Alstom High Voltage Training Offer - Technical Institute

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Alstom High Voltage Training Offer - Technical Institute

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Alstom High Voltage Training Offer - Technical Institute

  1. 1. TRAINING OFFER Technical Institute
  2. 2. 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 ! "#$ %& $#' $ ( !
  3. 3. ! ! ! www.alstom.com " # $ % " $ &
  4. 4. Alstom Grid Technical Institute Director Alstom Grid Technical Institute ! " # # # $ # # # ! # $ %# & ! " % $ ' ! # % % # ( ' ' ) $ ! * # ' %# +,, & # - Alstom Grid Technical Institute | 1
  5. 5. Technical training offering ! " # $" %& # & "' ( #) * + , - # ) Technical Institute, your training partner . " # / - 0 # - % # ) - % #" & ! " 1 - % 1 - % '" - % " ( 2 # 2 | Alstom Grid Technical Institute 3 # ) ) ) - $" # 3 ! #" " 44 " 5 .. .0 ! " 3 .( 3 0& 2 " # -
  6. 6. expert trainers Technical Institute ! 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 Alstom Grid Technical Institute | 3 " # " ! $ % & '(( & " $ $ " Alstom Grid Technical Institute covers the entire scope of electrical substation and network needs: ) ! * " + ) , -
  7. 7. A tutored approach ! Tutored e-learning ! Cost effective " # 4 | Alstom Grid Technical Institute Learning Management System Available at any time Voice over Scalability Tracking capabilities and evaluation Certificate Reporting capabilities $ % 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 & ' ( ) *+,-./ & % / & (!% 0!% $ 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 Light 0 * 1 23 Guided 4 Coached 4 ( % 5
  8. 8. Large portfolio Your voice counts Theoretical and practical training Real-size equipment ! " # $ % # % # &' # # # (( ) # # * + Alstom Grid Technical Institute | 5 Network management solutions training , ! & ! ! ! " - ! ! - $ .- ! - / 011 2 3 2 ! 3 Experience and Expertise / ! - 4, 5 ! !
  9. 9. ! " " # $% &''( ) $% (*''( " ! " + Tailored to your specific needs , ! - Competence Development Training Education Partnership 6 | Alstom Grid Technical Institute Fast-track experience development ! , ! % # . , / 0 % , ! At the heart of collaboration % ! 1 ANALYSING 2 ) ! 1 PREPARING # ) 3 TEACHING 4 5 QUALIFYING ! 1 6 1 2 3 4 CERTIFICATION To evaluateTo evaluateTo evaluateTo evaluate trainees'trainees'trainees'trainees' knowledge levelknowledge levelknowledge levelknowledge level ! ! !
  10. 10. Safety and environment 6
  11. 11. 8 | Alstom Grid Technical Institute Worldwide INDIA ! " # ! $% &% '(' ) *+ $, $-,% $-, ) ' . ' INDIA +/ ' ' ' # 0 1 $%% % & '(' ) *+ $ - % - , ) ' . ' INDIA , $2 ( % &% 3'#' ) *+ % ,+ %+-- ) ' . ' MEXICO 1 ( ( ' % # 4 ) *2 , ,$ % $ ) ' . ' RUSSIA & 5 6 7 0 6 8 %,% & 9 : ) *, ; +2< & %2 = ' - ) '! 6 ! 80. ' SWITZERLAND 1 ! & 1> 2%&$ ? @ ) * ;%< $ ,&, &2&$ ) ' . ' TURKEY A 9 B 8 C 8 1 ' ( ' & % % 7 ) *+% $ $ - &,$$ ) ' . ' UNITED ARAB EMIRATES 1 1? A # 6 A D 0 #'?' A = -+2, # " ) *+, + + ++ ) ' . ' UNITED KINGDOM ' D 0 @@ , DE ) * ;%< ,-2 , - + ) ' @@ . ' USA %-$2 : (5 +-%2 2% ) * ; 2< 2% &- ;! @ < ) ' . ' Technical Institute network
  12. 12. Safety and environment 6
  13. 13. Safety and environmentSafety and environmentSafety and environmentSafety and environment 10 | Alstom Grid Technical Institute
  14. 14. Basic electrical safety awareness Tutored e-learning Prerequisites None Duration Access on-line anytime, anywhere Alstom Grid Technical Institute | 11 Audience Personnel working in an electrical environment Learning path ! " # $"" % & ! The programme includes, but is not limited, to the following topics EL001 ' EL001 Next step EL002 ( )
  15. 15. Workplace electrical safety awareness Tutored e-learning Duration Access on-line anytime, anywhere Audience Personnel who has access to workplace in electrical environment ! ! " ! # ! $ %& ! !# ' ' ! &% # & ! $ ! & ! %! % ! ! # ! # & ! & !#( ! ) % ' ( Learning path % * ! ! % % + !# # & , ! ' ! $ %& The programme includes, but is not limited, to the following topics EL002 ! % 12 | Alstom Grid Technical Institute EL002 Next step EL003 '- Prerequisites Basic electrical safety awareness - Tutored e-learning
  16. 16. Supervisory electrical safety awareness Tutored e-learning Duration Access on-line anytime, anywhere Alstom Grid Technical Institute | 13 Audience Supervisors Learning path ! ! ! " # $% % & ! The programme includes but is not limited to the following topics EL003 ' EL003 Next step F1010 - F1020 - F1030 % ( Prerequisites Workplace electrical safety awareness - Tutored e-learning
  17. 17. Electrical safety for Managers Qualification levels overview Prerequisites None Duration 1 day Audience Managers responsible for qualification ! " # $ $ % & ' ( ) & * ! + # ! ' ' , - . , Learning path Authorisation titles / 0 . Case study 1 ' 2 3 2 3 The current French regulation 0 * ! Electrical qualification $ $ ( The electrical risk 4 ( # $ $ Electrical qualification according to the NFC18-510* - # 1 ( 5 ' & $ 6 5 ( ' F1001 14 | Alstom Grid Technical Institute F1001 100% theoretical Next step Electrical safety awareness tutored e-learning programme 6!7 '
  18. 18. 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 ! " " " #! $ " " " " "! %&'( ) " * ! " " + Learning path Electricity ' !" ! , " - " . "! ! . , " , " " - " . " " " '" , ! /"" . ! The NFC18-510 standard* , 0 " " ! 1 2 " 2 " ! " ,, ! , " !" 3 " " " Practical works 4 " " 2 ! " ! , #! * ! , " " " F1010 ! " F1010 20% practical 80% theoretical Next step F1011 " ! , " " " 5)0 " $ * 2 6 62 , " " ! " 4 7 " Non-electricity specialists who have basic access to electricity sites Alstom Grid Technical Institute | 15
  19. 19. Electrical Safety for non-electricians Retraining Prerequisites F1010 Non electricians authorised for 3 years Duration 1 day ! Audience " # $ " ! % # # & ' ( & ) ! * + # ! % % + Learning path Lab work , % ' % ' # ! ( ! % -.. #/ ' ! ' Reminder on the general safety instructions (NFC 18-510*) 0 " , % 1 % # # % # # ! ' & ' " # # ' 2 % Assessment test , % # ' % ' ' F1011 16 | Alstom Grid Technical Institute F1011 20% practical 81% theoretical Next step F1011 3!4 % Non-electricians, qualified by their company, whose authorisation period is at the end of validity
  20. 20. Electrical safety for electricians working at low voltage Prerequisites Basic knowledge of electricity and LV electrical experience Duration 3 days Alstom Grid Technical Institute | 17 Audience Workers who have a direct involvement in low voltage electrical work ! " #$ % " & '# '( ) ( ( Learning path $ )* ! " # + " & '# '& Electricity and its benefits, use and dangers , - . / 0 1 2 3 ) 0 F1020 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.
