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Simulation Technologies for Integrated Energy Systems Engineering and Operations

机译:集成能源系统工程与运营的仿真技术

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Idaho National Laboratory (INL) has recently received funding to explore integrated energy systems (IES) such as joint electricity-hydrogen production and the implications for control room operations of nuclear power plants (NPPs). Work is needed to identify how such a system would integrate with a nuclear power plant and how reactor operators would safely and reliably manage the integrated system during normal and abnormal conditions. INL is making use of simulation technologies to address both of these questions. The Human Systems Simulation Laboratory (HSSL) is adapting GSES' Generic Pressurized Water Reactor (gPWR), a full-scale full-scope simulator, to model the extraction system of a joint electricity-hydrogen production NPP. Here we design and evaluate a preliminary human system interface (HSI) for the steam extraction system.
机译:爱达荷国家实验室(INL)最近收到了资金,探索了综合能源系统(IES),如联合电 - 氢气生产和对核电站控制室运营的影响(NPPS)。 需要工作以确定这样的系统如何与核电厂集成,以及反应堆运营商如何在正常和异常情况下安全可靠地管理集成系统。 INL正在利用仿真技术来解决这两个问题。 人工系统仿真实验室(HSSL)正在适应GSES的通用加压水反应堆(GPWR),全尺寸全范围模拟器,以模拟接合电力 - 氢生产NPP的提取系统。 在这里,我们设计和评估蒸汽提取系统的初步人类系统界面(HSI)。

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