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经济发展向低碳化过渡带来了供能和用能方式的重大变化,而电力系统的转变是其中的关键,与这一转变密不可分的是智能电网建设。与传统的电网相比,智能电网更多地应用了EMS、分布式发电和智能调度等技术,使得其中的数据信息在分布上更加广泛,在数量上更加庞大,在结构上更加复杂,并且对这些信息的处理和存储上要求更高,从而使传统电网中的相关计算模式日益显得捉襟见肘。能否全面、准确地掌握配电网运行情况,
The transition from low-carbon economy to energy-saving and energy-using has brought about major changes in the way, and the transformation of the power system is one of the key. And this transformation is inseparable from the smart grid. Compared with the traditional power grid, the smart grid uses more technologies such as EMS, distributed generation and intelligent scheduling to make the data information more widely distributed, larger in quantity, more complicated in structure, The processing and storage of these messages is more demanding, making the associated computing paradigm in traditional grid increasingly stretched. Can a comprehensive and accurate grasp of distribution network operation,