Presentation is loading. Please wait.

Presentation is loading. Please wait.

ITER Control Simulator by Martynas Prokopas 1 https://www.iter.org.

Published byBernard Lang Modified over 9 years ago

Similar presentations

Presentation on theme: "ITER Control Simulator by Martynas Prokopas 1 https://www.iter.org."— Presentation transcript:

1 ITER Control Simulator by Martynas Prokopas 1 https://www.iter.org

2 ITER: the world’s largest tokamak 2 https://www.euro-fusion.org/2014/01/comparison-of-jet-and-iter/

3 ITER: the world’s largest tokamak 3 https://www.euro-fusion.org/2014/01/comparison-of-jet-and-iter/ 10 million parts from 35 different countries

4 ITER: the world’s largest tokamak 4 https://www.euro-fusion.org/2014/01/comparison-of-jet-and-iter/ 10 million parts from 35 different countries 5 billion € in 2006 …….

5 ITER: the world’s largest tokamak 5 https://www.euro-fusion.org/2014/01/comparison-of-jet-and-iter/ 10 million parts from 35 different countries 5 billion € in 2006 ……. 13 billion € in 2015

6 ITER: the world’s largest tokamak 6 https://www.euro-fusion.org/2014/01/comparison-of-jet-and-iter/ 10 million parts from 35 different countries 5 billion € in 2006 ……. 13 billion € in 2015 LHC: 13.25 billion $

7 Plant systems 7 https://www.iter.org

8 Plant systems 8 Cooling https://www.iter.org

9 Plant systems 9 Cooling Heating https://www.iter.org

10 Plant systems 10 Cooling Heating Fuel cycle https://www.iter.org

11 Plant systems 11 Cooling Heating Fuel cycle Vacuum system https://www.iter.org

12 Plant systems 12 Cooling Heating Fuel cycle Vacuum system Magnets https://www.iter.org

13 Plant systems 13 Cooling Heating Fuel cycle Vacuum system Magnets Diagnostics https://www.iter.org

14 Plant systems 14 Cooling Heating Fuel cycle Vacuum system Magnets Diagnostics + Safety https://www.iter.org

15 Plant systems 15 Cooling Heating Fuel cycle Vacuum system Magnets Diagnostics + Safety + Power supply https://www.iter.org

16 Plant systems 16 Cooling Heating Fuel cycle Vacuum system Magnets Diagnostics + Safety + Power supply + Remote handling https://www.iter.org

17 Plant systems Signals: 100.000 Process variables: 1.000.000 Data rate: 50 GB/sec (2200 TB/day) Time synchronisation: 50 ns RMS Maximum latency: 1 ms 17 https://www.iter.org

18 CODAC (Control, Data Access and Communication) 18 https://www.iter.org

19 19 https://www.iter.org

20 20 https://www.iter.org

21 21 https://www.iter.org

22 22 https://www.iter.org

23 23 https://www.iter.org Red Hat Enterprise Linux (RHEL) EPICS

24 24 https://www.iter.org Programmable Logic Controller (Simatic S7)

25 25 https://www.iter.org Faster than 100 Mhz

26 26 https://www.iter.org Networks

27 27 https://www.iter.org PON – General interface Networks

28 28 https://www.iter.org PON – General interface TCN – Time synchronisation (50 ns RMS) Networks

29 29 https://www.iter.org PON – General interface TCN – Time synchronisation (50 ns RMS) SDN – Real-time feedback (1 ms latency) Networks

30 30 https://www.iter.org PON – General interface TCN – Time synchronisation (50 ns RMS) SDN – Real-time feedback (1 ms latency) DAN – Real-time archiving (50 GB/s) Networks

31 PON – General interface TCN – Time synchronisation (50 ns RMS) SDN – Real-time feedback (1 ms latency) DAN – Real-time archiving (50 GB/s) Interlock / Safety 31 https://www.iter.org Networks

32 32 https://www.iter.org CODAC (Control, Data Access and Communication) 1000 computers in ~ 70 buildings

33 ITER Control Simulator 33 https://www.iter.org

34 ITER Control Simulator 34 https://www.iter.org

35 ITER Control Simulator 35 Plant system simulations https://www.iter.org

36 ITER Control Simulator Signal generators / oscilloscopes… 36 https://www.iter.org

37 ITER Control Simulator Signal generators / oscilloscopes… Fast controller simulations… 37 https://www.iter.org

38 ITER Control Simulator Signal generators / oscilloscopes… Fast controller simulations… PCSSP (Plasma Control System Simulation Platform) in development at ITER… 38 https://www.iter.org

39 Final goal: Plant within the plant 39 ITER Control Simulator https://www.iter.org

40 Final goal: Plant within the plant 40 ITER Control Simulator Software updates New plant systems External simulations https://www.iter.org

41 Final goal: Plant within the plant 41 ITER Control Simulator Software updates New plant systems External simulations CODAC Works!! https://www.iter.org

42 Final goal: Plant within the plant 42 ITER Control Simulator Software updates New plant systems External simulations CODAC Works!! https://www.iter.org

43 Final goal: Plant within the plant 43 ITER Control Simulator Software updates New plant systems External simulations CODAC Works!! Unlimited cheap energy for 1.000.000 years! https://www.iter.org

Download ppt "ITER Control Simulator by Martynas Prokopas 1 https://www.iter.org."

