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ETAP - real time
- 1. OperationOperation MaintenanceMaintenance PlanningPlanning Operation Technology, Inc.Operation Technology, Inc. Irvine, CaliforniaIrvine, California ETAP Real-Time
- 3. Power System Monitoring & Simulation Intelligent Load Shedding ETAP Real -Time ETAP Real-Time Energy Management System
- 4. ETAP Real-Time Operations Maintenance Engineering Planning Financial As a component of the Enterprise Resource Planning (ERP) system, ETAP optimizes the exchange of information between diverse tiers of an organization while channeling domain sensitive information.
- 5. Market SolutionsMarket Solutions Oil Refineries Oil Platforms Oil Production Fields Chemical Plants Mining Manufacturing Plants Health Care Facilities Generation Plants Data Centers Switchgear & Relay Manufacturers ETAP Real -Time
- 6. ObjectivesObjectives Optimize Operation Optimal Load Shedding Prevent Downtime Minimize System Losses Minimize Energy Costs Predict System Response Train & Assist Operators Prevent Outage Due to Operator Error Safe Operation & Avoid Penalties Improve Equipment Life Time Provide Data Accessibility ETAP Real -Time
- 7. ETAP Real-Time Users COCO ETAP Real -Time
- 8. OTI Test Lab ETAP Real -Time
- 9. System ArchitectureSystem ArchitectureSystem Architecture ETAP Real -Time
- 10. Bring Your ETAP To LifeBring Your ETAP To Life ETAP Real -Time
- 11. Client Server ArchitectClient Server Architect ETAP Real -Time Windows 2000 / XP, MultitaskingWindows 2000 / XP, Multitasking
- 12. Protocols & StandardsProtocols & Standards MMS ModBus NetBeui DNP ICCP IEC870 T103 NetDDE UCA IPX/SPX (Netware) TCP/IP OPC ETAP Real -Time
- 14. ETAP Real -Time
- 15. Power System Monitoring & Simulation Virtual Monitoring Advanced Monitoring Real-Time Simulation Online Control Event Playback Trending Alarm & Warning Energy Cost Analysis Power System Monitoring & Simulation
- 16. Monitoring CapabilitiesMonitoring Capabilities Multi-Console Server/Client Monitoring Graphical Monitoring via ETAP One-Line Diagram Visual Monitoring via Watch Windows (MMI) Archived (Historical) Data Retrieval / Display Electrical & Non-Electrical Metering Tags OPC Interface Layer Multi-Access Levels Power System Monitoring & Simulation
- 17. Advantages of ETAPAdvantages of ETAP Intelligence Simple to Modify the System Option to Override Monitored Data Online Switching & Breaker Operation Visual Monitoring (MMI) by Watch Windows Power System Monitoring & Simulation
- 18. Advanced MonitoringAdvanced Monitoring State Estimator Load Estimator / Distributor Error Detection Global (Server) & Local Alarm & Warning Alarm & Warning Acknowledgement Equipment Overload Detection Over-Voltage & Under-Voltage Detection Graphical Notification via One-Line Diagrams Pinned Data (Override Monitored Data) Power System Monitoring & Simulation
- 19. Power System Monitoring & Simulation RealReal--Time SimulationTime Simulation Predict System Behavior to Operator ActionsPredict System Behavior to Operator Actions Open/Close Circuit Breakers Reject Generators Load Impact & Ramping Accelerate Motors Protective Device Sequence-of-Operation ConductConduct EngineeringEngineering AnalysisAnalysis Using Actual Operating Loading, Generation, & Configuration
- 20. Event PlaybackEvent Playback Replay Archived Historian Data Improve Operator Knowledge Predict System Behavior On-Demand Investigate Cause & Effect Explore Alternative Actions Replay What If Scenarios Power System Monitoring & Simulation
- 21. Energy Management System Intelligent Energy Management Demand-Site Management Automatic Generation Control System Optimization & Automation Energy Management System
- 22. Energy Management SystemEnergy Management System Energy Management System Real-Time Data Optimization Requirements System Control System Topology EMS
