Power-adjustable secondary circuit energy consumption simulation test apparatus and method
An energy consumption and simulation device technology, applied in the field of simulation experiments, can solve the problems of high construction cost, no practical use value, no power rapid adjustment secondary circuit system, etc., so as to reduce construction costs and achieve accurate and rapid power adjustment functions. , the effect of enhancing operability and regulating performance
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[0030] Such as figure 1 As shown, the design function of the present invention is to realize the low-cost simulation of the nuclear reactor secondary loop system and the accurate and fast adjustment of the power change of the secondary loop system. Its hardware structure includes a steam generator simulation device 1, and the steam generator simulation device 1 is connected to There are two condensing devices, and the power of the two condensing devices is different. Generally, the condenser is preferred, and they are respectively named as the low-power condenser 9 and the high-power condenser 14. The number of water supply devices is also two, and the flow rates of the two water supply devices are different. , the feed water pump is generally preferred, and is named according to its flow rate as a small flow feed water pump 18 and a large flow water feed pump 23. A voltage stabilizing device 17 is arranged between the condensing device and the water supply device. The voltage ...
Embodiment approach 1
[0034] In Embodiment 1, the power variation range is 0 to 50% of the rated power level. In this solution, the second pneumatic switch valve one 12, the second pneumatic switch valve two 16 and the second pneumatic switch valve three 25 are closed, and the large Power condenser 14 and large flow water feed pump 23, open the first pneumatic switch valve one 5, the first pneumatic switch valve two 11, the first pneumatic switch valve three 20, put into low power condenser 9 and small flow feed water pump 18. In this scheme, the steam generated in the steam generator simulation device 1 passes through a pressure measuring device 32, a temperature measuring device 31, a flow measuring device 2, a pneumatic regulating valve 3, an electric regulating valve 4, and the first pneumatic switching valve One 5 and the first pneumatic regulating valve two 6 flow in the small power condenser 9 . When the power of the simulated secondary circuit changes at 0-50% of the rated power level, adju...
Embodiment approach 2
[0036]In Embodiment 2, the power variation range is 0 to 100% of the rated power level. In this solution, the first pneumatic switch valve one 5, the first pneumatic switch valve two 11 and the first pneumatic switch valve three 20 are closed, and the small valve is not activated. Power condenser 9 and small flow feed water pump 18, open the second pneumatic switch valve one 12, the second pneumatic switch valve two 16, the second pneumatic switch valve three 25, put into high power condenser 14 and large flow feed water pump 23. In this solution, the steam generated in the steam generator simulation device 1 flows into the high-power condenser 14 through the first pneumatic control valve 3 , the electric control valve 4 , the second pneumatic on-off valve 12 and the second pneumatic control valve 13 . When the simulated secondary circuit power changes at 0-100% of the rated power level, adjust the electric control valve 4 to decompress and adjust the high-temperature and high-...
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