CAJ | 학술논문

针对模块式小型压水堆的特点，提出了新型湿冷系统，并介绍其相应的结构组成、不同型式及运行方式。针对新型湿冷系统的运行特点，建立了新型湿冷系统直流部分与二次循环部分热负荷比例分配的数学模型。结合某电厂ACP100核电机组，对新型湿冷系统进行热力特性分析可知，直流冷却负荷百分比的变化对二次循环流量、凝汽器进口水温、凝汽器压力、以及净微增功率的影响显著。应用新型湿冷系统的优化计算方法，对循泵耗功进行计算可知，循泵耗功不仅受到循泵运行方式的影响，还与新型湿冷系统的运行方式，以及直流冷却负荷百分比有关。
침대모괴식소형압수퇴적특점，제출료신형습랭계통，병개소기상응적결구조성、불동형식급운행방식。침대신형습랭계통적운행특점，건립료신형습랭계통직류부분여이차순배부분열부하비례분배적수학모형。결합모전엄ACP100핵전궤조，대신형습랭계통진행열력특성분석가지，직류냉각부하백분비적변화대이차순배류량、응기기진구수온、응기기압력、이급정미증공솔적영향현저。응용신형습랭계통적우화계산방법，대순빙모공진행계산가지，순빙모공불부수도순빙운행방식적영향，환여신형습랭계통적운행방식，이급직류냉각부하백분비유관。
According to the characteristics of smal modular reactors, the new wet cooling system is proposed for the first time, and the corresponding structure, different types and operation mode are introduced. For the operating characteristics of the new wet cool-ing system, the mathematical model of heat load proportional distribution for the concurrent part and the cycle part is established. Combined with ACP100 smal modular reactors of a power plant, by analyzing thermodynamic property of new wet cooling system, the cooling load percentage changes of the concurrent part have a significant effect on the flow of the cycle part, the inlet water tem-perature of condenser, and the pressure of condenser, the net incremental power. The result of the study shows that power con-sumption of the circulating water pump ( CWP) is not only affected by the CWP operation mode, but also related to the operation mode of the new wet cooling system, and the cooling load percentage of the concurrent part, so that the optimization method of the new wet cooling system is applied to calculating the CWP power consumption.