- 23. Auto Control Overload, OverVoltage & UnderVoltage Auto Control Generation, LTC, Shunt Capacitor, Generation MW & Mvar Averaging with $ Constraints Minimize System Losses Peak Shaving Minimize Mvar & Power Factor Penalties Active Inhibition & Permissive Control of Load & Generation Optimize Spin Reserve Maximize Voltage Security Index Energy Management SystemEnergy Management System Energy Management System
- 24. Optimization ControlOptimization ControlOptimization Control Optimization Objectives Bus Voltage Constraints Branch Flow Constraints Control Movement Constraints User-Definable Constraints (Macros) Energy Costs (Generation & Exchange Power) Energy Management SystemEnergy Management System Energy Management System
- 25. Reduce Energy Costs Reduce Peak MWh Costs Reduce Mvar / Power Factor Penalties Improve System Operation & Stability Increase Equipment Life Time Increase System Capacity Savings Energy Management SystemEnergy Management System Energy Management System
- 26. Intelligent Load Shedding Intelligent Load Shedding Fast Load Shedding Action Optimal Circuit Breaker Combinations
- 27. Why Load ShedWhy Load Shed Total or Partial Loss of Energy Source (Generators and/or Utility Connections) Electrical Disturbances Intelligent Load Shedding Intelligent Load SheddingIntelligent Load Shedding Consequences of Improper Load ShedConsequences of Improper Load Shed Shed Too Much Load (Loss of Critical Process) Total Loss of Production Safety & Environmental Concerns $$$
- 28. DependenciesDependencies Disturbance Type & Location Generation Level Spin Reserve System Configuration System Loading Load Distribution Operation Constraints Individual Circuit Breaker Loading Intelligent Load Shedding Intelligent Load SheddingIntelligent Load Shedding ObjectiveObjective Shed Minimum Load
- 29. How to Achieve ObjectivesHow to Achieve Objectives Fast Load Shedding (less than 100ms) Optimal Combinations of Loads (CBs) Neural Network + Direct Logic Knowledge Base Direct User-Definable Logic Multiple Subsystems Intelligent Load Shedding Intelligent Load SheddingIntelligent Load Shedding
- 30. ILS Knowledge BaseILS Knowledge Base Hundreds of TS Studies Stored System Knowledge is Never Lost Intelligent Load Shedding
- 31. Intelligent Load Shedding Intelligent Load SheddingIntelligent Load Shedding ILS vs. Frequency Relay LSILS vs. Frequency Relay LSILS vs. Frequency Relay LS
- 32. Intelligent Load Shedding ILS vs. Frequency Relay LSILS vs. Frequency Relay LSILS vs. Frequency Relay LS Intelligent Load SheddingIntelligent Load Shedding
- 33. Key FeaturesKey FeaturesKey Features User-Defined Load Priority User-Defined Load Groups Unlimited Load Shedding Schedules Operator Friendly Interface On-Line Testing to Validate ILS Actions User-Defined Trigger Inhibition Operator Alerts Intelligent Load Shedding Intelligent Load SheddingIntelligent Load Shedding
- 34. Optimal CB CombinationOptimal CB Combination Intelligent Load Shedding Load MW Shed Load Req. to Shed 16.00 ILS Group1 7.22 2.00 4.57 ILS Group2 3.25 17.04 -1.04 PLC Based 7.22 2.00 4.57 8.23 22.02 -6.02
- 35. ILS Operator Friendly InterfaceILS Operator Friendly Interface Operator Display Load MW Loads to Shed Spinning Reserve Required Load to Shed Active Triggers Intelligent Load Shedding Unlimited Load Shedding SchedulesUnlimited Load Shedding Schedules
- 36. ILS Load Shed VerificationILS Load Shed Verification Intelligent Load Shedding
- 37. ILS ConfigurationILS Configuration Intelligent Load Shedding
- 38. Intelligent Load Shedding ILS Normal OperationILS Normal Operation ILS Server
- 39. Intelligent Load Shedding PLC Based Backup OperationPLC Based Backup Operation System Data Frequency Relay X ILS Server
- 40. ILS ResponseILS Response Generator Breaker Trip Utility Main Breaker Trip Fuel Availability Process Alarms Faults in the System Spinning Reserve Availability User-Customizable Triggers Intelligent Load Shedding Response to Mechanical & Electrical DisturbancesResponse to Mechanical & Electrical Disturbances
- 41. ETAP Real-Time Users COCO ETAP Real -Time