首页> 外文会议>2013 Abstracts IEEE International Conference on Plasma Science >Grid interface challenges and candidate solutions for the compact linear collider's (CLIC) Klystron modulators
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Grid interface challenges and candidate solutions for the compact linear collider's (CLIC) Klystron modulators

机译:紧凑型线性对撞机(CLIC)速调管调制器的网格接口挑战和候选解决方案

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摘要

The Compact Linear Collider (CLIC) is a potential future linear electron-positron accelerator that CERN is considering as part of an effort to extend the exploration of the lepton collision energy region of 0.5 to 5TeV. As discussed in [1], the CLIC requires the use of highly efficient and controllable power electronics for both the utility grid interface and the Klystron modulators. The complex will include around 1600 Klystron modulators, with a total average power consumption of 300MW (37GW peak). This presents many challenges for the utility connected power electronics and novel approaches are therefore required in both the power conversion and control design.
机译:紧凑型线性对撞机(CLIC)是欧洲核子研究组织(CERN)正在考虑的一项潜在的未来线性电子正电子加速器,作为将0.5到5TeV的轻子碰撞能量区域的探索扩展的一部分。如[1]中所述,CLIC要求对公用电网接口和速调管调制器都使用高效且可控的电力电子设备。该综合大楼将包括大约1600个速调管调制器,平均总功耗为300MW(峰值37GW)。这给与市电相连的电力电子设备提出了许多挑战,因此在电力转换和控制设计中都需要新颖的方法。

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