CN101783097A - Display device and method of post-accident monitoring system in advanced control room of nuclear power plant - Google Patents
Display device and method of post-accident monitoring system in advanced control room of nuclear power plant Download PDFInfo
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- CN101783097A CN101783097A CN200910188853A CN200910188853A CN101783097A CN 101783097 A CN101783097 A CN 101783097A CN 200910188853 A CN200910188853 A CN 200910188853A CN 200910188853 A CN200910188853 A CN 200910188853A CN 101783097 A CN101783097 A CN 101783097A
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Abstract
The invention relates to a display device of a post-accident monitoring system in an advanced control room of a nuclear power plant, which is arranged on a back-up disk of a main control room of the nuclear power plant. The display device comprises power supply sequence parameter input parts A and B, display screens A and B, a display control part and a storage part, wherein the power supply sequence parameter input parts A and B are used for inputting display information used when the monitoring parameters of power supply sequences A and B are displayed; the display screens A and B are used for displaying the monitoring parameters of the power supply sequences A and B; the display control part is used for controlling the monitoring parameters of the power supply sequences A and B to be respectively displayed on the display screens A and B; and the storage part is used for storing the monitoring parameters of the power supply sequences A and B. The invention also relates to a display method of the post-accident monitoring system in the advanced control room of the nuclear power plant. By respectively displaying the monitoring parameters of the power supply sequence A (sequence A) and the power supply sequence B (sequence B) and storing the monitoring parameters through the storage part, the invention can effectively analyze the monitoring parameters of the post-accident monitoring system in the advanced control room of the nuclear power plant, which is convenient for an operator to analyze and treat the accident.
Description
Technical field
The present invention relates to the nuclear power station field, more particularly, relate to a kind of display device and method of post-accident monitoring system in advanced control room of nuclear power plant.
Background technology
In the starting stage that accident takes place, operator is difficult to judge immediately takes place or occurent accident, thereby is difficult to make correct response.For this reason, with reactor protection with specially be designed to the pattern that automatically performs in the starting stage of accident generation to the action (as emergent reactor core cooling, containment isolation etc.) of safety installations.But, at the unpredictable situation of design basis accident and accident (as the progress of power plant's operating mode and safety analysis prediction inconsistent), operator must have enough information to monitor the development of accident, makes the power station reach safe condition to take preplanned operation.In addition, operator also needs the other instrument to monitor whether three road safety curtains (fuel can, reactor coolant pressure boundary, containment) have surpassed restriction, the operation of safe related system and the release standard of radiomaterial of defined in the safety analysis evaluation.
For these reasons, according to monitored parameter RG1.97 standard after the accident, on the back-up disk of nuclear power station master-control room, be provided with post-accident monitoring system (Post Accident Monitoring System abbreviates PAMS as).PAMS is provided with 2 redundant each other A power-up sequence (abbreviating the A row as) and B power-up sequence (abbreviating the B row as), and technology has in the past only adopted conventional instrument equipment for the real-time demonstration and the historical record of PAMS parameter, and be dispersed in the various piece of console panel platform, can not concentrate effectively the PAMS parameter is shown, be not easy to operator and in time analyze and the processing accident.
Summary of the invention
The technical problem to be solved in the present invention is, at the above-mentioned defective of prior art, provides a kind of display device and method of post-accident monitoring system in advanced control room of nuclear power plant.
One of the technical solution adopted for the present invention to solve the technical problems is: construct a kind of display device of post-accident monitoring system in advanced control room of nuclear power plant, be arranged on the back-up disk of nuclear power station master-control room, it comprises:
A power-up sequence (A row) parameter input part, the display message that its monitoring parameter that is used to import the A power-up sequence uses when showing;
B power-up sequence (B row) parameter input part, the display message that its monitoring parameter that is used to import the B power-up sequence uses when showing;
The A display screen, it is used to show the monitoring parameter of A power-up sequence;
The B display screen, it is used to show the monitoring parameter of B power-up sequence;
Display control unit, its monitoring parameter that is used to control the A power-up sequence is presented at the A display screen, and the monitoring parameter of controlling the B power-up sequence is presented on the B display screen;
Storage part: it is used for the monitoring parameter of A power-up sequence and B power-up sequence is stored.