  21. 21. 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 company, whose authorisation period is at the end of validity ! " # $ " ! % # # & ' ( & ) ! * + # ! % % + , ' # - . + Learning path Assessment test / % # ' % ' ' Lab work , # " % ' % ' % % # # % # / # . # # ' Reminder on the safety general instructions (NFC 18-510*) F1021 18 | Alstom Grid Technical Institute F1021 25% practical 75% theoretical Next step F1030 F1021 (every 3 years) 0!1 %
  22. 22. Electrical safety for electricians working at low, medium and high voltage Prerequisites Basic knowledge in electricity and electrical experience Duration 4 days Alstom Grid Technical Institute | 19 Audience Electrical staff: non-managerial electrician and/or work supervisor and/or lockout supervisor and/or operation supervisor Learning path F1030 ! F1030 30% practical 70% theoretical Next step F1031 " # $ %
  23. 23. 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 company, whose authorisation period is at the end of validity ! ! " #$ % " & '# '( ) ! " #$ ) ( ( Learning path Assessment test * Lab work + & * , F1031 20 | Alstom Grid Technical Institute F1031 25% practical 75% theoretical Next step F1031 - .
  24. 24. Safety in explosive atmosphere – Application Prerequisites Electrical and mechanical fundamentals Duration 1.5 days Alstom Grid Technical Institute | 21 Audience ! "# $"%! Learning path " Theoretical training and exercises with an INERIS* certified trainer. & "# $"%' ( ) " ) ) # * ) # )+,, +,+ - - " F5020 ) F5020 100% theoretical & study cases Next step F5020 F5030 Electrical and mechanical - Level 1 . / Supervisors in installation, operation or maintenance on a hazardous area installation concerned by the risks of explosive atmosphere areas, under supervision
  25. 25. Safety in explosive atmosphere – Theory Prerequisites F5020 Electrical and mechanical fundamentals Duration 4 days Audience * INERIS: French national institute for industrial and environmental risk ! " # !$ %! # Learning path & ' ( !$ %! ) " * ! * * $ + * $ *,-- ,-, * % " . " . " " / " " ! " ' F5030 * 22 | Alstom Grid Technical Institute F5030 30% practical 70% theoretical Next step F5030 0 1 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.
  26. 26. SF6 gas recovery regulation EC 842-2006 Duration 2.5 days Alstom Grid Technical Institute | 23 Audience Prerequisites All trainings related to SF6 6 6 6 6 !"#$#%%& ! Learning path ' ( 6 ( ) 6 6 (( 6 * + !"#$#%%& , 6 - 6 6 6 . ( * / ( ) 6 0 , 1 ( 6 ( 6 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
  27. 27. SF6 gas recovery regulation EC 842-2006 Prerequisites All trainings related to SF6 Duration 2 days Audience Staff recovering SF6 gas 6 6 6 6 !"#$#%%& ! Learning path ' 6 ' 6 6 ( ) !"#$#%%& * 6 + 6 6 6 ' , ' 6 ' - 6 '' ( . ' - 6 / * 0 V0033 24 | Alstom Grid Technical Institute 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
  28. 28. Primary equipment
  29. 29. Handling of SF6 and CF4 gases according to IEC/TR Prerequisites Any high voltage training Duration 3.5 days Audience 6 4 6 6 ! " #$ % " &''()*+,+! - & ! Learning path Legal constraints . * / Practical part (modules B and C) 0 1 2 0 3 6 4 4 * 1 1 Theoretical part (modules A, B and C) $ 6* 4 4 - 6 4 $ 1 / 1 5 1 6 4 Note: A version of this course applied to the European Regulation EC 842-2006 is also available. V0010 26 | Alstom Grid Technical Institute 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 " 6 3 8 9 Test and certification (optional) * : 0 ; # * #$ % " &''()*+,+ 8 . 9 1 62271-303 technical report
  30. 30. Primary equipment
  31. 31. 28 | Alstom Grid Technical Institute Primary equipmentPrimary equipmentPrimary equipmentPrimary equipment
  32. 32. Generator set Operation and maintenance Duration 4 days Alstom Grid Technical Institute | 29 Audience Technicians Prerequisites A0101 Basic knowledge in electricity Learning path Diesel engine ! " Alternator # $ " Alternator % & ' ( $ ) Automation of the generator ! * Periodic monitoring operations Maintenance procedures Defect analysis Practical work + # E1142 ( E1142 20% practice 80% theory Next step E1232 ,
  33. 33. 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 ! " Alternator (reminder) # $ Coupling % # & Generator start conditions ' Protection of alternators Practical work on real size material E1232 30 | Alstom Grid Technical Institute E1232 20% practical 80% theoretical Next step (
  34. 34. Industrial site (between 1kV and 50 Kv) Operation Prerequisites F1030 Tutored e-learning Duration 4 days Alstom Grid Technical Institute | 31 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 !" # $ " $ " % " $ $ Note: Practical work may differ, depending on the materials available on site and the time available for the chosen training. B3032 & " B3032 40% practical 60% theoretical ' (
  35. 35. 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 " # $ ! % % Practical work & & ' & ( ! B3033 32 | Alstom Grid Technical Institute B0333 50% practical 50% theoretical Next step D2102 )
  36. 36. Air insulated substation (AIS) Tutored e-learning Prerequisites Duration Access on-line anytime, anywhere Alstom Grid Technical Institute | 33 Audience Technicians ! ! ! ! " # $ % " 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 &%'
  37. 37. 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 ! " # # $ % Worked Example from Annex A C37-013 IEEE Synchronizing, automatic voltage Generator transformers & '( ) Regulators (AVR) and Speed Control % *+, Generator Protection ) A9103 ! 34 | Alstom Grid Technical Institute A9103 20% case study 80% theoretical Next step Tutored e-learning A0202 " -
  38. 38. Generator circuit breaker FKG1 Prerequisites Fundamentals of electricity and mechanics Duration 3 days Alstom Grid Technical Institute | 35 Audience Technicians involved in the operation and maintenance on generator Circuit breakers up to 1 000 MW per unit ! " " # $ " % " & ' ( & Learning path Sulphur hexafluoride SF6 ' " Breaking electrical phenomena Development of SF6 generator Circuit breakers ) 6 Presentation of the SF6 Circuit breakers * + # Mechanical control mechanism FK3 -4 " , - . / % Maintenance and tooling for SF6 Circuit breakers FKG2 0 Mechanical control mechanism LV diagrams 12 3 SF6 monitoring 6 " % 6 " " " " Practical work on Circuit breakers with associated control mechanisms V9542 ! V9542 50% practical 50% theoretical Next step V8142 Maintenance and breakdown repair , 4 "
  39. 39. Generator circuit breaker FKG2 Technicians involved in the operation and maintenance on generator circuit breakers up to 200 MW per unit Duration 3 days Audience Prerequisites Fundamentals of electricity and mechanics ! " # " $ " % & % Learning path Sulphur hexafluoride SF6 & " Breaking electrical phenomena Development of SF6 generator Circuit breakers ' 6 Presentation of the SF6 Circuit breakers FKG2 ( ) Mechanical control mechanism FK3-4 * " * + , - * . $ Maintenance and tooling for SF6 Circuit breakers FKG2 * * / Mechanical control mechanism LV diagrams 01 2 SF6 monitoring 6 " $ 6 " " " " Practical work on Circuit breakers with associated control mechanisms V9542 36 | Alstom Grid Technical Institute V9442 50% practical 50% theoretical Next step V8142 Maintenance and breakdown repair + 3 "
  40. 40. Introduction to high voltage circuit breakers Prerequisites Duration 2 days Alstom Grid Technical Institute | 37 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 " #
  41. 41. Circuit breaker GL type - up to 250 kV Prerequisites Fundamentals of electricity and mechanics Duration 3,5 days Audience Technicians involved in the operation and maintenance of installations in High Voltage substations Learning path Sulphur hexafluoride SF6 ! " #$6 % Display steps of extinguishing in SF6 or SF6-CF4 % #$6 & Mechanical control mechanism FK3 ' ( ) ! Maintenance and tooling for SF6 Circuit breakers GL314 * + * , , - SF6 monitoring #$6 #$6 . / # ( / ) Practical work on circuit breakers and associated control mechanisms Note: Practical work may differ, depending on the materials available on site and the time available for the chosen training. Please don’t hesitate to contact us for more details V5442 38 | Alstom Grid Technical Institute V5442 50% practical 50% theoretical Next Step V8142 V8342 Operation and maintenance ' 0
  42. 42. Circuit breaker GL type - above 250 kV Prerequisites Fundamentals of electricity and mechanics Duration 3 days Alstom Grid Technical Institute | 39 Audience Technicians involved in the operation and maintenance of installations in High Voltage substations Learning path Sulphur hexafluoride SF6 ! "#$ % Display steps of extinguishing in SF6 or SF6-CF4 % "#$ & SF6 monitoring "#$ "#$ ' ( " ) ( * + 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 Operation and maintenance , - Mechanical control mechanism FK3 , ) + Maintenance and tooling for SF6 Circuit breakers GL314 . / . 0 0 1
