Design and development of an integrated computational simulator for analysis and validation of the implementation of smart grids in Brazilian utilities
A. Bettiol, A. Carniato, L. F. D. N. Passos, Norbert Penner, Jair André Cortina, Ricardo Calefi Junior, C.V.N. de Albuquerque, R. Homma, F. H. Molina
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引用次数: 0
Abstract
NEO DOMINO RESEARCH IN ELECTRICAL SYSTEMS, a Brazilian consulting team, is developing for CELESC (ELECTRICAL CENTRALS OF SANTA CATARINA) an integrated computational simulator based on some general concepts of the GridLAB-D, an open source platform developed for the US DoE (Department of Energy of United States) by several research centers, to simulate the virtual and progressive deployment of automation components in smart grids of medium voltage. This computational platform will subsidize the preliminary planning studies to identify the technical and economic viability aspects, as well as the operational efficiency desired, already during the design of electrical networks aimed at optimizing physical and subsequent implementation.
NEO DOMINO RESEARCH IN ELECTRICAL SYSTEMS，一个巴西咨询团队，正在为CELESC(圣卡塔琳娜电气中心)开发一个基于GridLAB-D一些一般概念的集成计算模拟器，GridLAB-D是一个由几个研究中心为美国能源部开发的开源平台，用于模拟中压智能电网中自动化组件的虚拟和渐进式部署。该计算平台将资助初步规划研究，以确定技术和经济可行性方面，以及期望的操作效率，这些研究已经在电网设计期间进行，旨在优化物理和随后的实施。
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