The described device of the invention described above, described A (or B) power-up sequence parameter input part comprises:
1 grade of variable load module of A (or B) row: the display message that its 1 grade of variable that is used to import A (or B) power-up sequence uses when showing;
2 grades of variable load modules of A (or B) row: the display message that its 2 grades of variablees that are used to import A (or B) power-up sequence use when showing;
3 grades of variable load modules of A (or B) row: the display message that its 3 grades of variablees that are used to import A (or B) power-up sequence use when showing;
A (or B) row pressure-temperature curve map load module: the display message that its pressure-temperature curve map that is used to import nuclear power plant system one loop of A (or B) power-up sequence power supply uses when showing.
The described device of the invention described above, described A (or B) power-up sequence parameter input part also comprises:
A (or B) row reactor core temperature load module: the display message of using when its reactor core temperature that is used to import the power supply of A (or B) power-up sequence shows.
The described device of the invention described above, described display control unit is controlled on the main window of A (or B) display screen and generates A (or B) row reactor core temperature display frame navigation link button, and control shows A (or B) row reactor core temperature picture by described linking button on the assistant window of A (or B) display screen.
The described device of the invention described above, the monitoring parameter of A (or B) power-up sequence in the certain historical time that is stored in the described storage part is called in the control of described display control unit, and controls its form with trend map and show.
Two of the technical solution adopted for the present invention to solve the technical problems is: the display packing of constructing a kind of post-accident monitoring system in advanced control room of nuclear power plant, be used to be arranged on the display device of the post-accident monitoring system in advanced control room of nuclear power plant on the back-up disk of nuclear power station master-control room, it comprises the following steps:
The display message of using when the monitoring parameter of input A power-up sequence (A row) shows;
The display message of using when the monitoring parameter of input B power-up sequence (B row) shows;
Control is presented at the monitoring parameter of A power-up sequence on the A display screen;
Control is presented at the monitoring parameter of B power-up sequence on the B display screen;
Monitoring parameter to A power-up sequence and B power-up sequence is stored.
The described method of the invention described above, the step of the display message of using when the monitoring parameter of described input A (or B) power-up sequence shows comprises step by step following:
The display message that 1 grade of variable of input A (or B) power-up sequence uses when showing;
The display message that 2 grades of variablees of input A (or B) power-up sequence use when showing;
The display message that 3 grades of variablees of input A (or B) power-up sequence use when showing;
The display message that the pressure-temperature curve map in nuclear power plant system one loop of input A (or B) power-up sequence power supply uses when showing.
The described method of the invention described above, the step of the display message of using when the monitoring parameter of described input A (or B) power-up sequence shows also comprises step by step following:
The display message of using when the reactor core temperature of input A (or B) power-up sequence power supply shows.
The described method of the invention described above, this method also comprises the following steps: to be controlled on the main window of A (or B) display screen and generates A (or B) row reactor core temperature display frame navigation link button, and control shows A (or B) row reactor core temperature picture by described linking button on the assistant window of A (or B) display screen.
The described method of the invention described above, this method also comprise the following steps: to control the monitoring parameter that calls A (or B) power-up sequence in certain historical time of having stored, and control its form with trend map and show.
Implement the display device and the method for post-accident monitoring system in advanced control room of nuclear power plant of the present invention, has following beneficial effect: A display screen and B display screen are set on the back-up disk of nuclear power station master-control room, monitoring parameter to A power-up sequence (A row) and B power-up sequence (B row) shows respectively, and monitoring parameter is stored by storage part, thereby can analyze the monitoring parameter of post-accident monitoring system in advanced control room of nuclear power plant effectively, so that operator's processing accident in time.
