
Utility personnel who will use Alstom
Grid network applications to perform
network analysis.
Learning path
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EMS018
40% practical
60% theoretical
Next step
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Network analysis
Prerequisites
EMS002 - EMS003
Duration
3 days
Audience
Utility personnel who will use Alstom
grid network applications.
!
Learning path
" # $ %" & '
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EMS019
EMS019
75% practical
25% theoretical
Next step
Network optimisation
( /

Network optimisation
Prerequisites
EMS002 - EMS003
EMS019
Duration
2 days
Audience
Utility personnel who will use network
optimization applications to perform
network analysis.
!
"
!
Learning path
#
$
%
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EMS020
%
EMS020
70% practical
30% theoretical
Next step
-

Generation application features
Prerequisites
EMS002- EMS003
EMS007
Duration
3 days
Audience
Personnel who will use Alstom Grid
generation applications to monitor and
control the generation system.
! " #
$ ! % & !
#
!
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Learning path
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*
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EMS021
EMS021
40% practical
60% theoretical
Next step
+ , !

e-terracommit
Prerequisites
EMS002 - EMS003
Duration
2 days
Audience
Engineers who will be in charge of the
schedule of generation requirements.
Learning path
EMS022
!
EMS022
70% practical
30% theoretical
Next step
EMS006
" #

e-terrasimulator - Instructor
Prerequisites
EMS002 - EMS003
EMs007 - EMs018
EMS021
Duration
3 days
Audience
Instructors of the e-terrasimulator
and system administrators supporting
the e-terrasimulator software
Learning path
EMS023
EMS023
60% practical
40% theoretical
Next step
! "

e-terraloadforecast
Prerequisites
Thorough understanding
of e-terrahabitat and e-
terraplatform
Duration
3 days
Audience
Engineers in charge of forecasting and
generation scheduling.
Learning path
EMS024
EMS024
60% practical
40% theoretical
Next step

e-terraplatform - Security management
Prerequisites
Familiarity with basic system
management concepts
related to an e-terraplatform
environment.
Duration
3 days
Audience
Administrators, network
administrators, and IT engineers
involved in the management and
maintenance of energy management
systems
EMS025
20% practical
80% theoretical
!
"
Learning path
#
$
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This course is critical for
maintaining the security
posture of the system.
EMS025
'
Next step
!
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e-terravision
Prerequisites
EMS002
Duration
3 days
Audience
Transmission reliability coordinators,
Transmission operators, dispatchers
and market operators
Learning path
!
"
EMS026
EMS026
30% practical
70% theoretical
Next step
#
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e-terraarchive
Prerequisites
Duration
2 days
Audience
Engineers using and managing
e-terraarchive system
!
Learning path
"#$
"#$
% " %
EMS027
%
EMS027
50% practical
50% theoretical
Next step
&

e-terracomm (Open Access Gateway)
Prerequisites
EMS002 - EMS003
Duration
3 days
Audience
Power system modellers, system
administrators and integrators who
will be responsible for carrying out
agreements to share EMS data with
external parties.
! " "
! " ! !
! ! " !
! !
! !! !
#
"
Learning path
" " !
#
$
# !
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EMS028
EMS028 Next step
%

e-terracontrol
Prerequisites
EMS002 - EMS003
Duration
4 days
Audience
Personnel in charge of installing and
maintaining e-terracontrol servers as
front-end processors for an e-
terraplatform installation.
! " !
#$ #
!
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Learning path
#$
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EMS029
$ !
EMS029 Next step
EMS030
!
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e-terracontrol - Programming
Prerequisites
e-terracontrol
Duration
3 days
Audience
Integrators, system managers
/administrators, and project engineers
responsible for installing, operating
and maintaining e-terracontrol
servers.
Learning path
! "
#
EMS030
EMS030 Next step
#

Protocol analysis
Prerequisites
Basic knowledge
computer
Duration
2 days
Audience
Engineers in charge of system
operation and maintenance and
SCADA engineers in charge of
engineering and design
! "
" #
Learning path
$
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'
EMS031
100% theoretical
Next step
% + "

e-terraplatform 2.x - 2.y - Delta course
Prerequisites
Experience working with an
e-terraplatform 2.x system.
Experience (and/or training)
with e-terrahabitat and
e-terraplatform
Duration
3 days
Audience
All users in charge of development,
maintenance, operation and
management of an e-terraplatform 2.x
based system and who want to
upgrade to e-terraplatform 2.y
Learning path
!
!
! "
!
!
!
!
! #
!
EMS032
$
EMS032
20% practical
80% theoretical
Next step
EMS016
% &

