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CRIS 2004 Testing Training Simulator
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CORYS TESS in a few words

• 25 years experience in simulation and training
• 1975 creation of a training center at CEA
  Grenoble
• 1989 creation of CORYS as a CEA spin-off
• 1997 takeover by TRACTEBEL Engineering and
  TECHNICATOME
• Main markets covered
• Energy
• Transport
• Environment, Industry
• Two industrial Shareholders

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TransportTraining engineering simulators

• Full scope simulator for the Rotterdam metro

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EnergyTraining engineering simulators

• More than 100 simulators in operation in more
  than 20 countries
• Full range of training simulators
• Basic principles
• Functional and multifunctional
• Full scope full scale
• In all energy related processes
• Nuclear (PWR, VVER, RBMK, Candu)
• Conventional (fossil, gas, combined cycle)
• Electrical dispatching

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EnergyTraining engineering simulators

• Full scope full scale training simulators
• For Eastern Europe Nuclear units (Slovakia,
  Armenia, Russia)

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EnergyTraining engineering simulators

• Full scope full scale training simulators
• For Conventional units (PPC, Greece)

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EnergyTraining engineering simulators

• Dispatching simulators
• China, Slovakia, Belgium
• EUROSTAG technology adapted to real time

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TENGIZ Chevroil expansion project

• 2.6 B project to increase oil production by
  10-million ton/year
• Requirement to extend oil field electrical
  transmission and distribution system (11010 kV)
• Design and delivery of Power management system

High fidelity Engineering simulator required
Minimised outage during commissioning
Minimal test but guaranteedsystem reliability
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Power Management System benefits improvement in
the electrical network management

• Data Acquisition and control
• Determination of quality and integrity of data
  acquired
• Generation of alarms for abnormal data conditions
• Validation of data for reasonability and
  communication failures

• Energy transfer management
• Load-shedding
• Load-sharing
• Voltage profile

• Management of controllers and protection
  devices
• Remote re-configuration of the network (jumpers,
  cuts and grounds)
• Update controllers logic and protection curves
  settings
• Transformer or line energizing or off-loading
  from remote

• Reaction to malfunction and network maintenance
• Reliability and speed of circuit-tracing analysis
  enable fast service recovery
• Fault and load profile analysis to set up
  predictive maintenance

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TENGIZ PMS architecture
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Simulator added-value
Expansion project lifetime cycle
PMS factory acceptance test ? PMS control logic
fine tuning ? PMS Specification compliance proof
? Reduced PMS testing time in real environment
Design stage ?load-shedding and load-sharing
algorithms validation? PMS I/O communication
extensive testing
System Engineering application
Operator Trainingapplication
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Simulation system architecture
Electrical grid simulator
SEPAM device emulator
3000 I/O ModBus
ModBus PC Card
I/O CAN Module
600 I/O Hard wired
I/O PC
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Simulator model validation PMS control strategy
ETAP load flow and transient calculations in
various configurations
Comparison of simulator model result with ETAP
calculation
Real time testing
Simulator

• Disturbance
• Generator loss
• Transformer loss
• Load variation
• Configuration modification, incl. islanding
• Grid connection tripping

• Local power factor compensation
• HV and MV CB control
• Tap changer position
• Signal
• communication

Power Management System
Load-shedding and load-sharing algorithms set-up
Algorithm control logic implementation inside PMS
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System engineering simulators Our Strenghts

• High fidelity modeling to simulate any kind of
  scenario
• system breaking and islanding
• black start and restorationwith phenomena such
  as loss of synchronism
• voltage collapse
• frequency drops
• inter area oscillations
• Use of ALICES simulator development workshop
• Quality and productivity on model design, with no
  IT knowledge required
• Dynamic optimization of numerical models
• Modern and open object oriented design
• Run on any type of platform, including Windows PC
  desktop
• Availability of CAN network technology for I/O
  communication