由于可再生能源的使用,电力系统运行的稳定性和可靠性

V. Elistratov, I. Kudryasheva
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引用次数: 0

摘要

为最有效地管理可再生资源而引进现代资源节约型技术的措施方案将为居民和工业企业提供必要的能源。能源供应系统包括利用各种可再生能源(水力、风能、太阳能)的能源发电厂,这为其稳定模式创造了更有利的条件。多种可再生能源(水力、风能、太阳能)在供电系统中的统一,为电力资源的利用创造了更有利的条件。这些电厂在供电系统的生产计划中有自己的运行方式和确定的工作位置。在供电运行期间,日常生产计划定义了整个系统的运行模式,包括从发电源到高压输电线路和配电网络系统的所有要素。给定的研究结果被允许创建使用可再生能源增加稳定性、可靠性和效率的供应系统的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stability and reliability of power system operation due to use of renewable energy resources
The program of measures to introduce modern resource-saving technologies for the most effective management of renewable resources will provide the necessary amount of energy to both the population and industrial enterprises. The energy power supply system includes energy power plants using various renewable energy sources (hydraulic, wind, solar) that create more favorable conditions for its stability modes. Unification of power plant using various renewable energy sources (hydraulic, wind, solar) in power supply system has created more favorable conditions for use of power resources. These power plants have their own features of operation modes and definite work place in the production schedule of power supply system. During power supply operation daily production schedules define an operating mode of the system as a whole, including all its elements, from generating sources to high-voltage transmission lines and distributive networks system. The results of given researches are allowed to create the methods of increasing stability, reliability and efficiency supply systems with using renewable energy sources.
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