The display device of post-accident monitoring system in advanced control room of nuclear power plant of the present invention and method also can show the historical trend information of monitored parameter after the accident of each power-up sequence power supply by trend map.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is the block diagram of display device one embodiment of post-accident monitoring system in advanced control room of nuclear power plant of the present invention;
Fig. 2 is the block diagram of A power-up sequence among Fig. 1 (A row) parameter input part;
Fig. 3 is the main window display frame distribution diagram of an embodiment of A display screen among the present invention;
Fig. 4 is the assistant window display frame distribution diagram of an embodiment of A display screen among the present invention;
Fig. 5 is the process flow diagram of display packing one embodiment of post-accident monitoring system in advanced control room of nuclear power plant of the present invention.
Embodiment
As shown in Figure 1, be the block diagram of display device one embodiment of post-accident monitoring system in advanced control room of nuclear power plant of the present invention.The display device of post-accident monitoring system in advanced control room of nuclear power plant of the present invention, be arranged on the back-up disk of nuclear power station master-control room, it comprises A power-up sequence (A row) parameter input part 1, B power-up sequence (B row) parameter input part 2, A display screen 3, B display screen 4, display control unit 5 and storage part 6.
The display message of using when wherein, A power-up sequence (A row) parameter input part 1 monitoring parameter that is used to import the A power-up sequence shows; The display message that the monitoring parameter that B power-up sequence (B row) parameter input part 2 is used to import the B power-up sequence uses when showing; A display screen 3 is used to show the monitoring parameter of A power-up sequence; B display screen 4 is used to show the monitoring parameter of B power-up sequence; Display control unit 5, its monitoring parameter that is used to control the A power-up sequence is presented at A display screen 3, and the monitoring parameter of controlling the B power-up sequence is presented on the B display screen 4; Storage part 6 is used for the monitoring parameter of A power-up sequence and B power-up sequence is stored.
In conjunction with shown in Figure 2, be the block diagram of A power-up sequence among Fig. 1 (A row) parameter input part 1.A power-up sequence parameter input part comprises 1 grade of variable load module 110 of A row, 1 grade of variable load module 120 of A row, 3 grades of variable load modules 130 of A row, A row pressure-temperature curve map load module 140 and A row reactor core temperature load module 150.
The display message of using when wherein, 1 grade of variable load module 110 of A row 1 grade of variable being used to import the A power-up sequence shows; The display message that 2 grades of variablees that 1 grade of variable load module 120 of A row is used to import the A power-up sequence use when showing; The display message that 3 grades of variablees that 3 grades of variable load modules 130 of A row are used to import the A power-up sequence use when showing; The display message that the pressure-temperature curve map that A row pressure-temperature curve map load module 140 is used to import nuclear power plant system one loop of A power-up sequence power supply uses when showing; The display message of using when the reactor core temperature that A row reactor core temperature load module 150 is used to import the power supply of A power-up sequence shows.
In conjunction with shown in Figure 3, be the main window display frame distribution diagram of an embodiment of A display screen among the present invention.Display control unit 5 controls will be presented on the A display screen 3 by the relevant display message of A power-up sequence parameter input part input, in the present embodiment, observe for the ease of operator, the display message that A row pressure-temperature curve map load module 140 is imported in display control unit 5 controls is presented at the upper left quarter of the main window of A display screen 3, and promptly A row pressure-temperature curve map is presented at the upper left quarter of the main window of A display screen 3; The data message that A row historical trend figure load module is imported in control is presented at the lower left quarter of the main window of A display screen 3, and promptly A row historical trend figure is presented at the lower left quarter of the main window of A display screen 3; The display message that 1 grade of variable load module 110 of A row, 1 grade of variable load module 120 of A row and 3 grades of variable load modules of A row 130 are imported in control is presented at the right part of the main window of A display screen 3 respectively, and promptly 1 grade of variable of A row, 2 grades of variablees of A row and 3 grades of variablees of A row are presented at the right part of the main window of A display screen 3 respectively.