  43. 43. Dead tank circuit breakers Prerequisites Fundamentals of electricity and mechanics Duration 3 days Audience Technicians involved in the operation and maintenance of high voltage substations, engineers working in HV substations ! " Learning path Circuit breaker safety Presentation of the HGF and/or DT dead tank circuit breaker range # $ ! Control mechanism $ % & ! Maintenance and tooling ' ( )* )* + & ! SF6 Monitoring $ 6 # Live Tank VS Dead Tank Sulphur hexafluoride SF6 # Development of SF6 circuit breakers $ , $ 6 , P003 40 | Alstom Grid Technical Institute P003 Next step Operation and maintenance %!-
  44. 44. Circuit breakers HPF type Prerequisites Fundamentals of electricity and mechanics Duration 3 days Alstom Grid Technical Institute | 41 Audience Operation and maintenance Learning path Circuit breaker safety Oil and its purpose Breaking electrical phenomena Oil interruption principle Presentation of the HPF ! Control mechanism ! " # $ Maintenance and tooling % & ' () () * $ Maintenance and tooling % & ' () () * $ Oil Monitoring " " P004 P004 Next step Technicians involved in the operation and maintenance of High Voltage substations, engineers working in HV substations " +
  45. 45. Circuit breakers HGF-FX-FXT-S1 type Prerequisites Fundamentals of electricity and mechanics Duration 3 days Audience Technicians involved in the operation and maintenance of High Voltage substations, engineers working in HV substations ! " " " # Learning path Circuit breaker safety Sulphur Hexafluoride SF6 $ % " Breaking electrical phenomena Development of SF6 circuit breakers & 6 & Presentation of the HGF-FX-FXT or S1 range $ Control mechanism " ' ( ) Maintenance and tooling % * + ! ,- ,- . ) SF6 Monitoring / 6 " / $ " " P002 ! 42 | Alstom Grid Technical Institute P002 50% practice 50% theoretical Next step V8142 Operation and maintenance ' 0 "
  46. 46. Outdoor substation solution- CAIS / HYpact Prerequisites Fundamentals of electricity and mechanics Duration 4 days Alstom Grid Technical Institute | 43 Audience Installation personnel, foremen and supervisors, technicians, and engineers who are responsible for the HV switchgear maintenance 6 Learning path 6 ! ! ! ! " # 6 $ ! 6 ! ! ! Note: practical work may differ depending on the materials available on site. TIR059 " TIR059 50% practical 50% theoretical Next step V8142 Operation and maintenance % &
  47. 47. 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) 44 | Alstom Grid Technical Institute V7131 20% practical 80% theoretical Next step Vertical-break, center-break and pantograph " #
  48. 48. Introduction to instrument transformers Prerequisites Electrotechnical fundamentals and grid protection Duration 1 day Alstom Grid Technical Institute | 45 Audience Consulting and protection engineers and technicians, project managers and field design Learning path Different types of instrument transformers ! " ! " ! " ! ! " ! Insulation techniques # $ % &6 Design parameters ! ' ( ' ! ' ) ! ( ) Whatever the size or design, 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 *
  49. 49. 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 ! "#$%&'(') ! * + , -. -. ! /01 2 1 /013 2 1 3 /01 '45 4 1 6 3 A5313 1 46 | Alstom Grid Technical Institute A5313 100% theoretical Next step C5342 7
  50. 50. Instrument transformers Duration 1 day, Option: 1 day more Alstom Grid Technical Institute | 47 Audience Operators, maintenance technicians, engineers and team managers Prerequisites A5312 Reinforced knowledge in electricity and mechanics 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 Maintenance and breakdown repair ! &
  51. 51. 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 ! 48 | Alstom Grid Technical Institute Power transformers - Tutored e-learning Next step A4201 Tutored e-learning " #
  52. 52. Distribution transformers Prerequisites Tutored e-learning Basic knowledge in electricity and electrotechnics Duration 3 days Alstom Grid Technical Institute | 49 Audience Technicians Learning path Selection of a transformer Transformer and harmonics ! Installation " # Maintenance Principles of maintenance # $ Practical work % & ' ( % # C4312 " C4312 50% practical 50% theoretical Next step A4212 Operation and maintenance # )
  53. 53. Introduction to power transformers Prerequisites Tutored e-learning Duration 2 days Audience Operation and maintenance 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 50 | Alstom Grid Technical Institute A4201 Next step A4213 $
  54. 54. Power transformers Prerequisite F1030 Basic knowledge in electrotechnics, mechanics and electricity dangers Duration 4 days (depending on location) Alstom Grid Technical Institute | 51 Audience Engineers and operators A4212 20% practical 80% theoretical Learning path Technical features Components Protection ! " # Oil Electrical connection $ % & ' ( ) Voltage setting * Control and test procedures # A4212 Next step C4532 Definition and operational constraints +
  55. 55. 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 Transformer protection & '! ( ( Transformer testing ) Transformer Oil * %+, Manufacturing & assembling process Special transformers ' A4213 52 | Alstom Grid Technical Institute A4213 Next step A4214 - Fundamentals for specialists
  56. 56. Power transformers Duration 1-5 days (depending on location) Alstom Grid Technical Institute | 53 Audience Technicians involved in the operation and maintenance of High Voltage substations, engineers working in HV substations Prerequisites A4201 Basic knowledge in electricity and mechanics Electrical qualification Learning path Technical considerations in the operation of a power transformer ! "#$% $ & " ' Accessories ( ) * " + &" " & Indicators, protection , ( &- " & ) ( . * Manufacturing process - Transportation, erection and commissioning Periodical controls, tests and maintenance , & /0 , ( 1 +, "+, 2", 1 # ( Analysis of tests and controls 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 Operation and maintenance
  57. 57. Power transformers Prerequisites A4213 Duration 1 day Audience Developing, design and senior engineers Learning path ! "# A4214 54 | Alstom Grid Technical Institute A4214 Next step C4242 Design and specification $ %
  58. 58. Power transformers - On load tape changer types Prerequisites Basic knowledge in electricity and mechanics Electrical qualification Duration 4 days Alstom Grid Technical Institute | 55 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 ! ! " # " $ % & ' ( ) # * C4532 C4532 50% practical 50% theoretical Next step A4212 Operation and maintenance '
  59. 59. Power transformers Prerequisites A4201 Duration 1 day Audience Operation and maintenance 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 ! "# # $ % # & ' ( C4233 56 | Alstom Grid Technical Institute C4233 Next step P001 Oil sampling and analysis ( )
  60. 60. Gas insulated substation Prerequisites Duration Acces on-line anytime, anywhere Alstom Grid Technical Institute | 57 Audience Engineers and technicians Engineers and technicians Engineers and technicians ! " # $ ! Learning path % $ % % $ # # $ & # % Gas insulated substation e-learning Gas insulated substation - Tutored e-learning Next step T003 Tutored e-learning '$(
  61. 61. 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 " # $ % GIS standard components & $ '6 ()$ ! ($ Sulphur Hexafluoride (SF6) Gas handling GIS testing Installation * Maintenance T003 58 | Alstom Grid Technical Institute T003 Next step + ,
  62. 62. Gas insulated substation B105 type Prerequisites F1030 Basic knowledge in electricity and mechanics. Duration 5 days Alstom Grid Technical Institute | 59 Audience Maintenance team Maintenance and breakdown repair Learning path Theory 6 !"# $ % & !"# !"# 6 !"# ' Maintenance ( & ) * % + % 6 % Note: Practical work may differ, depending on the materials available on site X4442 X4442 50% practical 50% theoretical Next step X8142 ) ,
  63. 63. Gas insulated substation T type Prerequisites F1030 Basic knowledge in electricity and mechanics Duration 5 days Audience Maintenance team Learning path Theory 6 !"" # $ % !"" & 6 !"" Spring mechanism ' Maintenance % ( ) Practical work Works repair for apparatus T type 6 $ Note: Practical work may differ, depending on the materials available on site X6142 60 | Alstom Grid Technical Institute X6142 50% practical 50% theoretical Next step X8142 Operation and maintenance ) *
  64. 64. Gas insulated substation F35-3/4/5 type Prerequisites Tutored e-learning Basic knowledge in electricity and mechanics Duration 5 days Alstom Grid Technical Institute | 61 Audience Maintenance team Learning path 6 ! " # ! 6 $ % & 6 # ' ( ) * # TIOE002 ! TIOE002 Next step X8142 Maintenance and breakdown repair ( +
  65. 65. Gas insulated substation B65 type Prerequisites S3202 Basic knowledge in electricity and mechanics Duration 5 days Audience Maintenance team Learning path !6 " #$ % & ' #$ #$ " !6 #$ ! ! ! ! !( ) * + !6 & ' , + ! - & TIOE003 " 62 | Alstom Grid Technical Institute TIOE003 50% practical 50% theoretical Next step X8142/M143 Maintenance and breakdown repair , .
