石油化工过程中的能源优化

R. Paes, Brian Toner, G. Bankay, Gaurav Agashe
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引用次数: 0

摘要

无论你是否相信二氧化碳与全球变暖之间存在联系,通过提高运营效率来减少能源消耗,在使用更少的能源完成同样的工作时,可以延长我们的自然资源,降低生产成本,推迟对发电站、输电线路等基础设施的投资。感应电动机是一个合乎逻辑的目标,因为它们是使用中的主要机器,占工业负载的绝大多数。由感应电动机驱动的负载消耗了所产生电能的一半以上。效率的微小提高对整体能源消耗有显著影响。当一个过程有一系列的工作点时,为了实现基于亲和规律的节能,通常采用可调速驱动器(ASD)。虽然这本身节省了大量的能量,但它可以通过通量矢量控制和我们将更详细讨论的其他技术进一步优化。本文将详细讨论能源最优控制的主题,从而实现额外的能源节约。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy Optimization in Petrochemical Processes
Whether you believe that there is a connection between CO2 and global warming or not, reducing energy consumption by improving operating efficiency has the additional benefit of prolonging our natural resources, reducing production costs and postponing investment required in infrastructure such as generating stations, transmission lines, etc. when the same work can be done with less energy.Induction motors are a logical target since they are the primary machine in use and account for the vast majority of industrial loads. Loads driven by induction motors consume more than half of the electrical energy generated. A small improvement in efficiency has a pronounced effect on overall energy consumption.When a process has a range of operating points, adjustable speed drives (ASD) are often employed in order to realize energy savings based on the affinity laws. While this in itself saves substantial amounts of energy, it can be further optimized with flux vector control and other techniques which we will discuss in more detail. This paper will go into detail on the topic of energy optimal control which results in additional energy savings.
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