BWR Simulator
Content
23.3.2014
BWR Simulator
CTI SIMULATION INTERNATIONAL
S ite Index:
B W R S im u la t o r
BOILIN G WATER R EACTOR SIM ULATOR
In This S ection:
The purpose of the 1300 MW(e) boiling water reactor NPP simulator is educational — to provide a teaching tool for university professors and engineers involved in teaching topics in nuclear energy. As well, nuclear engineers, scientists and teachers in the nuclear industry may find this simulator useful in broadening their understanding of BWR NPP dynamics and transients and power plant dynamics. As such, the BWR simulator is used at the IAEA Workshop: NPP Simulators for Education. The simulator can be executed on a personal computer (PC), to operate in real time, and to have a dynamic response with sufficient fidelity to provide BWR plant responses during normal operations and accident situations. It also has a user-machine interface that mimics the actual control panel instrumentation, including the plant display system, and more importantly, allows user’s interactions with the simulator during the operation of the simulated BWR plant. The current simulator configuration of the simulator is able to respond to the operating conditions normally encountered in power plant operations, as well as to many numerous malfunctions, as summarized in the following table.
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http://www.cti-simulation.com/ctisimulation/BWR.htm
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23.3.2014
BWR Simulator
http://www.cti-simulation.com/ctisimulation/BWR.htm
The interaction between the user and the simulator is via a combination of monitor displays, mouse and keyboard. Parameter monitoring and plant operator controls, implemented via the plant display system at the generating station ,are represented in a virtually identical manner on the simulator. Control panel instruments and control devices, such as pushbuttons and hand-switches, are shown as stylized pictures, and are operated via special pop-up menus and dialog boxes in response to user inputs.
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23.3.2014
inputs.
BWR Simulator
BWR Control Loops Screen
BWR Flow Map & Control Screen
BWR Scram Parameters
http://www.cti-simulation.com/ctisimulation/BWR.htm
3/4
23.3.2014
BWR Simulator
BWR Turbine Generator
BWR Feedwater & Extraction Steam
W e b Te m plate by Round the Bend Wizards
C TI
S I M U L A TI O N
I N TER N A TI O N A L
C O R P .
©
2 0 0 6
http://www.cti-simulation.com/ctisimulation/BWR.htm
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BWR Simulator
CTI SIMULATION INTERNATIONAL
S ite Index:
B W R S im u la t o r
BOILIN G WATER R EACTOR SIM ULATOR
In This S ection:
The purpose of the 1300 MW(e) boiling water reactor NPP simulator is educational — to provide a teaching tool for university professors and engineers involved in teaching topics in nuclear energy. As well, nuclear engineers, scientists and teachers in the nuclear industry may find this simulator useful in broadening their understanding of BWR NPP dynamics and transients and power plant dynamics. As such, the BWR simulator is used at the IAEA Workshop: NPP Simulators for Education. The simulator can be executed on a personal computer (PC), to operate in real time, and to have a dynamic response with sufficient fidelity to provide BWR plant responses during normal operations and accident situations. It also has a user-machine interface that mimics the actual control panel instrumentation, including the plant display system, and more importantly, allows user’s interactions with the simulator during the operation of the simulated BWR plant. The current simulator configuration of the simulator is able to respond to the operating conditions normally encountered in power plant operations, as well as to many numerous malfunctions, as summarized in the following table.
*
http://www.cti-simulation.com/ctisimulation/BWR.htm
1/4
23.3.2014
BWR Simulator
http://www.cti-simulation.com/ctisimulation/BWR.htm
The interaction between the user and the simulator is via a combination of monitor displays, mouse and keyboard. Parameter monitoring and plant operator controls, implemented via the plant display system at the generating station ,are represented in a virtually identical manner on the simulator. Control panel instruments and control devices, such as pushbuttons and hand-switches, are shown as stylized pictures, and are operated via special pop-up menus and dialog boxes in response to user inputs.
2/4
23.3.2014
inputs.
BWR Simulator
BWR Control Loops Screen
BWR Flow Map & Control Screen
BWR Scram Parameters
http://www.cti-simulation.com/ctisimulation/BWR.htm
3/4
23.3.2014
BWR Simulator
BWR Turbine Generator
BWR Feedwater & Extraction Steam
W e b Te m plate by Round the Bend Wizards
C TI
S I M U L A TI O N
I N TER N A TI O N A L
C O R P .
©
2 0 0 6
http://www.cti-simulation.com/ctisimulation/BWR.htm
4/4
