本发明提供了一种氦氙冷却反应堆控制方法、装置及电子设备,涉及核反应堆技术领域,上述氦氙冷却反应堆控制方法包括：在氦氙冷却反应堆运行过程中,监测氦氙冷却反应堆的运行状态信息,获取预先构建得到的氦氙冷却反应堆的数学模型；基于当前的运行状态信息对数学模型进行数值模拟,得到数值模拟结果；基于数值模拟结果调整氦氙冷却反应堆的各控制参量,以使氦氙冷却反应堆的发电功率达到预设发电功率。本发明可以根据反应堆的运行状态自适应控制反应堆的各控制参量,提升了氦氙冷却反应堆控制的可靠性。

The present invention provides a helium-xenon cooling reactor control method, a device and an electronic device, relating to the field of nuclear reactor technology, and the above helium-xenon cooling reactor control method comprises: monitoring the operating state information of the helium-xenon cooling reactor during the operating process of the helium-xenon cooling reactor, obtaining a pre-constructed mathematical model of the helium-xenon cooling reactor; numerically simulating the mathematical model based on the current operating state information, and obtaining numerical simulation results; and adjusting various control parameters of the helium-xenon cooling reactor based on numerical simulation results, so as to achieve a preset power generation rate. Based on the numerical simulation results, the control parameters of the helium-xenon cooling reactor are adjusted so that the power generation power of the helium-xenon cooling reactor reaches the preset power generation power. The present invention can adaptively control the control parameters of the helium-xenon cooling reactor according to the operating state of the reactor, which improves the reliability of the helium-xenon cooling reactor control.