  66. 66. Secondary equipment
  67. 67. Additional programs - Available on demand Text here.752 Primary equipement 64 | Alstom Grid Technical Institute
  68. 68. Secondary equipment
  69. 69. Secondary equipmentSecondary equipmentSecondary equipmentSecondary equipment 66 | Alstom Grid Technical Institute
  70. 70. MiCOM Px40 Prerequisites Good knowledge of protection principles. Work under MS Windows environment. Duration 2 days Alstom Grid Technical Institute | 67 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 % & ' # # % PROP002 PROP002 50% practical 50% theoretical Next step #( ) * ! Operation Engineers from application and control department, project managers, technicians and operators.
  71. 71. Overcurrent and feeder protection Prerequisites Good knowledge of electrical substations, overcurrent and feeder protection principles. Work under MS Windows environment. Duration 2 days Audience ! " # # $ # % Learning path & # # # & ' () # # *$ # # + , - . # - - .( - # $ # # # PROP120 # # 68 | Alstom Grid Technical Institute PROP120 Next step $/ # Electrical engineers, technicians, operators, maintenance engineers, protection design engineers " # - / - 0 #* # # # MiCOM P14x / Agile P14D and P14N
  72. 72. MiCOM P24x Prerequisites Good knowledge of electrical substations and motor protection principles. Work under MS Windows environment Duration 2 days Alstom Grid Technical Institute | 69 Audience Learning path ! "#$ ! % ! & ' ( ) *+ & ) ! ) *" ! ) $ ! ! $ PROP121 PROP121 Next step , ) , ) - % Motor protection Electrical engineers, operators, maintenance engineers, protection design engineers.
  73. 73. MiCOM P34x Prerequisites Good knowledge of electrical substations, generator and protection principles. Work under MS Windows environment Duration 3 days Audience Learning path ! " #$% " & " ' ( ) * +, ' " * +# " * % " " % PROP122 70 | Alstom Grid Technical Institute PROP122 Next step - * - * . & Generator protection Electrical engineers, operators, maintenance engineers, protection design engineers.
  74. 74. MiCOM P44x Prerequisites Good knowledge of electrical substations and distance protection principles. Work under MS Windows environment Duration 4 days Alstom Grid Technical Institute | 71 Audience Learning path ! " #$% " & " ' ( ) * +, ' * " * +# " * % " " % PROP123 PROP123 Next step - * - * . & Distance protection Electrical engineers, operators, maintenance engineers, protection design engineers
  75. 75. MiCOM P54x Prerequisites Good knowledge of electrical substations line differential protection principles. Work under MS Windows environment Duration 3 days Audience Learning path !" # $%& # ' # ( ) * +, ( # +$ # & # # & PROP124 72 | Alstom Grid Technical Institute PROP124 Next step - - . ' Line differential protection Electrical engineers, operators, maintenance engineers, protection design engineers
  76. 76. MiCOM P64x Prerequisites Good knowledge of electrical substations and transformer protection principles. Work under MS Windows environment Duration 3 days Alstom Grid Technical Institute | 73 Audience Learning path ! " #$% " & " ' ( ) * +, ' * " * % " " % PROP127 PROP127 Next step * - * . & - Transformer protection Electrical engineers, operators, maintenance engineers, protection design engineers
  77. 77. MiCOM P74x Prerequisites Good knowledge of electrical substations and protection principles. Work under MS Windows environment Duration 4 days Audience Learning path ! " # $# %&' ( ) * + ! ", ) ! ! "% ! ' PROP130 74 | Alstom Grid Technical Institute PROP130 Next step ' ! - ! . ( - Digital differential busbar protection Electrical engineers, operators, maintenance engineers, protection design engineers
  78. 78. Voltage and frequency protection Prerequisites Good knowledge of electrical substations and protection principles. Work under MS Windows environment Duration 2 days Alstom Grid Technical Institute | 75 Audience ! ! " ! # Learning path $ ! ! ! $ %& ' ()*!' ! " !' ! + , - ./ ! - ' - .( ' - * ! " ' ' ! * ! ! PROP125 ! ! PROP125 Next step "0 ! MiCOM P94x / Agile P94V ! - 0 - 1 ! ! ! ! Electrical engineers, operators, maintenance engineers, protection design engineers.
  79. 79. Disturbance and power quality recorder Prerequisites Good knowledge of electrical substations and protection principles. Work under MS Windows environment Duration 2 days Audience ! Learning path " # $ $ % % $ & ' $ ($ ) * #$ + , PROP131 76 | Alstom Grid Technical Institute PROP131 Next step - MiCOM M57x / M87x & . % % $ / 0 1 # $ ' & Electrical engineers, operators, maintenance engineers, protection design engineers
  80. 80. Configuration of IEC 61850 communication Prerequisites Experience in MiCOM Px40 operation and S1 studio software Duration 3 days Alstom Grid Technical Institute | 77 Audience ! " #! $ % ! & ' (! ( ( ) * + ! ) % ( ( % , Learning path ) % % ' " % ( ! - ' & Technicians and engineers from design or control department, protection engineering staff, commissioning engineers SCS020 SCS020 Next step )* % MiCOM Px40 series / Agile series ! ( ) + ! . " ( $ ( / ( ( ) !
  81. 81. 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 ( ( Going for real projects ' ) (% % * SCS003 78 | Alstom Grid Technical Institute SCS003 Next step + End users and system integrators who want to specify and/or follow-up an IEC 61850 project, system architects and consultants.
