Remote Microgrids Digitization: Design and Implementation for Sustainability

R. Cespedes, Camilo Lónez
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引用次数: 1

Abstract

The development of Microgrids is taking a significant boom worldwide as they complement traditional electrical systems by providing concrete solutions to very different issues such as resilience, reliability, lower emissions and lower operating costs. Several countries, serving remote communities, have a large number of unsustainable remote microgrids with high operating costs and low continuity and quality of service to end consumers. A way to improve the sustainability of the MGRs through their digitization using measurement, communications and systems is presented. This allows monitoring, supervision and control of the generation assets and its networks and loads. The digitization implements an economic operation of the generation resources, including distributed renewable energy resources (DERs), gradually normalizing the collection of revenues supporting the fulfillment of supplying electricity to everyone, one of the objectives of the United Nations for the sustainable development.
远程微电网数字化:可持续发展的设计与实现
微电网的发展正在全球范围内蓬勃发展,因为它们通过为弹性、可靠性、低排放和低运营成本等截然不同的问题提供具体的解决方案,对传统电力系统形成了补充。一些为偏远社区服务的国家拥有大量不可持续的远程微电网,运营成本高,对最终消费者的服务连续性和质量较低。提出了一种通过测量、通信和系统的数字化来提高核磁共振成像系统可持续性的方法。这允许对发电资产及其网络和负载进行监测、监督和控制。数字化实现了包括分布式可再生能源(DERs)在内的发电资源的经济运行,使收入的收集逐步正常化,以支持实现联合国可持续发展目标之一的“人人有电”。
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