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Runtime resource checking at WENDELSTEIN 7-X during plasma operation

机译:等离子运行期间在WENDELSTEIN 7-X上运行时资源检查

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The super conducting stellarator WENDELSTEIN 7-X (W7-X) is designed as a steady-state device which will run pulses of 30 min or more. During discharges W7-X will be controlled by a dedicated "segment control system" addressed in this article.rnDue to the innovative nature of a fusion device and its subsystems a failure of a subsystem during a discharge cannot be ruled out. Safety critical failures are handled by the safety system. In many cases a failure leads only to a degradation of the plasma quality and not to a safety critical situation. Because of the long pulses the segment control has to detect the situation and steer the discharge into another state in which preferably the discharge can continue without the failed subsystem or the discharge is gracefully brought to an end.rnAfter a short summary of the main aspects of the "segment control system" this paper deals with the online resource check required for fault detection and recovery. It explains how the online resource check is integrated in the control system and how the control system support recovery strategies.
机译:超导型恒星发生器WENDELSTEIN 7-X(W7-X)设计为稳态设备,它将运行30分钟或更长时间的脉冲。在放电期间,W7-X将由本文所述的专用“段控制系统”控制。由于聚变设备及其子系统的创新性,不能排除在放电期间子系统的故障。安全关键故障由安全系统处理。在许多情况下,故障只会导致等离子体质量下降,而不会导致安全关键情况。由于较长的脉冲,分段控制必须检测到这种情况,并使放电进入另一种状态,在这种状态下,放电最好能继续进行而不会出现故障的子系统,或者使放电平稳地结束。本文的“段控制系统”处理故障检测和恢复所需的在线资源检查。它说明了如何将在线资源检查集成到控制系统中以及控制系统如何支持恢复策略。

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