  82. 82. Introduction to industrial installations protection Prerequisites A2112 Basic knowledge in electricity Technological or scientific diploma or completion Duration 4 days Alstom Grid Technical Institute | 79 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 % & Engineers and technicians involved in the design, study testing, maintenance and operation of protection systems for HV nstallations
  83. 83. Protection of AC generators Prerequisites D2102 Basic knowledge in electricity Technological or scientific diploma or completion Duration 4 days Audience Learning path Alternators operating ! " #$% & ' ' ( ) * ( ( ' ' (+ * + ( , ' + ! ! - , ! Case study D2402 & 80 | Alstom Grid Technical Institute D2402 Next step Engineers and technicians ' .
  84. 84. MV/LV industrial installations digital protection Prerequisites Basic knowledge in electricity and good knowledge of MS Windows environment Duration 4 days Alstom Grid Technical Institute | 81 Audience Learning path Digital technologies Analysis of the single wired schemes Protection systems ! " ! " # Protection relays # Practical work for each protection relay $ % & % # # ' ( ) ) Detailed study of the following protection relays * * D2502 # D2502 Next step + ( and MiCOM relays Engineers and technicians
  85. 85. 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 82 | Alstom Grid Technical Institute SCS006 Next step ' $ $ % ( & ) ' ! Technicians and engineers from design or control departments, project managers, operation and maintenance
  86. 86. Fundamentals Prerequisites Electrotechnical and operation in substation Good knowledge of MS Windows environment Duration 3 days Alstom Grid Technical Institute | 83 Audience Learning path Training covering DS Agile v5.x and PACiS from v2.0 up to v4.6 ! " # $ % % & % % % & '()*+ , % % % - .- /'0 % % % 1 SCS007 SCS007 Next step . 2 DS Agile - Digital control systems Technicians and engineers from design or control departments, project managers, operation and maintenance staff managers
  87. 87. DS Agile - Digital control systems Operation Prerequisites Duration 3 days Audience Learning path Training covering DS Agile v5.x and PACiS from v2.0 up to v4.6 ! !"#$ ! !"#$ ! !"#$ ! !"#$ SCS008 ! 84 | Alstom Grid Technical Institute SCS008 Next step SC009 Electrotechnical and operation in substation Good knowledge of MS Windows environment % Operators, electrical staff of DS Agile system
  88. 88. Architecture, operation and maintenance Prerequisites Electrotechnical and operation in substation Good knowledge of MS Windows environment Duration 5 days Alstom Grid Technical Institute | 85 Audience Learning path Training covering DS Agile v5.x and PACiS from v2.0 up to v4.6 ! " " # " " " $%& # " " " ' " " " ( ) SCS009 SCS009 Next step SC010 * DS Agile - Digital control systems Technicians and engineers from design or control departments, project managers, operation and maintenance technicians
  89. 89. DS Agile - Digital control systems Architecture, operation, maintenance and basic configuration Prerequisites Electrotechnical and operation in substation. Good knowledge of MS Windows environment Duration 10 days Audience Learning path Training covering DS Agile v5.x and PACiS from v2.0 up to v4.6 ! " # # $ % % # # # !&'( $ # #% # # # ! ) # * + # + + + , ! # # - . / SCS010 ! 86 | Alstom Grid Technical Institute SCS010 Next step 0 Technicians and engineers from design or control departments, project managers, operation and maintenance technicians
  90. 90. SPACE 2000 - Digital control system Prerequisites Electrotechnical and operation in substation Basic knowledge of UNIX environment Duration 10 days Alstom Grid Technical Institute | 87 Audience Learning path ! " # $ % $ % & ' ( # ) SCS011 SCS011 50% practical 50% theoretical Next step * $ % " $ % % + Technicians and engineers from design or control departments, project managers, operation/ maintenance technicians Operation and maintenance
  91. 91. Configuration, operation and maintenance Prerequisites Electrotechnical and operation in substation Good knowledge of MS Windows environment Duration 10 days Audience Learning path ! " " #$! % & " % " " ' " ( ) * " " " % % + ' , % % - -* SCS012 88 | Alstom Grid Technical Institute SCS012 70% practical 30% theoretical Next step . PSCN 3020 - Digital Control System Technicians and engineer from design or control departments, project managers, operation/maintenance technicians * " ) * / " 0 1
  92. 92. Introduction to protection high voltage networks Prerequisites Knowledge of electrical networks Electrotechnical and mathematical basis Duration 5 days Alstom Grid Technical Institute | 89 Audience Learning path ! "# $ " % & & ' ! PROG012 ( PROG012 100% theoretical Next step $ ) ( * + , Maintenance and commissioning engineers, protection engineers, protection design engineers, project managers
  93. 93. Prerequisites Knowledge of HV and EHV electrical networks Electrotechnical and mathematical basis Duration 5 days Audience Learning path PROG013 90 | Alstom Grid Technical Institute PROG013 100% theoretical Next step PROG014 ! " # $ % # Utility transmission power system protection Basics Maintenance, commissioning, and protection engineers, design engineers, project managers & '
  94. 94. Utility transmission power system protection Prerequisites PROG013 Knowledge of HV and EHV electrical networks Electrotechnical and mathematical basis Duration 5 days Alstom Grid Technical Institute | 91 Audience Learning path ! " PROG014 # PROG014 100% theoretical Next step PROG015 $ % & & " & & & & # ' & ( ) * Maintenance and commissioning engineers, protection engineers, protection design engineers, project managers. Advanced
  95. 95. Utility transmission power system protection Prerequisites PROG014 Knowledge of HV & EHV electrical networs Duration 5 days Audience Learning path Understanding of phenomena and constraints influencing HV and EHV ! " # ! $ ! % & PROG015 % 92 | Alstom Grid Technical Institute PROG015 100% theoretical Next step ' ( Maintenance and commissioning engineers, protection engineers, design engineers, project managers. Expert
  96. 96. Selection of a neutral-earthing system Prerequisites Electrotechnical and mathematical basis Duration 2 days Alstom Grid Technical Institute | 93 Audience Learning path ! " # $ %&!' ()* &" + PROG102 # PROG102 Next step % + " , - for HV networks Technicians and engineers of control engineering consulting firms, project management heads, operation
  97. 97. Selection of the CT/VT measurements Prerequisites Electrotechnical and mathematical basis Duration 5 days Audience Learning path PROG103 94 | Alstom Grid Technical Institute PROG103 Next step ! " regulating switch # $ % % Maintenance and commissioning engineers, protection engineers, protection design engineers, project managers
  98. 98. Motor protection Prerequisites Electrotechnical and mathematical basis Duration 2 days Alstom Grid Technical Institute | 95 Audience Learning path !" # $ % PROG104 PROG104 Next step PROP121 & % ' Technicians and engineers of control engineering consulting firms, project management heads, operation
  99. 99. Transformer protection Prerequisites Electrotechnical and mathematical basis. Knowledge of MS Windows environment Duration 2 days Audience Learning path !" #$ PROG105 ! 96 | Alstom Grid Technical Institute PROG105 Next step PROP127 % & ' ( ) ' ( ) ( !" *$ + ) " , Technicians and engineers of control engineering consulting firms, project management and operation
  100. 100. Generator protection Prerequisites Electrotechnical and mathematical basis Knowledge of MS Windows environment Duration 3 days Alstom Grid Technical Institute | 97 Audience Learning path ! ! "#! $% !&$' ( ) PROG106 " PROG106 Next step PROG122 ( * + ! ( # , Technicians and engineers of control engineering consulting firms, project management and operation
  101. 101. Lines and cables protection Prerequisites Electrotechnical and mathematical basis Knowledge of MS Windows environment Duration 3 days Audience Learning path PROG107 98 | Alstom Grid Technical Institute PROG107 Next step PROP124 Technicians and engineers of control engineering consulting firms, project management heads, operation technicians ! " #
  102. 102. Power networks stability principles Prerequisites Electrotechnical and mathematical basis Knowledge of Windows environment Duration 2 days Alstom Grid Technical Institute | 99 Audience Learning path !"# $ $ %"& "' ( %) * ( PROG108 PROG108 Next step ) + , Technicians and engineers of control engineering consulting firms, project management heads, operation technicians
  103. 103. Fault current calculation Prerequisites Electrotechnical and mathematical basis Duration 2 days Audience Learning path ! " PROG109 # 100 | Alstom Grid Technical Institute PROG109 Next step $ % Symmetric components theory, basics and applications & ' ( ) * ' Technicians and engineers of control engineering consulting firms, project management heads, operation technicians