Full network system from field to SCADA
Prerequisites
First level practical knowledge
of the e-terrahabitat,
e-terraplatform, e-terracontrol
and e-terrasource or
e-terramodeler
Duration
3 days
Audience
System integrators, data modellers,
and data specialists
Learning path
! !
!
"
! ! !
#
The workshop gives a synthetic
technical realistic practical
overview about this important
part of the EMS and not to
deliver full details about all the
hardware, software and process
involved in the data
communication infrastructure.
EMS033
EMS033
90% practical
10% theoretical
Next step
$ %

EMS/DMS data model
Prerequisites
EMS002 - EMS003
Duration
3 days
Audience
Engineers who will build and maintain
the databases that support SCADA,
network, generation subsystem
applications
Learning path
! "# !
$#" !
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EMS034
EMS034 Next step
! &

Database building with DBB tool
Prerequisites
EMS034
Duration
3 days
Audience
Engineers who will build and maintain
the databases that support SCADA
subsystem
Learning path
EMS035
EMS035
100% practical
Next step
! "

Introduction to e-terradistribution
Prerequisites
Knowledge of
distribution network
operations
Duration
3 days
Audience
Systems integrators, power system
modellers and engineers involved in
the creation or maintenance
Learning path
e-terradistribution.
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e-terradistribution network analysis function
Prerequisites
DMS001
Basic knowledge of
operations.
Duration
2 days
Audience
DMS users, outage planners and
power flow analysts
Learning path
Overview of e-terradistribution
architecture and applications
Distribution network analysis as an
operational tool
Study mode vs real time
The distribution power flow and
network analysis functions:
! "
# $ !#$ "
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analysis functions:
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How to create save cases and
modify for “What if” studies
Solve operational studies using
data retrieved from a save case
Introduction to DNAF configuration
editor application and DNAF
configuration tuning attributes
Edit parameters used in the
configuration of the Distribution
network analysis functions
DMS002
-
DMS002 Next step
(DNAF)
. /

User Interface configuration (VCE)
Prerequisites
DMS001
Duration
2 days
Audience
Support engineers, power system
modellers and engineers.
Overview of Viewer Configuration
Editor
! " !
#
! # $
$
Learning path
e-terradistribution user
interface overview
DMS UI integration with WebFG
Creating annotation
Building the geographic network
view
DMS003
DMS003 Next step
#

e-terradistribution - Grid tabular builder
Prerequisites
DMS001
Duration
2 days
Audience
DMS support and maintenance staff,
user interface designers and DMS
operators
Learning path
!
" # $
%
DMS004
DMS004 Next step
& '

e-terradistribution - Operator training
Prerequisites
Working knowledge of
Distribution network
operations
Duration
2- 4 days
Audience
System operators, load planning
engineers, trouble dispatchers and
supervisory technical staff.
!"
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Learning path
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DMS005
(
DMS005
80% practical
20% theoretical
Next step
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Introduction to e-terradistribution
Prerequisites
Working knowledge
of distribution
network operations
Duration
3 days
Audience
modelers and engineers
!
"
Learning path
#
$
%
$
#
DMS006
DMS006 Next step
outage management
&

Distribution operator training simulator instructor
Prerequisites
DMS001
Basic knowledge of
operations
Duration
3 days
Audience
Train-the-trainer and simulation
instructors and end users of the
e-terradistribution systems
Learning path
Dispatchers can be trained in both
routine and emergency operations
in an environment that accurately
reflects the behavior and response
of the real systems as well as
testing and validating new
released of the system prior to
going on-line.
! "
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DMS007
DMS007 Next step
(DOTS)
# *

e-terradistribution – A day in the life of a
Prerequisites
General knowledge of
operations
Duration
5 days
Audience
modellers and engineers.
Learning path
DMS008
DMS008 Next step
DMS operator
! "

e-terragridcom - DXC
Prerequisites
Basic knowledge on PDH and
optic techniques. Handle
common operating systems on
PC. Ethernet networking
knowledge is recommended
Duration
5 days
Audience
Personnel in charge of the operation
or the maintenance, personnel of
engineering and design department
responsible to integrate this
equipment in telecommunications
network.
Learning path
Theory:
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)
)
Practice:
'
!
$
&
#
* +
'
,
,
*
#
TLC001
#
TLC001
65% practical
35% theoretical
Next step
- .

