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Improving the Accuracy Mathematical Modeling of Transients Emergency Mode Industrial Facilities Distributed Generation

机译:提高瞬态应急模式工业设施的准确性数学建模分布式发电

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Currently, one of the main trends in the development of industrial power in order to improve power supply reliability and reduce the cost of production is the expansion of large industrial enterprises own sources of distributed generation. Thus a characteristic feature of this process is a significant complication of the configuration of electrical networks, small electric generators distance from the variable load commensurate power sources and power receivers and in some cases - big distance sources distributed electrical generation and bus connection to the power grid. Simultaneously, there is a qualitative change in the composition of energy sources. In the past decade, the industrial powerhouse is basically heat and power plant with turbo-generators with a steam turbine inertia. At the present time there is an intensive introduction of low inertia turbine and gas piston plants. This has a significant impact on the quality of the transition process.
机译:目前,工业电源发展的主要趋势之一,以提高电源可靠性,降低生产成本是扩建大型工业企业自己的分布发电。因此,该过程的特征是电网配置的显着复杂,从可变负载相应的电源和电力接收器以及在某些情况下,大距离源分布到电网的大距离发电和总线连接。同时,能源的组成存在定性变化。在过去的十年中,工业强国基本上是带有汽轮机惯性的涡轮发电机的热量和发电厂。目前,存在低惯性涡轮和气体活塞厂的密集引进。这对转型过程的质量产生了重大影响。

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