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Analysis for selection of battery-based storage systems for electrical microgrids
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DOI：10.14483/23448393.15613.png)
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Abstract
En 中文
Context: In the implementation of a microgrid the most expensive element is the energy storage system, which, in most cases is made by batteries. Different authors motivated to achieve the reduction of implementation costs that allow the growth of microgrids have dedicated their efforts to develop techniques and topologies for microgrids that allow the optimization of the energy storage system seeking the compromise between the useful life, maintenance and investment initial. Method: The mains of this paper to present the selection criteria used to select the type of battery in a microgrid, these being sufficient to ensure the economic viability of the same throughout the entire life cycle of the system. To achieve this objective, papers indexed in journals of scientific and engineering content were consulted, classifying the criteria into two groups, technical criteria, and technical-economic criteria. Results: It was established that the technical criteria ensure compliance with the technical characteristics required by the end-user of the micro-network, but the operation of the storage system is not determined throughout the entire useful life, in contrast, the technical-economic criteria allow to guarantee the operation of the microgrid storage system throughout the entire duration of the project. Conclusions: The classification of the criteria carried out in this paper is a guide that allows motivating the progress of research in order to establish methodologies that guarantee viable implementation costs at the microgrid level based on the technical-economic analysis of the storage system.
Keywords:
Batteries
Microgrids
Storage systems
Journal
I
IF:
0.1
Papers:
11
Citations:
36