  104. 104. Selectivity study Prerequisites Electrotechnical and mathematical basis Duration 2 days Alstom Grid Technical Institute | 101 Audience Technicians and engineers of control engineering consulting firms, project management heads, operation technicians Learning path PROG110 PROG110 Next step ! " # $ Medium and high voltage
  105. 105. 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 102 | Alstom Grid Technical Institute 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
  106. 106. BWatch-3 Monitoring gas insulated circuit breaker Prerequisites S3202 Basic knowledge in electricity and mechanics and in GIS operations. Duration 2 days Alstom Grid Technical Institute | 103 Audience ! " # $ % $ & Learning path Introduction ' # ! The BWatch-3 ! (6 # Acquisitions systems Man-Machine Interface (MMI) ) " ** % + , X8142 X8142 50% practical 50% theoritecal Next step All GIS trainings , - $ Practical work may differ, depending on the materials available on site Engineers and senior technicians involved in the operation and maintenance
  107. 107. 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 % 104 | Alstom Grid Technical Institute 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
  108. 108. Power Systems
  109. 109. MS 2000 / MS 3000 Prerequisites Knowledge of transformers and basic knowledge of information technology Duration 2 days Audience Learning path Fundamentals !"""# $""" % Installation !""" # $""" !""" # $""" Configuration & Analysis ' ( ) Service TIR066 & 106 | Alstom Grid Technical Institute TIR066 Next step Any trainings related to transformers * % Monitoring power transformers Engineers and technicians involved in the operation, installation and maintenance of monitoring systems and transformer experts
  110. 110. Power Systems
  111. 111. Power systems 108 | Alstom Grid Technical Institute
  112. 112. High voltage substation fundamentals Tutored e-learning Prerequisites Duration Access on-line anytime, anywhere Alstom Grid Technical Institute | 109 Audience ! " Learning path # # $ # # Engineers and technicians High voltage substation fundamentals e-learning High voltage substation fudamentals - Tutored e-learning Next step % &
  113. 113. 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 ! Learning path " # # " $ # % ! & GEE003 110 | Alstom Grid Technical Institute GEE003 100% theoretical Next step ' (
  114. 114. Understand electrical energy transmission Prerequisites Basic knowledge in electricity Duration 1 day Alstom Grid Technical Institute | 111 Audience Staff and manager ! " # ! Learning path $ % & ' ( )*++ & A0102 A0102 100% theoretical Next step A0201 A0103 activity , -
  115. 115. High voltage products Prerequisites A0202 Basic knowledge of high voltage electricity and products Duration 2 days Audience Staff and manager ! Learning path " " # $ % $ & A0103 % 112 | Alstom Grid Technical Institute A0103 20% case study 80% theoretical Next step A0203 ' (
  116. 116. From production to distribution: the paths to energy Prerequisites A0102 Duration 4 days Alstom Grid Technical Institute | 113 Audience Staff and manager, no technical skills required Learning path Distribution grids Protection plan ! Connections and solutions under High Voltage Direct Current (HVDC) " # $ Transmission electrical lines % & $ Industrial grids % A0201 $ A0201 20% case study 80% theoretical Next step A3402 A3401 '
  117. 117. Transmission products and solutions overview Prerequisites T & D experience Duration 3 days Audience Staff and manager with transmission and distribution experience Learning path !" #!" $ " $ % &'() &'#) * " + , - - &' .' * &' " &' . &' / 0 A0202 ) 114 | Alstom Grid Technical Institute A0201 100% theoretical Next step A0203 A0103 * 1
  118. 118. High voltage substation environment Prerequisites A0202 Basics in electricity and high voltage products Duration 3 days Alstom Grid Technical Institute | 115 Audience Staff and manager with technical background Learning path ! "#$ %#$ " & A0203 A0201 20% case study 80% theoretical Next step A0201 ' !
  119. 119. 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 Electrical line ! " # " # Electrical installation overview $! %&'%(( "! # " # ) "*) +) ,)# $ *) " # ",) - # Default current estimation ! Case study: Design of one part of a plant : selection of the equipment, comparison of the different solutions A1212 116 | Alstom Grid Technical Institute A1212 40% case study 60% theoretical Next step A2112 . /
  120. 120. High voltage industrial installations Design A0201 2-years university technological diploma or completion Duration 4 days Alstom Grid Technical Institute | 117 Audience Engineers and technicians involved in design, study, modifications and maintenance ! " # $ Learning path Characteristics of the sources % " " Selection of the electric cables " " " " & Reminders of the short circuit current estimation Neutral systems in industrial grids ' ( ) ) Steps of the design of an installation * +, -. -// +, -. 0// !, $" ! $" 1 " 2 3 , * " Voltage and current transformers Characteristics of the equipment Reminders of the industrial grids protection ' ( ' ( Reminders of the protection of distribution transformers Case study * " A2112 A2112 40% case study 60% theoretical Next step A2402 D2102 4 5
  121. 121. Compensation of reactive energy in a disrupted Prerequisites A0101 Basic knowlege in electricity Technical studies Duration 3 days Audience Technician and engineer who wants to optimise his installation for energy saving !"#$%" Learning path Capacitors banks & ' &( )( * + + Case study + ' , - . - - - - Equipment features / ' - - - 0 Reactive energy compensation 1 . , / A3401 . 118 | Alstom Grid Technical Institute A3401 30% case study 70% theoretical Next step A3402 environment 0 2
  122. 122. Quality of energy Prerequisites A3401 Technical studies Duration 3 days Alstom Grid Technical Institute | 119 Audience Technicians and engineers Learning path Flicker and voltage unbalance Harmonics ! Case study Basics and challenges " # ! Overvoltage and voltage drops ! $ % A3402 & A3402 20% case study 80% theoretical Next step A0201 ' (
  123. 123. Introduction to HVDC Prerequisites A0202 Qualification and/or experience in power electronics Duration 2 days Audience For electrical engineer Learning path Introduction to valve ! ! "## HVDC valve components $ "## ! ! ! ! ! ! % ! ! "## Introduction to HVDC ! ! ! ! & HVDC Fundamentals ' ( ! ! ) ! ) ! ! *+ ! Introduction to control and protection of HVDC systems & ! ! ! ! ! , ! ! ! ! Introduction to Voltage Source Converter (VSC) - ! . - ! - ! $ - HVDC001 120 | Alstom Grid Technical Institute A2112 100% theoretical Next step S3200 A0201 &
  124. 124. Network management
  125. 125. 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: ! ! Factory Visit (if applicable) The need for FACTS* applications Principle of operation Shunt connected: " ! " " ! " # $ % ! % &"! FACTS002 122 | Alstom Grid Technical Institute FACTS002 Next step & '
  126. 126. Network management
  127. 127. Network managementNetwork managementNetwork managementNetwork management 124 | Alstom Grid Technical Institute
  128. 128. Network ManagementNetwork ManagementNetwork ManagementNetwork Management Alstom Grid Technical Institute | 125
  129. 129. 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 126 | Alstom Grid Technical Institute Prerequisites None ! EMS001 100% theroetical Next step Any energy management systems training
  130. 130. Prerequisites None Duration 2 days Alstom Grid Technical Institute | 127 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 ! " ! Learning path This introductory course presents the general architecture and a functional overview of the and e-terrahabitat. # $ $ EMS002 % EMS002 50% practical 50% theoretical Next step Any energy management systems training $ &
  131. 131. e-terrahabitat- Databases Prerequisites EMS002 Duration 2 days Audience e-terrahabitat users, e-terrahabitat application programmers , display builders and data modelers ! " # $ % & '() ! * + Learning path e-terrahabitat databases course introduces trainees to e-terrahabitat database (Hdb) design concepts , EMS003 128 | Alstom Grid Technical Institute EMS003 70% practical 30% theoretical Next step EMS004 - EMS011 EMS009 , -
  132. 132. 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 Alstom Grid Technical Institute | 129 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 ! " # $ " EMS004 EMS004 80% practical 20% theoretical Next step EMS005 %
  133. 133. 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. !" #$ % % & !" '( % % $ " ) * & ) % # ' + % ) ) , Learning path ) ) !" ( ( !" * % % !" ) ) ( ( ( ( % EMS005 130 | Alstom Grid Technical Institute EMS005 50% practical 50% theoretical Next step EMS006 ' % % )
  134. 134. e-terrahabitat - Programming Prerequisites EMS002 - EMS003 EMS004 - EMS005 Duration 5 days Alstom Grid Technical Institute | 131 Audience Application programmers ! "# ! "# $ % & ' ( ) * ' + , $ ! ! , Learning path - . / # .0(1 / . %" 2 ' " / . 2 # / . "# / * . ' 3 / ' ( .' / . % / . -'* / EMS006 EMS006 50% practical 50% theoretical Next step 4 !