In addition, the monitoring parameter of the A power-up sequence in the certain historical time that is stored in the storage part 6 is called in display control unit 5 controls, and control its form and show with trend map, wherein should " certain historical time " can be preferably 30 minutes, certainly, also can carry out optimal selection as required sets.
In the present embodiment, the main window that display control unit 5 also is controlled at A display screen 3 produces a history curve the Show Button, when clicking this history curve the Show Button, wicket of temporary transient ejection on A display screen 3 main windows, be used to show the history curve of A power-up sequence in 72 hours, also can have access to interior monitoring parameter these 72 hours simultaneously according to this history curve; When clicking this history curve the Show Button once more, this A power-up sequence history curve no longer shows.
In the present embodiment, the mode that the display message that A row reactor core temperature load module 150 is imported in display control unit 5 controls shows is: the upper left quarter that is controlled at the main window of A display screen 3 generates an A row reactor core temperature display frame navigation link button, when operator clicks this linking button, an assistant window is ejected in display control unit 5 control, and is controlled on this assistant window A row reactor core temperature is shown.So, by this linking button control mode is set, optionally observation A row reactor core temperature on A display screen 3 is convenient, directly perceived.
As shown in Figure 4, be the assistant window display frame distribution diagram of an embodiment of A display screen among the present invention.Display control unit 5 is controlled at the picture that forms mock-up reactor reactor core position on the assistant window of A display screen 3, and this picture is divided into several zonules, each zone is particular location of corresponding reactor core respectively, and display control unit 5 directly control is presented at the temperature data of each particular locations of reactor core accordingly in the zonule.Simultaneously, preestablish a temperature threshold, when the temperature of a certain particular locations of reactor core was higher than this temperature threshold, the Show Color of controlling this zonule changed, and to indicate, makes things convenient for operator to observe.
Further, display control unit 5 controls show the display frame of A row reactor core temperature on the assistant window of A display screen 3, the upper right quarter that is controlled at the assistant window of A display screen 3 simultaneously generates main window navigation link button, by clicking this navigation link button, can close the assistant window of A display screen 3, thereby directly show the display frame of the main window of A display screen 3.
As seen, except that the display frame of A row reactor core temperature, the monitoring parameter of A power-up sequence all is presented on the main window of A display screen 3, mainly show by modes such as trend map, real time datas, simultaneously, can link by the A row reactor core temperature display frame navigation link button of clicking on the main window, thereby enter of the distributed intelligence of the assistant window of A display screen 3 with demonstration A row reactor core temperature.
Obviously, in other embodiments, the display position of each monitoring parameter on display screen adjusted, in a word, can be made things convenient for, observe intuitively and being as the criterion to satisfy operator.
Be that example is set forth explanation all below with the A power-up sequence, since A power-up sequence and B power-up sequence be 2 redundant each other power-up sequence, consider that simultaneously being convenient to operator monitors, control distributes the display frame of B display screen 4 identical with the display frame distribution of A display screen 3.
As shown in Figure 5, be the process flow diagram of display packing one embodiment of post-accident monitoring system in advanced control room of nuclear power plant of the present invention.The display packing of post-accident monitoring system in advanced control room of nuclear power plant of the present invention is used to be arranged on the display device of the post-accident monitoring system in advanced control room of nuclear power plant on the back-up disk of nuclear power station master-control room, and it comprises the following steps:
Step S0: beginning;
Step S1: the display message that the monitoring parameter of input A (or B) power-up sequence uses when showing;
Step S2: control is presented at the monitoring parameter of A (or B) power-up sequence on A (or B) display screen;
Step S3: the monitoring parameter to A (or B) power-up sequence is stored;
Step S4: finish.
Wherein, in step S1, the step of the display message that the monitoring parameter of described input A (or B) power-up sequence uses when showing comprises step by step following:
The display message that 1 grade of variable of input A (or B) power-up sequence uses when showing;
The display message that 2 grades of variablees of input A (or B) power-up sequence use when showing;
The display message that 3 grades of variablees of input A (or B) power-up sequence use when showing;
The display message that the pressure-temperature curve map in nuclear power plant system one loop of input A (or B) power-up sequence power supply uses when showing;
The display message of using when the reactor core temperature of input A (or B) power-up sequence power supply shows.
