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首页> 外文期刊>Ceramic Engineering and Science Proceedings >INCREASE OF GLASS PRODUCTION EFFICIENCY AND ENERGY EFFICIENCY WITH MODEL-BASED PREDICTIVE CONTROL
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INCREASE OF GLASS PRODUCTION EFFICIENCY AND ENERGY EFFICIENCY WITH MODEL-BASED PREDICTIVE CONTROL

机译:基于模型的预测控制提高玻璃的生产效率和能效

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摘要

In the past decade, advanced multiple input/multiple output (MIMO) process control systems have found their way into the glass industry. Today a growing number of glass furnaces and forehearths have been equipped with a supervisory control system. Daily regulation of fossil fuel firing and electric energy supply to stabilize temperatures is no longer in the hands of the operator, but fully taken over automatically by the ES III MPC controller, which provides consistent process control, 24 hours per day, focused to operate the entire glass production process in the most efficient way
机译:在过去的十年中,先进的多输入/多输出(MIMO)过程控制系统已进入玻璃行业。如今,越来越多的玻璃熔炉和前炉配备了监控系统。化石燃料燃烧和电能供应的每日调节以稳定温度不再由操作员掌握,而是由ES III MPC控制器完全自动接管,该控制器每天24小时提供一致的过程控制,专注于操作以最有效的方式完成整个玻璃生产过程

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