Similar presentations

Examples of ITER CODAC requirements for diagnostics

Examples of ITER CODAC requirements for diagnostics
ITER CODAC Plant Control Design Handbook October 2008

ITER CODAC Plant Control Design Handbook October 2008
ITER Fast Controller Prototype Feng Wang, Shi Li and Xiaoyang Sun Institute of Plasma Physics, Chinese Academy of Sciences 4/15/20151 The Spring 2010 EPICS.

ITER Fast Controller Prototype Feng Wang, Shi Li and Xiaoyang Sun Institute of Plasma Physics, Chinese Academy of Sciences 4/15/20151 The Spring 2010 EPICS.
Heterogeneous Computing and Real-Time Math for Plasma Control

Heterogeneous Computing and Real-Time Math for Plasma Control
This plan covers The design, implementation, installation, integration and commissioning of the Central Instrumentation & Control System (CODAC, CIS and.

This plan covers The design, implementation, installation, integration and commissioning of the Central Instrumentation & Control System (CODAC, CIS and.
1 ITER Standardization for Integration of local and central interlocks Riccardo Pedica PLC Based Interlock systems Workshop 4-5 December 2014 – ITER Organization.

1 ITER Standardization for Integration of local and central interlocks Riccardo Pedica PLC Based Interlock systems Workshop 4-5 December 2014 – ITER Organization.
Page 1 ITER Control System – meeting – date © 2013, ITER Organization The Control System of ITER Overview, status and PS integration CODAC team ITER IO.

Page 1 ITER Control System – meeting – date © 2013, ITER Organization The Control System of ITER Overview, status and PS integration CODAC team ITER IO.
RT2010, Lisboa Portugal, May 28, 2009 Page 1 Baseline architecture of ITER control system Anders Wallander, Franck Di Maio, Jean-Yves Journeaux, Wolf-Dieter.

RT2010, Lisboa Portugal, May 28, 2009 Page 1 Baseline architecture of ITER control system Anders Wallander, Franck Di Maio, Jean-Yves Journeaux, Wolf-Dieter.
ENERGY SOURCES. TYPES OF SOURCES RENEWABLE: CAN BE REGENERATED IN A SHORT AMOUNT OF TIME OR IS BASICALLY UNLIMITED RENEWABLE: CAN BE REGENERATED IN A.

ENERGY SOURCES. TYPES OF SOURCES RENEWABLE: CAN BE REGENERATED IN A SHORT AMOUNT OF TIME OR IS BASICALLY UNLIMITED RENEWABLE: CAN BE REGENERATED IN A.
Hall D Solenoid Controls. Rockwell Software Overview RSLogix5000 (PLC Programming) RSLinx Classic (Rockwell software/hardware interface) FactoryTalk (GUI.

Hall D Solenoid Controls. Rockwell Software Overview RSLogix5000 (PLC Programming) RSLinx Classic (Rockwell software/hardware interface) FactoryTalk (GUI.
1 Application of RT-patched EPICS for real-time monitoring, October 23, 2012 Application with RT-patched EPICS for real-time monitoring October 23, 2012.

1 Application of RT-patched EPICS for real-time monitoring, October 23, 2012 Application with RT-patched EPICS for real-time monitoring October 23, 2012.
Field Programmable Gate Array (FPGA) Layout An FPGA consists of a large array of Configurable Logic Blocks (CLBs) - typically 1,000 to 8,000 CLBs per chip.

Field Programmable Gate Array (FPGA) Layout An FPGA consists of a large array of Configurable Logic Blocks (CLBs) - typically 1,000 to 8,000 CLBs per chip.
Diagnostics and Controls K. Gajewski ESS Spoke RF Source Accelerator Internal Review.

Diagnostics and Controls K. Gajewski ESS Spoke RF Source Accelerator Internal Review.
LBDS Kicker Electronic and Slow Control Etienne CARLIER AB/BT/EC.

LBDS Kicker Electronic and Slow Control Etienne CARLIER AB/BT/EC.
EPICS Collaboration meeting, Pohang,, 22-26 Oct 2012 Page 1IDM UID: 97W6QN Status of ITER Core Software (“CODAC Core System”) CHD/CIT/CODAC ITER Organization.

EPICS Collaboration meeting, Pohang,, Oct 2012 Page 1IDM UID: 97W6QN Status of ITER Core Software (“CODAC Core System”) CHD/CIT/CODAC ITER Organization.
Agenda Adaptation of existing open-source control systems from compact accelerators to large scale facilities.

Agenda Adaptation of existing open-source control systems from compact accelerators to large scale facilities.
Laser DCS meeting, Utrecht, 13 June 2005Børge Svane Nielsen, NBI1 TPC laser controls adjustable mirrors Laser Controls, Power, Cooling DCS: 1/ Laser controls.

Laser DCS meeting, Utrecht, 13 June 2005Børge Svane Nielsen, NBI1 TPC laser controls adjustable mirrors Laser Controls, Power, Cooling DCS: 1/ Laser controls.
Introduction to Interconnection Networks. Introduction to Interconnection network Digital systems(DS) are pervasive in modern society. Digital computers.

Introduction to Interconnection Networks. Introduction to Interconnection network Digital systems(DS) are pervasive in modern society. Digital computers.
7th Workshop on Fusion Data Processing Validation and Analysis Integration of GPU Technologies in EPICs for Real Time Data Preprocessing Applications J.

7th Workshop on Fusion Data Processing Validation and Analysis Integration of GPU Technologies in EPICs for Real Time Data Preprocessing Applications J.
Requirements for ITER CODAC

Requirements for ITER CODAC

Similar presentations

Ads by Google