In step S1, the step of the display message that the monitoring parameter of described input A (or B) power-up sequence uses when showing also comprises step by step following:
The display message of using when the reactor core temperature of input A (or B) power-up sequence power supply shows.
Further, method of the present invention also comprises the following steps: to be controlled on the main window of A (or B) display screen and generates A (or B) row reactor core temperature display frame navigation link button, and control shows A (or B) row reactor core temperature picture by described linking button on the assistant window of A (or B) display screen.
In addition, also may command is called the monitoring parameter of A (or B) power-up sequence in certain historical time of having stored, and controls its form with trend map and show.
The above only is embodiments of the invention, not in order to restriction the present invention, all any modifications of being done in the spirit and principles in the present invention, is equal to and replaces or improvement etc., all should be included in protection scope of the present invention.
Claims (10)
1. the display device of a post-accident monitoring system in advanced control room of nuclear power plant is arranged on the back-up disk of nuclear power station master-control room, it is characterized in that, comprising:
A power-up sequence (A row) parameter input part, the display message that its monitoring parameter that is used to import the A power-up sequence uses when showing;
B power-up sequence (B row) parameter input part, the display message that its monitoring parameter that is used to import the B power-up sequence uses when showing;
The A display screen, it is used to show the monitoring parameter of A power-up sequence;
The B display screen, it is used to show the monitoring parameter of B power-up sequence;
Display control unit, its monitoring parameter that is used to control the A power-up sequence is presented at the A display screen, and the monitoring parameter of controlling the B power-up sequence is presented on the B display screen;
Storage part: it is used for the monitoring parameter of A power-up sequence and B power-up sequence is stored.
2. device according to claim 1 is characterized in that, described A (or B) power-up sequence parameter input part comprises:
1 grade of variable load module of A (or B) row: the display message that its 1 grade of variable that is used to import A (or B) power-up sequence uses when showing;
2 grades of variable load modules of A (or B) row: the display message that its 2 grades of variablees that are used to import A (or B) power-up sequence use when showing;
3 grades of variable load modules of A (or B) row: the display message that its 3 grades of variablees that are used to import A (or B) power-up sequence use when showing;
A (or B) row pressure-temperature curve map load module: the display message that its pressure-temperature curve map that is used to import nuclear power plant system one loop of A (or B) power-up sequence power supply uses when showing.
3. device according to claim 2 is characterized in that, described A (or B) power-up sequence parameter input part also comprises:
A (or B) row reactor core temperature load module: the display message of using when its reactor core temperature that is used to import the power supply of A (or B) power-up sequence shows.
4. device according to claim 3, it is characterized in that, described display control unit is controlled on the main window of A (or B) display screen and generates A (or B) row reactor core temperature display frame navigation link button, and control shows A (or B) row reactor core temperature picture by described linking button on the assistant window of A (or B) display screen.
5. device according to claim 1 is characterized in that, the monitoring parameter of A (or B) power-up sequence in the certain historical time that is stored in the described storage part is called in the control of described display control unit, and controls its form with trend map and show.
6. the display packing of a post-accident monitoring system in advanced control room of nuclear power plant is used to be arranged on the display device of the post-accident monitoring system in advanced control room of nuclear power plant on the back-up disk of nuclear power station master-control room, it is characterized in that, comprises the following steps:
The display message of using when the monitoring parameter of input A power-up sequence (A row) shows;
The display message of using when the monitoring parameter of input B power-up sequence (B row) shows;
Control is presented at the monitoring parameter of A power-up sequence on the A display screen;
Control is presented at the monitoring parameter of B power-up sequence on the B display screen;
Monitoring parameter to A power-up sequence and B power-up sequence is stored.
