siemens.com/poweracademy

Siemens Power Academy TDYour training program

Our offer: best quality training

• Professional training in the area of power trans-mission and distribution as well as industrial and commercial power consumption.

• Certified trainers employing the latest teaching methods

• Optimized content and training program quality

• Professional-quality lecture notes and papers to accompany courses

• Access to Siemens’ expert knowledge and capabili-ties to move you ahead of the competition

Our strength: high flexibility and customized training

• Cost-effectively learn with industry professionals from other companies on fixed dates.

• Determine the contents, the product version and the date and duration of the sessions according to your competence development needs.

• Expand your knowledge of energy technology and the use of specific products and systems in practice-oriented workshops.

• Certify your knowledge by systematically building up your expertise with our integrated Curricula concept in three levels: Associate, Advanced, Expert.

• Transfer newly won expertise to your day-to-day work through combined technology and business learning.

• We evaluate your knowledge level and advise you which training program is best for you.

• We help you establish your own workshops.

• Profit from our comprehensive portfolio of general power engineering, primary and secondary tech-nology and software tools.

• Theoretical approaches are always supplemented by practical exercises on real devices and systems.

• Training on original components, devices, and systems from the Transmission and Distribution product portfolio.

The Siemens Power Academy TDOur goal is to prepare you for new professional challenges in power transmission and distribution. We do this with leading certified expert trainers in small groups and practice-oriented training courses.

Phone: +49 (911) 433 7415Email: poweracademy@siemens.comWeb: siemens.com/poweracademy

Power System OperationPower Control Systems, Power System Security, Operation Management

Power System Planning & SimulationPower System Engineering, PSS®E, PSS®SINCAL

Secondary TechnologyProtection, Substation Automation & Information, Power Quality

Primary TechnologyMedium & High Voltage Technology, Transformers

Transmission SolutionsHVDC, FACTS

Training portfolio of the Siemens Power Academy TD

Training program

“Link to Siemens Power Academy Webshop“

Primary TechnologyGeneralSF6 Gas CertificationSF6 Gas Competence (NL) SF6 Gas Awareness (UK)SF6 European Certification – Preparatory Course (FR)Substation Condition Monitoring System OperationUHF Partial Discharge Monitoring for GIS SubstationsEHV, HV and MV Substations Overview: Arrangement, Protection, Control and Communication System

Low VoltageSENTRON Energy ManagementCommunication with SENTRON-ComponentsSENTRON Product Group of Load Break Switches with and without Fuses and Fuses SystemsSENTRON Circuit Breakers – Basics, Planning and CommissioningSENTRON Circuit Breakers – Service and Maintenance

Medium VoltageFundamentalsMV Switchgear – Technical Information Course (AIS & GIS)MV Air Insulated Switchgear – General InformationMV Switching Devices & Switchgear – Basics & ApplicationMV Switching Devices & Switchgear with overview on control and protectionLMV Power Supply Systems – Process-Oriented EngineeringMV – Partial DischargesSIMOPRIME World – Technical Information8BT1 – Technical Information8BT2 – Technical Information8BT3 – Technical InformationMV Panel 8BK80 – Technical InformationMV Panel 8BK80 Plus – Technical InformationMV Switchgear Type LMT/LMVP – Technical InformationMV Switchgear Type Hadrian – Technical Information

Switchgear Assembly & InstallationNXAIR – Assembly and Installation TrainingNXPLUS – Assembly and Installation TrainingNXPLUS – Refresher – Assembly and Installation TrainingNXPlus C – Assembly and Installation TrainingSIMOSEC – Assembly and Installation TrainingSIMOPRIME World – Assembly and Installation Training8BT1 – Assembly and Installation Training8BT2 – Assembly and Installation Training8BT3 – Assembly and Installation Training8DA/8DB – Assembly and Installation Training8DA/8DB – Refresher – Assembly and Installation Training8DJH – Assembly and Installation Training

Switchgear Operation & MaintenanceMV Low-Oil Circuit Breakers H515/3AB/3AC – MaintenanceMV Vacuum Circuit Breakers 3AH/3AJ/3AK – MaintenanceMV Vacuum Circuit Breakers 3AF/3AG/3CG – MaintenanceMV Equipments – Certification Program for Operation & MaintenanceMV – Rural Electrification Techniques for Engineers & TechniciansMV – Cable Testing & Diagnostics

