首页> 外文会议>IEEE Biennial Congress of Argentina >Emulador de carga para recrear las curvas de consumo eléctrico diario en Zonas No Interconectadas de Colombia definidos en la metodología CREG-002 de 2014
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Emulador de carga para recrear las curvas de consumo eléctrico diario en Zonas No Interconectadas de Colombia definidos en la metodología CREG-002 de 2014

机译:负载仿真器在2014年Creg-002方法中定义的哥伦比亚非互连区域中的每日电力消耗曲线进行重新创建电力消耗曲线

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Nowadays the electricity demand in non-interconnected areas of Colombia (ZNI in Spanish) is high and usually scattered throughout the Colombian territory, in this way its connection to the national distribution grid is infeasible, because of its remoteness and difficult access. To ensure the energy supply in the ZNI diesel generators are used, however the generation with diesel is expensive, and creates a socioeconomic problem by failing to ensure continuity of service, and an environmental problem by not being a green energy source. The Gas and Energy Regulatory Commission (CREG in Spanish), raises energy projects with renewable energy sources, for which it is necessary to take into account the energy consumption in non-interconnected zones and their behavior during the time of electric service supply, this behavior is characterized and shown by CREG in a demand-vs-time chart, these charts are a reference for test generation systems with different electric sources. The aim of this work is to develop an emulator that recreates the load conditions and energy demand in a ZNI, and to use it in efficiency test for power converters. The load emulator will be based on the Back to Back topology, this topology may perform power control for observing the behavior of the systems described above. The power control range will be from 0W to 3000W, and the simulations will be in Matlab-Simulink.
机译:如今,哥伦比亚非相互关联地区(西班牙语)的电力需求很高,通常散落在整个哥伦比亚领域,以这种方式,其与国家配送网格的联系是不可行的,因为它的偏远和困难。为了确保使用Zni柴油发电机中的能量供应,但是用柴油的产生是昂贵的,并且通过未能确保服务的连续性,并且通过不是绿色能源来创造社会经济问题。天然气和能源监督管理委员会(Creg在西班牙语中)提高了可再生能源的能源项目,有必要考虑到非互连区域的能源消耗及其在电力服务供应时的行为,这种行为通过Creg在需求-VS时间图中表征和示出,这些图表是具有不同电源的测试生成系统的参考。这项工作的目的是开发一个仿真器,可以在ZNI中重建负载条件和能源需求,并在功率转换器的效率测试中使用它。负载仿真器将基于返回到后拓扑,该拓扑可以执行用于观察上述系统的行为的功率控制。功率控制范围为0W至3000W,模拟将在Matlab-Simulink中。

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