  135. 135. 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 . ! ! " # $ % #& # ! Learning path ' ( # & #& ## #& & # # ) & # ) EMS007 132 | Alstom Grid Technical Institute EMS007 20% practical 80% theoretical Next step & # & & * +
  136. 136. Alarm modelling for real-time operations Prerequisites EMS002 - EMS003 Duration 2 days Alstom Grid Technical Institute | 133 Audience System integrators, power system modelers and engineers. Learning path EMS008 50% practical 50% theoretical EMS008 Next step ! "
  137. 137. 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 " " " # $ ! %& ' ! $ ! % $ ( EMS009 " 134 | Alstom Grid Technical Institute EMS009 75% practical 25% theoretical Next step EMS010 ' ) ! %& ' ! $ ! ' ) *
  138. 138. Advanced user interface concepts Prerequisites EMS002 - EMS003 EMS009 Duration 2 days Alstom Grid Technical Institute | 135 Audience Engineers in charge of forecasting and generation scheduling. ! " #$%" & '( ) * & Learning path + ! " # $%" '( ) , '( ) ) EMS010 EMS010 50% practical 50% theoretical Next step - .
  139. 139. 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 ! " # $ " 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 136 | Alstom Grid Technical Institute EMS011 Next step Any other e-terrasource focused course % &$ ' (
  140. 140. e-terrasource- Building a SCADA model Prerequisites EMS002 - EMS003 EMS001 Duration 3 days Alstom Grid Technical Institute | 137 Audience System integrator, power system modelers, and SCADA engineers involved in creating or maintaining the model of the monitored power system. e-terraplatform customers. ! " ! # ! $ $ $ % & ! Learning path $ $ & ' 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. ( # # EMS012 EMS012 40% practical 60% theoretical Next step Any other e-terrasource focused course. ' ) *
  141. 141. 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 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. For the earlier versions of e-terraplatform a similar course is available based on the e- terramodeler modelling tool. ! " # $ # % % EMS013 138 | Alstom Grid Technical Institute EMS013 Next step EMS014 - EMS015 EMS016 & ' $ $ '
  142. 142. e-terrasource - Building a network model Prerequisites EMS002 - EMS003 EMS011 - EMS012 Duration 2 days Alstom Grid Technical Institute | 139 Audience System integrator, power system modelers, and network engineers involved in creating or maintaining the model of the network topology. ! Learning path " # ! $ % & ! The modelling tool that the description refers to is e-terrasource. This tool applies to the latest versions of e-terraplatform starting from 2.5. ' EMS014 ( EMS014 30% practical 70% theoretical Next step EMS015 - EMS016 ) *
  143. 143. e-terrasource - Building a generation model Prerequisites EMS002 - EMS003 EMS011 - EMS012 is strongly recommended Duration 2 days Audience System integrator, power system modelers, and Generation engineers involved in creating or maintaining the model of the generation control system. This course is critical for GenCo customers. ! " # " Learning path $ % The modelling tool that the description refers to is e-terrasource. This tool applies to the latest versions of e-terraplatform starting from 2.5. & " EMS015 140 | Alstom Grid Technical Institute EMS015 30% practical 70% theoretical Next step EMS016 ' (
  144. 144. e-terrasource- Building a dispatcher training simulator model Prerequisites EMS002 - EMS003 EMS011 - EMS012 EMS014 - EMS015 Duration 2 days Alstom Grid Technical Institute | 141 Audience System integrator, power system modellers, and SCADA engineers involved in creating or maintaining the model of the monitored power system and especially the Dispatcher Training Simulator (DTS). Learning path The modelling tool that the description refers to is e- terrasource. This tool applies to the latest versions of e-terraplatform starting from 2.5. EMS016 EMS016 20% practical 80% theoretical Next step
  145. 145. e-terrasource- Building a substation Prerequisites EMS002 - EMS003 EMS011 - EMS012 EMS014 - EMS015 Duration 2 days Audience System integrator, power system modellers, and SCADA engineers involved in creating or maintaining the model of the monitored power system. Learning path ! EMS017 142| Alstom Grid Technical Institute EMS017 100% practical Next step " # ! $ $ % &
  146. 146. Network application features Prerequisites EMS002 EMS003 EMS007 Duration 5 days Alstom Grid Technical Institute | 143 Audience Utility personnel who will use Alstom Grid network applications to perform network analysis. Learning path !"#$ % & ' ! (' % ) * )*% & ) &) % & ' &'(+% ) EMS018 ) EMS018 40% practical 60% theoretical Next step $ " $ "% , ,*! - ,,-% $ .
  147. 147. Network analysis Prerequisites EMS002 - EMS003 Duration 3 days 144 | Alstom Grid Technical Institute Audience Utility personnel who will use Alstom grid network applications. ! Learning path " # $ %" & ' ( " & ) %*+",-(+.) & ' ( *+",-(+ ) & ) & EMS019 EMS019 75% practical 25% theoretical Next step Network optimisation ( /
  148. 148. Network optimisation Prerequisites EMS002 - EMS003 EMS019 Duration 2 days Audience Utility personnel who will use network optimization applications to perform network analysis. ! " ! Learning path # $ % " & '() * ''* & + " "#," EMS020 % EMS020 70% practical 30% theoretical Next step Alstom Grid Technical Institute | 145 -
  149. 149. 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. ! " # $ ! % & ! # ! & ! # Learning path ' ( ! ! ) ! ! * ! EMS021 146 | Alstom Grid Technical Institute EMS021 40% practical 60% theoretical Next step + , !