Generator Breaker SystemGenerator breaker system HB3-80 – Technical Information CourseGenerator breaker system HB3-80 – Assembly, installation and commissioning trainingGenerator breaker system HB3-80 – Refresher Training Assembly, installation and commissioningGenerator breaker system HB3-80 – Maintenance trainingGenerator breaker system HB3-80 – Refresher Training MaintenanceGenerator and special circuit breakers – Technical Information CourseGenerator and special circuit breakers – Maintenance trainingGenerator and special circuit breakers – Refresher Training MaintenanceACTAS

High VoltageFundamentalsHV Switching Technology – General InformationHV Switching Technology – General Information for Non Technical StaffHV Switchgear Design – BasicsHV Substation Design – BasicsHV Overhead Transmission Line Design – FundamentalsHV Switching Technology – IntroductionHV Primary Test Performing and Test EquipmentProtection Schemes for High-Voltage NetworksInstrument Transformers in High-Voltage Substations – Voltage TransformersInstrument Transformers in High-Voltage Substations – Current Transformers 1/3Instrument Transformers in High-Voltage Substations – Current Transformers 2/3Instrument Transformers in High-Voltage Substations – Current Transformers 3/3

Gas Insulated Switchgear (GIS)Mr./Ms.GIS@ProjectsHV Switching Technology GIS – Technical InformationMetal-Clad GIS – Current 8D Product Range – Operation & Maintenance – IntermediateMetal-Clad GIS – Current 8D Product Range – Operation and Maintenance – AdvancedMetal-Clad GIS Current Product Range – Presentation Metal-Clad GIS – Vintage Product Range – Operation & Maintenance – IntermediateMetal-Clad GIS – Vintage Product Range – Operation & Maintenance – AdvancedHV GIS Switchgear Reyrolle Type YG 420/550kVHV GIS Circuit Breaker ReyrolleType SPD2 420/550kV

Circuit BreakerAIS Current 3AP – 3AQ Product Range – Operation & Maintenance – IntermediateHV AIS Circuit Breaker Reyrolle Type SPL2 420/550kV AIS Vintage SB6 Product Range – Operation & Maintenance – IntermediateHV Switching Technology – 3AHV Switching Technology – Circuit Breaker with Hydraulic Drive 3AQ/3ATHV Switching Technology – Circuit Breaker with Spring Drive Mechanism 3APHV Circuit Breaker DTCHV Circuit Breaker – Testing

Operation and MaintenanceHydraulic Knowledge & Maintenance – FundamentalsVintage AIS Circuit Breakers – FA Range with Hydraulic Operating Mechanism – Operation & Maintenance – IntermediateVintage AIS Circuit Breakers – FA Range with Hydraulic Operating Mechanism – Operation & Maintenance – AdvancedUpgrading Oil Circuit Breakers – OP & MO Product Range – AdvancedHydraulic Knowledge & Maintenance – IntermediateMetal-Clad GIS – SF6 Gas Handling & Associated Treatment Operations – Advanced

TransformersDistribution Transformers – Basics and OperationPower Transformers – Basics and OperationDistribution Transformers – Grounding and ProtectionTransformer – DiagnosticsTransformers Integral MaintenanceTransformer – Oil AnalysisTransformers Lifecycle ManagementSiemens Transformers

Secondary TechnologyProtection SystemsFundamentalsProtection Technology – PrinciplesSystem Protection Communication of Power Transmission and Distribution NetworksSystem Protection – Workshop on a Real Time Digital Simulator RTDSBasics for Protection EngineersProtective Relaying – Fundamentals

Protection Schemes & SettingsTransmission System Protection – Schemes and Setting Calculation Practice – Part 1Transmission System Protection – Schemes and Setting Calculation Practice – Part 2Protection of Oil and Gas Power Networks – Part 1Protection of Oil and Gas Power Networks – Part 2Protection Schemes for Power Generation & Industry – Design & SettingsGenerator/Motor Protection – Design & Settings

