Presentation is loading. Please wait.

Presentation is loading. Please wait.

HRTC Hard Real-time CORBA IST 37652 WP4 / Viena September 11-13, 2002 1 Process Control Testbed Manuel Rodríguez Santos Galán Universidad Politécnica de.

Similar presentations


Presentation on theme: "HRTC Hard Real-time CORBA IST 37652 WP4 / Viena September 11-13, 2002 1 Process Control Testbed Manuel Rodríguez Santos Galán Universidad Politécnica de."— Presentation transcript:

1 HRTC Hard Real-time CORBA IST WP4 / Viena September 11-13, Process Control Testbed Manuel Rodríguez Santos Galán Universidad Politécnica de Madrid

2 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Outline  Process Industry  Control Manufacturers  Process Control Testbed

3 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Process Industry  Refining  Power  Chemical  Pharmaceutical  Cement  Food  Plastics  Water & Waste

4 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Cement process Ethylene process

5 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Process control levels

6 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Distributed Control System Distributed Control System Traditional approach

7 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Control Manufacturers

8 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, ) Emerson (Fisher-Rosemount) PlantWeb  PlantWeb field-based architecture is an automation solution that delivers asset management, process control and management execution through three key components: Intelligent field devices Standards & platforms Integrated modular software  These networked components are linked by open communication standards that include FOUNDATION™ fieldbus at the field level, Ethernet at the plant level, and OPC at the supervisory level.  In such a solution, all components act as nodes on the network, collecting, distributing and using information.  In the simplest interpretation, PlantWeb works like this: Intelligent field devices gather information Delta V™ automation system provides easy management and delivery of the information for process control and management execution functions AMS software processes the information to add asset management functionality

9 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, DeltaV Several fieldbuses integration Fieldbus,Profibus,HART... The Control Network is an ethernet network. Incorporates OPC for integration with business applications

10 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,

11 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Honeywell Plantscape  Its advanced architecture encompasses a high-performance controller, advanced engineering tools, and an open control network.  PlantScape makes use of the latest technology that includes: a powerful Microsoft Windows 2000-based Server with dynamic data caching, alarming, human/machine interface, history collection, and reporting functions; HMIWeb™ Technology, providing secure, advanced user interface HMI capabilities based on an open industry standard html file format and Web Browser access; a compact Hybrid Controller that provides truly integrated control; object-oriented tools to quickly and easily build reusable control strategies; ControlNet, an open, state-of-the-art producer/consumer control network; FOUNDATION Fieldbus, for integration of measurement and control devices; and secure Internet Browser based on-line documentation and support.

12 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,

13 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,

14 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Invensys (Foxboro) I/A Series System  A hierarchical perspective, ranging from enterprise-wide information protocols down to the instrument bus. Enterprise information: generally Ethernet/ TCP/IP Control bus: Ethernet/TCP/IP is now the standard. The I/A Series incorporated the first Ethernet control bus (Nodebus – Redundant). Redundant fieldbus to remote I/O. Instrument bus: Intelligent field device integration (for example, HART, FOUNDATION fieldbus, Profibus, FoxCom). Invensys/Foxboro introduced the first all-digital intelligent instrument bus. HART FOUNDATION fieldbusProfibus FoxCom

15 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,  As Ethernet becomes the dominant communications structure, the traditional hierarchical nature of these four layers becomes less important, and we see the overall architecture flattening.

16 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Jamnagar refinery (India) network (largest process control and information network in the world): 256 operator consoles,26 safety systems, 8000 intelligent transmitters, hard-wired signals and signals from serial inputs

17 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,

18 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Yokogawa STARDOM

19 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,

20 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Trends in Process Control  Information integration.  Information availability throughout the system  Safety management (alarms, sequence of events)  Real time databases  Redundancy (networks and controllers)  Hot swapping  “Easy of use”  Reconfigurability

21 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Network Features Traditional hierarchy is flatening Three main networks: Field network (uses one of available fieldbus protocols) Control network (usually propietary and usually an Ethernet network. Information network: Ethernet network. “Openness”

22 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Process Control Testbed  The HRTC Contract composability in heterogeneous process control applications

23 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, PCT Objectives  Identify requirements for CORBA-based distributed control systems.  Perform experiments in conditions of systems heterogeneity and legacy integration.  The PCT will be: Representative of an industrial process plant. Able to prove different design alternatives to the normal industrial approach (such as different topologies, integration of heterogeneous devices at the same level,...)

24 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, PCT Scenarios  Heterogeneity Interoperation of heterogeneous subsystems  Scalability Addressing large process control  Dependability Reliability Availability Maintainability

25 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Scenario 1: Heterogeneity  Phases: engineering+operation+maintenance  Develop a process control application that integrates an heterogeneous set of components  Record development and maintenance integrational issues  Test real-time operation

26 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Scenario 1 PROCESS TDC3000 Database Sensor Actuator Controller GUI Simulator

27 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Scenario 2: Scalability  Phases: engineering+operation  Develop a process control application that can grow in number of components  Record development problems  Test real-time operation as numbers grow  Test real-time operation as topology changes to overcome limitations

28 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Scenario 2.1 DCS Simulator HMI RT-DB ORB Plant

29 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Scenario 2.2 PROCESS TDC3000 Database Sensor Actuator Controller GUI Simulator Sensor Actuator Controller GUI Gateway

30 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Scenario 3: Dependability  Not sure if possible address it (not enough time)

31 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Main requirements  Components: Physical process Field devices: sensor, controller, actuator Displays (GUI) Legacy systems: Honeywell TDC3000 Simulator  Capabilities: Management of asynchronous events Reconfigurability Hot swapping Operational status self-detection of every node Concurrent access support Synchronization of the signals

32 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Capabilities (cont)  Remote access from any node to any node in the system.  Redundancy of critical elements (networks and some controllers).  Alarm status availability of any node in the display  Error detection and recovery  Scalability  Possibility to connect to other systems (OPC,...)  Smooth node reinitialization or after the node is reinstated

33 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, HRTC UPM LTH TUW SCI IST 37652

34 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, HMI DCSSimulator IED Replicated RT-DB Scenario 3

35 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, Scenarios FIGURA DEL PRIMER ESCENARIO: DESARROLLO DE LA PCT. Scenario I: Development of the PCT Experiments on S-I:

36 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,

37 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, FIGURA DEL SEGUNDO ESCENARIO: FUNCIONAMIENTO DE LA PCT. Scenario II: Normal operation of the PCT Experiments on S-II:

38 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, FIGURA DEL TERCER ESCENARIO: ERRORES EN LA PCT. Scenario III: Abnormal functioning of the PCT Experiments on S-III:

39 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, IIOP ORB Gateway Workstation DCSSimulator Logger Supervision IED RT-DB ORB

40 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13, resources

41 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,

42 HRTC IST Hard Real-time CORBA WP4 / Viena September 11-13,


Download ppt "HRTC Hard Real-time CORBA IST 37652 WP4 / Viena September 11-13, 2002 1 Process Control Testbed Manuel Rodríguez Santos Galán Universidad Politécnica de."

Similar presentations


Ads by Google