首页> 外文会议>Business Engineering and Industrial Applications Colloquium (BEIAC), 2012 IEEE >Large scale integration of a flywheel energy storage system with a distributed generation system and its economical environmental impacts on industries in Pakistan
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Large scale integration of a flywheel energy storage system with a distributed generation system and its economical environmental impacts on industries in Pakistan

机译:飞轮储能系统与分布式发电系统的大规模集成及其对巴基斯坦工业的经济和环境影响

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This paper is about the case study, design and implementation results of the application of a flywheel energy storage system on a large scale industrial level. This will focus on the necessity of smooth uninterruptible power especially for continuous process industries in South Asia. It will include the design for integration of 2.5 MVA flywheel based uninterruptable power supply units with a combination of a distributed generation system and a state grid power system. The operation scheme of this system will also be described. We will also depict the results of the application based on real time data for one year. The economic impacts of the installation for a continuous process extrusion plant are also described. Moreover the overall effect of this integrated power system on the operation and carbon footprint of continuous process plants in Pakistan will also be discussed.
机译:本文是关于飞轮储能系统在大规模工业水平上的应用案例研究,设计和实现结果。这将重点放在平稳不间断电源的必要性上,特别是对于南亚的连续过程工业而言。它将包括集成2.5 MVA飞轮不间断电源单元和分布式发电系统和国家电网电源系统的设计。也将描述该系统的操作方案。我们还将基于一年的实时数据描述应用程序的结果。还描述了用于连续工艺挤出设备的设备的经济影响。此外,还将讨论该集成电源系统对巴基斯坦连续过程工厂的运营和碳足迹的总体影响。

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