7. method according to claim 6 is characterized in that, the step of the display message that the monitoring parameter of described input A (or B) power-up sequence uses when showing comprises step by step following:
The display message that 1 grade of variable of input A (or B) power-up sequence uses when showing;
The display message that 2 grades of variablees of input A (or B) power-up sequence use when showing;
The display message that 3 grades of variablees of input A (or B) power-up sequence use when showing;
The display message that the pressure-temperature curve map in nuclear power plant system one loop of input A (or B) power-up sequence power supply uses when showing.
8. method according to claim 7 is characterized in that, the step of the display message that the monitoring parameter of described input A (or B) power-up sequence uses when showing also comprises step by step following:
The display message of using when the reactor core temperature of input A (or B) power-up sequence power supply shows.
9. method according to claim 8, it is characterized in that, this method also comprises the following steps: to be controlled on the main window of A (or B) display screen and generates A (or B) row reactor core temperature display frame navigation link button, and control shows A (or B) row reactor core temperature picture by described linking button on the assistant window of A (or B) display screen.
10. method according to claim 1 is characterized in that, this method also comprises the following steps: to control the monitoring parameter that calls A (or B) power-up sequence in certain historical time of having stored, and controls its form with trend map and show.
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| CN103730175A (en) * | 2012-10-11 | 2014-04-16 | 中广核工程有限公司 | Digital backup panel for nuclear power plant |
| CN108303971A (en) * | 2018-02-28 | 2018-07-20 | 中国船舶重工集团公司第七〇九研究所 | The nuclear safety engineer operation bench and control system of ocean nuclear power platform |
| CN110794790A (en) * | 2019-11-18 | 2020-02-14 | 福建福清核电有限公司 | DCS-based signal simulation mode optimization system and method |
| CN112635086A (en) * | 2020-12-03 | 2021-04-09 | 中广核工程有限公司 | Post-accident monitoring system and method for main control room of nuclear power plant |
Family Cites Families (5)
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| EP0776573A4 (en) * | 1994-07-26 | 1998-04-15 | Maxpro Systems Pty Ltd | A video security system |
| JP4607702B2 (en) * | 2005-08-10 | 2011-01-05 | 株式会社東芝 | Plant operation support apparatus and plant operation support method |
| CN101217064A (en) * | 2007-12-27 | 2008-07-09 | 大亚湾核电运营管理有限责任公司 | A fatal accident disposal for improved type gigawatt-level PWR nuclear power plant |
| CN101458973B (en) * | 2008-12-22 | 2013-05-08 | 中国广东核电集团有限公司 | Safety monitoring system for nucleus electromotor unit |
| CN101447240B (en) * | 2008-12-22 | 2012-12-05 | 中国广东核电集团有限公司 | Accident monitor system for nuclear power unit and monitor method thereof |
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- 2009-12-15 CN CN2009101888531A patent/CN101783097B/en active Active
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| CN103730175A (en) * | 2012-10-11 | 2014-04-16 | 中广核工程有限公司 | Digital backup panel for nuclear power plant |
| CN103730175B (en) * | 2012-10-11 | 2016-01-27 | 中广核工程有限公司 | A kind of digital backup panel for nuclear power plant |
| CN108303971A (en) * | 2018-02-28 | 2018-07-20 | 中国船舶重工集团公司第七〇九研究所 | The nuclear safety engineer operation bench and control system of ocean nuclear power platform |
| CN108303971B (en) * | 2018-02-28 | 2023-11-03 | 中国船舶重工集团公司第七一九研究所 | Nuclear safety engineer control console and control system of ocean nuclear power platform |
| CN110794790A (en) * | 2019-11-18 | 2020-02-14 | 福建福清核电有限公司 | DCS-based signal simulation mode optimization system and method |
| CN112635086A (en) * | 2020-12-03 | 2021-04-09 | 中广核工程有限公司 | Post-accident monitoring system and method for main control room of nuclear power plant |
| CN112635086B (en) * | 2020-12-03 | 2024-05-17 | 中广核工程有限公司 | Monitoring system and method for nuclear power plant main control room after accident |
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