  150. 150. e-terracommit Prerequisites EMS002 - EMS003 Duration 2 days Alstom Grid Technical Institute | 147 Audience Engineers who will be in charge of the schedule of generation requirements. Learning path EMS022 ! EMS022 70% practical 30% theoretical Next step EMS006 " #
  151. 151. 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 148 | Alstom Grid Technical Institute EMS023 60% practical 40% theoretical Next step ! "
  152. 152. e-terraloadforecast Prerequisites Thorough understanding of e-terrahabitat and e- terraplatform Duration 3 days Alstom Grid Technical Institute | 149 Audience Engineers in charge of forecasting and generation scheduling. Learning path EMS024 EMS024 60% practical 40% theoretical Next step
  153. 153. 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 # $ # % &' '() **+ , '() **- , % . This course is critical for maintaining the security posture of the system. EMS025 ' 150 | Alstom Grid Technical Institute Next step ! / #!0
  154. 154. e-terravision Prerequisites EMS002 Duration 3 days Alstom Grid Technical Institute | 151 Audience Transmission reliability coordinators, Transmission operators, dispatchers and market operators Learning path ! " EMS026 EMS026 30% practical 70% theoretical Next step # $ %& %#$" ' ( ) ! *
  155. 155. e-terraarchive Prerequisites Duration 2 days Audience Engineers using and managing e-terraarchive system ! Learning path "#$ "#$ % " % EMS027 % 152 | Alstom Grid Technical Institute EMS027 50% practical 50% theoretical Next step &
  156. 156. e-terracomm (Open Access Gateway) Prerequisites EMS002 - EMS003 Duration 3 days Alstom Grid Technical Institute | 153 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 " " ! # $ # ! ! ! EMS028 EMS028 Next step %
  157. 157. 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. ! " ! #$ # ! ! % & $ ' (! & ) * ! Learning path #$ ! ! ' ! EMS029 $ ! 154 | Alstom Grid Technical Institute EMS029 Next step EMS030 ! ' ! ! + ,
  158. 158. e-terracontrol - Programming Prerequisites e-terracontrol Duration 3 days Alstom Grid Technical Institute | 155 Audience Integrators, system managers /administrators, and project engineers responsible for installing, operating and maintaining e-terracontrol servers. Learning path ! " # EMS030 EMS030 Next step #
  159. 159. 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 $ %" " & ' ()(* EMS031 ' 156 | Alstom Grid Technical Institute EMS031 100% theoretical Next step % + "
  160. 160. 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 Alstom Grid Technical Institute | 157 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 % &
  161. 161. 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 158 | Alstom Grid Technical Institute EMS033 90% practical 10% theoretical Next step $ %
  162. 162. EMS/DMS data model Prerequisites EMS002 - EMS003 Duration 3 days Alstom Grid Technical Institute | 159 Audience Engineers who will build and maintain the databases that support SCADA, network, generation subsystem applications Learning path ! "# ! $#" ! % " EMS034 EMS034 Next step ! &
  163. 163. Database building with DBB tool Prerequisites EMS034 Duration 3 days Audience Engineers who will build and maintain the databases that support SCADA subsystem Learning path EMS035 160 | Alstom Grid Technical Institute EMS035 100% practical Next step ! "
  164. 164. Introduction to e-terradistribution Prerequisites Knowledge of distribution network operations Duration 3 days Alstom Grid Technical Institute | 161 Audience Systems integrators, power system modellers and engineers involved in the creation or maintenance Learning path This introductory course presents the general architecture and a functional overview of the e-terradistribution. ! "#$ $ !" "#$ $ %& ' " ( # " ) * ) + *) & , - ! " . DMS001 # DMSP001 100% theoretical Next step ) +
  165. 165. e-terradistribution network analysis function Prerequisites DMS001 Basic knowledge of distribution network 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: ! " # $ !#$ " $ % & !$&" ' ( ) * ! '(" $ !$ " + ! +" , - !,- " $ ! $" Introduction to advanced network analysis functions: ( , ! (, " - $ $ ( , ! $(, " $ + + & % !$+&" % ! " . , ! .," 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 - 162 | Alstom Grid Technical Institute DMS002 Next step (DNAF) . /
  166. 166. User Interface configuration (VCE) Prerequisites DMS001 Duration 2 days Alstom Grid Technical Institute | 163 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 #
  167. 167. 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 164 | Alstom Grid Technical Institute DMS004 Next step & '
  168. 168. e-terradistribution - Operator training Prerequisites Working knowledge of Distribution network operations Duration 2- 4 days Alstom Grid Technical Institute | 165 Audience System operators, load planning engineers, trouble dispatchers and supervisory technical staff. !" # Learning path $ !" $ %& & ' "( ' " & DMS005 ( DMS005 80% practical 20% theoretical Next step % )
  169. 169. Introduction to e-terradistribution Prerequisites Working knowledge of distribution network operations Duration 3 days Audience System integrators, power system modelers and engineers ! " Learning path # $ % $ # DMS006 166 | Alstom Grid Technical Institute DMS006 Next step outage management &
  170. 170. Distribution operator training simulator instructor Prerequisites DMS001 Basic knowledge of distribution network operations Duration 3 days Alstom Grid Technical Institute | 167 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. ! " # $ "# $ % $ &' " ( $ ) ' DMS007 DMS007 Next step (DOTS) # *
  171. 171. e-terradistribution – A day in the life of a Prerequisites General knowledge of distribution network operations Duration 5 days Audience System integrators, power system modellers and engineers. Learning path DMS008 168 | Alstom Grid Technical Institute DMS008 Next step DMS operator ! "
  172. 172. 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 Alstom Grid Technical Institute | 169 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: ! " # $ $ % & $ ' ( % % & ) ) Practice: ' ! $ & # * + ' , , * # TLC001 # TLC001 65% practical 35% theoretical Next step - .
  173. 173. 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 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/Practice: ! " ! " # $% ! TLC002 ! 170 | Alstom Grid Technical Institute TLC002 Next step & ' ( & ) *
  174. 174. 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 Alstom Grid Technical Institute | 171 Audience This course is intended for 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: ! " # # $ # ! % &' ( ! # ) ) * Practice: # % + $ , , * TLC003 + TLC003 Next step & -
  175. 175. e-terragridcom - eDXC Prerequisites DMS001 Duration 2 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. Theory: ! " # $ % " & % % " Learning path ' $ ( $ ) ) TLC004 172 | Alstom Grid Technical Institute TLC004 65% practical 35% theoretical Next step * + % Practice: ' , - ' . . & ,
  176. 176. e-terragridcom - DIP Prerequisites Basic knowledge on power system protection. Duration 2 days Alstom Grid Technical Institute | 173 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: Practice: TLC005 TLC005 80% practical 20% theoretical Next step
  177. 177. e-terragridcom - T390 (PLC) Prerequisites Basic knowledge about the different types of modulation Knowledge about OHL transmission Measurement unities (dB) 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: ! Practice: " # $ % & ! $ " TLC006 174 | Alstom Grid Technical Institute TLC006 50% practical 50% theoretical Next step ' (
  178. 178. e-terragridcom - TPI Prerequisites Very good knowledge of the e-terragridcom PLC equipment and basic knowledge on protection systems. Duration 2 days Alstom Grid Technical Institute | 175 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: $ % ! % Practice: TLC007 TLC007 Next step &!' "
  179. 179. 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 176 | Alstom Grid Technical Institute TLC008 Next step " # $ % # % % % % & ' ($ ) % Practice: * % ) + * $ % %
  180. 180. Transmission system based on Alcatel PABX Omni Prerequisites Basic knowledge telephone equipment. Handle common operating systems on PC. Duration 5 days Alstom Grid Technical Institute | 177 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
  181. 181. Transmission system based on Philips PABX Sopho Prerequisites Basic knowledge telephone equipment. Handle common operating systems on PC. 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: # % & ' " # ## & # ( ) $ * & & * & ( ( ( ( + ) Practice: ) , % ' % )$& & ) ( TLC010 % 178 | Alstom Grid Technical Institute TLC010 Next step iS3000 * -
  182. 182. Telecom for Smarter Grids - Principles Prerequisites Duration 2 days Alstom Grid Technical Institute | 179 Audience Engineers ! " Learning path ! # $ % & TLC011 TLC011 Next step % '
  183. 183. 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 ! 180 | Alstom Grid Technical Institute EMS036 100% theoretical Next step EMS036 #%
  184. 184. SmartGrid - Fundamentals Prerequisites None Duration 1 day Alstom Grid Technical Institute | 181 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 %
  185. 185. ! ! ! www.alstom.com " # $ % " $ &
  186. 186. Additional courses - Available on demand Prerequisites None 182 | Alstom Grid Technical Institute SmartGrid: Fundamentals Next step The folllowing training courses are available on demand. Please don't hesitate to contact us

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