AEM for e-terragridcom - DXC, e-DXC or DXC-S
Prerequisites
Basic knowledge on PDH,
SDH and optic techniques.
Handle common operating
systems on PC.
Duration
5 days
Audience
network.
Learning path
Theory/Practice:
!
"
!
"
# $%
!
TLC002
!
TLC002 Next step
&
'
(
&
) *

e-terragridcom - MSE
Prerequisites
Basic knowledge on SDH and
optic techniques. Handle
common operating systems on
PC . Ethernet networking
knowledge is recommended
Duration
5 days
Audience
This course is intended for personnel
in charge of the operation or the
maintenance, personnel of
network.
Learning path
Theory:
!
" #
#
$
#
!
%
&'
(
!
#
)
) *
Practice:
#
%
+
$
,
,
*
TLC003
+
TLC003 Next step
& -

e-terragridcom - eDXC
Prerequisites
DMS001
Duration
2 days
Audience
network.
Theory:
!
"
#
$
% "
& %
% "
Learning path
'
$
(
$
)
)
TLC004
TLC004
65% practical
35% theoretical
Next step
* + %
Practice:
'
, -
'
.
.
&
,

e-terragridcom - DIP
Prerequisites
Basic knowledge on
power system protection.
Duration
2 days
Audience
network.
Learning path
Theory: Practice:
TLC005
TLC005
80% practical
20% theoretical
Next step

e-terragridcom - T390 (PLC)
Prerequisites
Basic knowledge about the
different types of modulation
Knowledge about OHL
transmission
Measurement unities (dB)
Duration
5 days
Audience
network.
Learning path
Theory:
!
Practice:
" #
$
%
& !
$
"
TLC006
TLC006
50% practical
50% theoretical
Next step
' (

e-terragridcom - TPI
Prerequisites
Very good knowledge of the
e-terragridcom PLC equipment
and basic knowledge on
protection systems.
Duration
2 days
Audience
network.
! "
# "
Learning path
Theory:
$
%
!
%
Practice:
TLC007
TLC007 Next step
&!' "

e-terrasentinel network management system
Prerequisites
Know the behavior of
supervised equipment
and their parameters
nment
Duration
5 days
Audience
Personnel in charge of supervision or
design of the telecommunication
network.
Theory:
!
Learning path
TLC008
TLC008 Next step
" #
$
%
#
% % % %
& '
($ )
%
Practice:
*
% )
+
*
$ % %

Transmission system based on Alcatel PABX Omni
Prerequisites
Basic knowledge telephone
equipment.
systems on PC.
Duration
5 days
Audience
Personnel in charge of operation or
maintenance, engineers and
designers responsible for integrating
this equipment in telecommunications
networks
!
"
#
$
Learning path
Theory:
#
%
&
'
"
#
## & #
(
) *
+
&
+
&
(
(
(
,
)
Practice:
)
-
'
)
% ..//
&
)
( 01$2// 3
.45/6
)
TLC009
%
TLC009
65% practical
35% theoretical
Next step
PCX 4400
+ 7

Transmission system based on Philips PABX Sopho
Prerequisites
Basic knowledge telephone
equipment.
systems on PC.
Duration
5 days
Audience
network.
!
"
#
$
Learning path
Theory:
#
%
&
'
"
#
## & #
(
)
$
*
&
&
*
&
(
(
(
(
+
)
Practice:
)
,
%
'
% )$&
&
)
(
TLC010
%
TLC010 Next step
iS3000
* -

Telecom for Smarter Grids - Principles
Prerequisites
Duration
2 days
Audience
Engineers
! "
Learning path
! #
$
%
&
TLC011
TLC011 Next step
% '

Introduction to Smart Grid
Prerequisites
None
Duration
1 day
Audience
Account managers, executives,
engineers
!
" ! #!
$ ! !
#
% % ! & !
#
!
Learning path
Overview of classic electric grid
'
!
' !
Overview of Smart Grid
#! ( #!
) ! *
)
+ #!
!
,
)
+
- #!
!
+ # !
Smart Grid case studies
Grid transformation: key drivers
. !
)
)
$!
Grid transformation: Smart Grid
roadmap
" /!
0
EMS036
!
EMS036
100% theoretical
Next step
EMS036
#%

SmartGrid - Fundamentals
Prerequisites
None
Duration
1 day
Audience
Account Managers, Executives,
Engineers
!
"#
$ % % &
Learning path
In the fundamentals, the following topics
will be covered in greater details for their
technology and business aspects. More
examples will be presented and the
environmental implications will be more
detailed
Overview of classic electric grid
'
'
Overview of Smart Grid
(
)
"
*
"
*
+
, *
Smart Grid case studies
Grid transformation: key drivers
-
"
"
!
$
Grid transformation: Smart Grid roadmap
.
/
EMS037
EMS037 Next step
0 %

Additional courses - Available on demand
Prerequisites
None
SmartGrid:
Fundamentals
Next step
The folllowing training courses are available on demand.
Please don't hesitate to contact us

Alstom High Voltage Training Offer - Technical Institute

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