SIPROTEC 4GeneralSIPROTEC – Cyber Security ConfigurationSIPROTEC 4 – Application and ExercisesSIPROTEC 4 – Protection Devices for Service EngineersSIPROTEC 4 – Protection TrainingSIPROTEC 4 – Power System Protection – BasicsSIPROTEC 4 – Power System Protection – AdvancedSIPROTEC 4 – MV Protection & ControlSIPROTEC 4 – HV Protection & ControlSIPROTEC 4 – Protection & Control System EngineeringSIPROTEC 4 – Protection Engineering Complete: 10 Days Certification Program

Overcurrent protectionSIPROTEC 4 – Overcurrent and Motor Protection 7SJ

Distance protectionSIPROTEC 4 – Distance Protection 7SA

Transformer protectionSIPROTEC 4 – Transformer Differential Protection 7UTSIPROTEC 4 – Transformer Protection & ControlPower Transformer Protection

Line differential protectionSIPROTEC 4 – Line Differential Protection 7SDTransmission Line Protection

Busbar protectionSIPROTEC 4 – Busbar Protection 7SS52

Generator / Motor protectionSIPROTEC 4 – Machine/Motor Protection 7UM & 7VESIPROTEC 4 – Application and Exercises of Generator/Motor ProtectionCurrent and Voltage Transformers – Intensive CourseGenerator/Dynamics and Protection – Workshop on a Real Time Digital Simulator RTDSGenerator protection –

SIPROTEC CompactSIPROTEC – Compact (7SJ80, 7SK80, 7RW80, 7SD80)SIPROTEC – Compact Distribution Network Automation with 7SC80 and FASE

WorkshopSIPROTEC – Guided Exercises

SIGRASIGRA 4 – Efficient Interpretation of Fault Records

SIPROTEC 5GeneralSIPROTEC – Cyber Security ConfigurationSIPROTEC 5 – Application and Exercises

Overcurrent protectionSIPROTEC 5 – Overcurrent and Motor Protection 7SJ & 7SK

Distance and line differential protectionSIPROTEC 5 – Distance & Line Differential Protection 7SL

Transformer protectionSIPROTEC 5 – Transformer Differential Protection 7UTPower Transformer Protection

Busbar protectionSIPROTEC 5 – Busbar Protection 7SS85

Generator/ Motor protectionCurrent and Voltage Transformers – Intensive CourseGenerator/Dynamics and Protection – Workshop on a Real Time Digital Simulator RTDSGenerator protection

WorkshopSIPROTEC – Guided Exercises

DIGSI 4DIGSI 4 – BasicsDIGSI 4 – AdvancedDIGSI 4 – IEC 61850 and GOOSE ConfigurationDIGSI 4 – CFC Logic WorkshopSIPROTEC 4 and Ethernet – IEC 61850 – GOOSE – Configuration with DIGSI 4

DIGSI 5DIGSI 5 – BasicsDIGSI 5 – SystemsDIGSI 5 – IEC 61850 and GOOSE ConfigurationDIGSI 5 – CFC Logic WorkshopSIPROTEC / DIGSI Upgrade (from V4 to V5) – FundamentalsDIGSI 5 Upgrade – Engineering

Protection TestingSIPROTEC 4 – Secondary Testing with OMICRON Test System CMCSIPROTEC 4 – Secondary Testing with OMICRON Test System CMC – BasicsSIPROTEC 4 – Secondary Testing with OMICRON Test System CMC – AdvancedUPS Systems – general content

Substation AutomationFundamentalsCyber Security – Awareness – Cyber Security in Energy Automation – Basics – Distribution Network Automation – Basics

SICAM PASSICAM PAS – BasicsSICAM PAS – ParameterizationSICAM SCC – Configuring an Operator StationSICAM PAS – Automation with CFC, ST and SFCSICAM PAS – System Diagnosis and Trouble ShootingSICAM PAS – Cyber Security ConfigurationSICAM PAS – Complete

