Improving the Energy Efficiency of an Autonomous Power System with Renewable Sources

I. Zicmane, K. Berzina, T. Lomane, Konstantins Kasperjuks
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引用次数: 4

Abstract

Creating decentralized energy supply systems, there arises the task of providing consumers with electric energy, the parameters of which satisfy the necessary requirements. This problem is especially acute when developing systems based on non-traditional sources using the mechanical energy of renewable natural resources. Taking into account the probabilistic nature of their changes, as well as the significant interaction with each other, the choice of operating modes, types and parameters of energy storage devices for such systems becomes quite a complex and ambiguous task of innovative technologies. The article is devoted to the solution of the problem of developing technical solutions for conjugation of various renewable energy sources ensuring guaranteed electricity supply to autonomous consumers and increasing the energy efficiency of such a system as a whole.
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提高可再生能源自主电力系统的能源效率
建立分散的能源供应系统,就产生了向消费者提供参数满足必要要求的电能的任务。在利用可再生自然资源的机械能开发基于非传统能源的系统时,这个问题尤其严重。考虑到它们变化的概率性质,以及彼此之间的重要相互作用,这类系统的运行模式、类型和参数的选择成为一项相当复杂和模糊的创新技术任务。本文致力于解决开发各种可再生能源共轭技术解决方案的问题,确保有保障的电力供应给自主消费者,并提高整个系统的能源效率。
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