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首页> 外文期刊>IEEE Industry Applications Magazine >Pipeline Energy Consumption Optimization: A Novel Power Optimization Utility Software
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Pipeline Energy Consumption Optimization: A Novel Power Optimization Utility Software

机译：管道能耗优化：新型功率优化实用程序软件

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Today pipeline operators are required to balance operational efficiency, financial performance, and long-term sustainability. Transporting hydrocarbons efficiently and safely is a demanding task, and energy consumption is one of the major operating costs and sources of emissions. New applications based on pipeline simulation can contribute to reducing energy costs and optimizing operations while continuing to achieve the required delivery schedules within the safety and operating margins. This simulation-based approach considers the different energy costs across the pipeline pump/compressor stations, utility contracts, pump/compressor efficiency, and the costs and benefits of using drag-reducing agents (DRAs). It is a valuable tool that allows energy managers and pipeline operators to optimize energy costs. It can be seamlessly integrated into the supervisory control and data acquisition (SCADA) infrastructure, which provides the realtime views and reporting of all energy and process variables, including the cost savings achieved. The SCADA system monitors and controls one or more complete pipelines used for transporting liquid or gas products from one location to another. Each pipeline may be very long and may have several branches.
机译：如今，管道运营商需要平衡运营效率，财务绩效和长期可持续性。高效安全地运输碳氢化合物是一项艰巨的任务，而能源消耗是主要的运营成本和排放源之一。基于管道仿真的新应用可有助于降低能源成本和优化运营，同时继续在安全和运营余量内实现所需的交付时间表。这种基于仿真的方法考虑了整个管道泵/压缩机站的能源成本，公用事业合同，泵/压缩机效率以及使用减阻剂（DRA）的成本和收益。它是使能源管理者和管道运营商优化能源成本的宝贵工具。它可以无缝集成到监督控制和数据采集（SCADA）基础结构中，该基础结构提供所有能源和过程变量的实时视图和报告，包括节省的成本。 SCADA系统监视和控制一个或多个用于将液体或气体产品从一个位置运输到另一个位置的完整管道。每个管道可能很长，并且可能有多个分支。

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