SICAM RTUSICAM RTUs – System Diagnosis and TroubleshootingSICAM 1703 = SICAM RTUsEasy SICAM RTUs – LessonsSICAM RTUs – BasicsSICAM RTUs – ServiceSICAM RTUs – EngineeringSICAM RTUs – CAEx PlusSICAM RTUs – CompleteSICAM RTUs – Power WeekSICAM EMIC – WebParameterizationSICAM CMIC – Smart Grid SolutionsAx 1703 WorkshopSICAM RTUs Workshop – Configuration of SICAM BCSICAM TOOLBOX II – BasicsSICAM RTUs Workshop – Configuration IEC 61850 InterfaceSICAM RTUs Workshop – Configuration IEC 60870-5-103 InterfaceSICAM RTUs Workshop – Configuration IEC 60870-5-101/104 InterfaceSICAM RTUs Workshop – Configuration Profibus & Modbus InterfacesSICAM RTUs Workshop – Configuration Transmission and Storage of Disturbance Records with SICAM DISTOSICAM RTUs / 230 – Flash BrainingSubstation Automation Equipments:10 days Certification Program for Installation & Commissioning

SICAM 230SICAM 230 – Configuration (latest version)SICAM 230 Workshop – Network Monitoring with SICAM 230 NWMSICAM 230 Workshop – Topology

Bay ControllerSIPROTEC 4 – Engineering of Bay Controllers 6MD66 with IEC 61850 – GOOSE Communication

TelecontrolTelecontrol and Automation – Fundamentals

Substation Information TechnologyIT Networks Part 1 – PrinciplesIT Networks Part 2 – Automation PracticeIT Security Part 1 – PrinciplesIT Security Part 2 – Automation PracticeIT Advanced Cyber Security – Router WorkshopIEC 61850 – The Standard for Substation AutomationCommunication Networks – Application in Power Transmission & DistributionCommunication Networks – Application in SubstationsIEC 101, 103, 104, Modbus and DNP3.0

Power QualitySICAM PQS – SICAM PQ AnalyzerSIPROTEC 7KE85 – Fault Recorder, SICAM Q100 – PQ RecorderPower Quality – BasicsPower Quality in Industrial Networks

Transmission SolutionsHVDCHVDC Overview – HVDC and FACTS – Workshop – HVDC and FACTS – Benefits of Power Electronics – Transmission Solution Technology Overview, for non-technical employees – HVDC Technology, General Introduction – HVDC Classic, Line Commutated Converter (LCC) – HVDC PLUS, Voltage Source Converter (VSC) – HVDC Smoothing Reactors – HVDC Control & Protection Overview Module 1 – HVDC Control & Protection Overview Module 2 – HVDC Pole Control Functions – HVDC Protection Functions – HVDC Station Control Functions –

FACTSFACTS Overview – FACTS Technology, Fixed Series Capacitors – FACTS Technology, Static VAR Compensators Classic – FACTS Technology Overview – FACTS Technology, SVC PLUS –

VSCVSC Basics and Applications –

Power System Planning and SimulationPower System PlanningGeneralThe Power Industry of Today and Tomorrow – Energy Management – Technology at a GlanceEnergy Management – Technology at a Glance for Non Technical Employees

Power EngineeringArc Flash Hazards – Analysis and Risk AssessmentTransmission and Distribution Networks – Basics Part 1Transmission and Distribution Networks – Basics Part IIPower Transmission & Distribution – Introduction for non-techniciansSubstation – Engineering and OperationsRail – FundamentalsOil and Gas Industry – FundamentalsPower Distribution Engineering – IntroductionPower System Projects – Project ManagementSiemens Energy Professional SeriesDistribution Network Automation – Basics

Smart GridSmart Grid – IntroductionSmart Metering – Basis for Smart GridsMicrogrid Planning – DEMS 3.0 Training for Technical Sales and OperationsEnergyIP – How it WorksAMIS – How it WorksSmart Grid – Distribution Automation Analysis (Volt/Var/Losses)Energy & Smart Grid Series for Non-technical ProfessionalsThe Smart Grid Professionals Series

Network PlanningAnalysis & EngineeringPower System Planning – PrinciplesPower Transmission & Distribution Systems – Load Flow and Short Circuit CalculationHigh and Low Voltage Installations – Earthing and InterferenceOvervoltages and Insulation CoordinationLow Voltage Networks – Theory and Practical ApplicationsCircuit Diagrams and Reference Systems – BasicsOverview and Comparison between Simulation Domains – Integrated Power System & Advanced Economics Analysis for Planning – How to Become an Integrated T&D Planner – Advanced Transmission Analysis and Techniques – The Roadmap to a DER Platform – Electromagnetic Compatibility between Transmission Lines and Pipelines –

