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Grid Computing Technology Enhances Electrical Power Systems Implementations

机译:网格计算技术增强电力系统实现

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Modern power systems and their applications are developed rapidly bringing many obstacles to be considered and solved. Complexities and difficulties for handling these applications make scientists looking for better solutions to get efficient, redundant, and clean power generation. This need requires geographically-distributed power systems to be integrated as a single entity where among the main features of this integration are large data base and computing intensive. Hence the current power systems are incapable to handle integration requirements for both computational power and datasets sizes. Grid Computing is a coming innovative solution. This paper describes grid computing as an efficient computational technology, the research work on why grid computing is needed for modern power systems, what are the major challenges that grid computing is forcing to be integrated into power systems, and how grid computing can be utilized to fulfil the requirement for next efficient power generation.
机译:现代电力系统及其应用是迅速发展和解决了许多障碍。处理这些应用程序的复杂性和困难使科学家寻找更好的解决方案来获得高效,冗余和清洁的发电。这种需要需要地理上分布的电力系统作为单个实体集成,其中该集成的主要特征是大数据库和计算密集。因此,当前的电力系统无法处理计算电源和数据集大小的集成要求。网格计算是即将到来的创新解决方案。本文将电网计算为一种有效的计算技术,研究工作就是为什么需要电网计算的现代电力系统,网格计算强迫融入电力系统的主要挑战是什么,以及如何利用网格计算如何满足下一代有效发电的要求。

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