Steady State CalculationDistribution Power Systems – Reliability AnalysisPower Flow Analysis with Applications – FundamentalsIndustrial Networks – Load and Short Circuit Calculations (MV/LV)Power Flow Analysis with Applications – IntroductionPower System – Reliability

System DynamicsNeutral GroundingDynamic Network – Phenomena, Simulation and AnalysisPower System Dynamics – IntroductionPower System – Stability and Stabilizer Tuning

Renewables IntegrationDistributed and Renewable Power Generation – IntegrationWind power – Network IntegrationWind Power – Introduction to Grid Compliance for Onshore Wind FarmsSolar Plants Monitoring – Module 1 (Communications)Solar Plants Monitoring – Module 2 (Thermal Solar Power Plants)Solar Plants Monitoring – Module 3 (Solar Plants for Water Heating)Solar Plants Monitoring – Module 4 (Solar Photovoltaic Plants)Distributed Generation – Energy Storage Applications on Power SystemsWind Power – Power System Studies for IntegrationHow to Leverage Operations into Planning for Renewable Generation –

Building TechnologyFire Detection – New TechnologiesBuilding Automation and Energy Efficiency

OthersTransient Analysis Using EMTP/ATPCommon Information Model (CIM) and Network Planning

Power System SimulationPSS®ETransmissionPSS®E – Integrating Renewables Using PSS®EPSS®E – Power Flow and Steady State Analysis Using PSS®EPSS®E – Quick-Start using PSS®E for Steady State and DynamicsPSS®E – Version Update in PSS®E (What’s new)PSS®E – Optimal Power FlowPSS®E – Transmission Reliability Studies Using PSS®EPSS®E – Advanced Power Flow Using PSS®EPower Electronics in Transmission Systems (PETS)PSS®E – Voltage Control and Reactive Power Planning MethodsPSS®E – Power Flow and Steady State Analysis – IntroductionPSS®E – Fault AnalysisPSS®E Refresher Workshop –

System DynamicsPSS®E – Dynamic Simulation Using PSS®EPSS®E – Advanced Dynamic Simulation for PSS®EPSS®E – Model Writing for User Defined Models (UDMs) in PSS®EPSS®E – Reactive Power Planning Using PSS®E

AutomationPSS®E – Using Python to Integrate PSS®E WorkflowPSS®E – Advanced Transmission Planning

PSS®SINCALPSS®SINCAL – BasicsPSS®SINCAL – Protection SuitePSS®SINCAL – Smart GridPSS®SINCAL – Probabilistic Reliability AnalysisPSS®SINCAL – DynamicsPSS®SINCAL – Application & Data Integration and Workflow AutomationPSS®SINCAL – Harmonic AnalysisPSS®SINCAL – Basics for Distribution CompaniesPSS®SINCAL – Advanced for Distribution CompaniesPSS®NETOMAC – BasicsPSS®NETOMAC – AdvancedNEVA – Small-Signal Stability AnalysisGMB – Graphical Model Builder

PSS®PSS®ODMS Fundamentals – Modeling and AnalysisPSS®ODMS – Introduction – PSS®MOD – Introduction – PSS®MUST – Using System Transmission Data for Decision MakingPSS®MUST – Automation and Decision Making – Advanced

Power System OperationPower System SecurityDynamic SecurityPower System Dynamics – Stability and Oscillations

Power Control SystemsSCADA System – Spectrum Power™ Overview General (SOG)SCADA System – Spectrum Power™ Administration (SA)SCADA System – Spectrum Power™ 7 Basics (SB)SCADA System – Spectrum Power™ 4 Basics (SB)SCADA System – Spectrum Power™ Basics (SB)SCADA System – Spectrum Power™ 7 Utilities (SU)SCADA System – Spectrum Power™ Utilities (SU)SCADA System – Spectrum Power CC – Basic LevelSCADA System – Spectrum Power CC – Intermediate LevelSpectrum Power 3 Training – Custom

Operation ManagementElectrical Power Issues in Nigeria for Bankers, Investors and ProfessionalsUnderstanding System Losses for Utility ManagementPower Distribution System EconomicsMarket Operations and Power System Scheduling

CertificationReliability Coordinator Operator CertificationBalancing, Interchange and Transmission Operator CertificationBalancing and Interchange Operator CertificationTransmission Operator Certification