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Power quality issues produced by embedded storage technologies in smart grid environment

机译:智能电网环境中嵌入式存储技术产生的电能质量问题

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The advancement of new storage technologies is a powerful driver for a wide smart grids adoption by both electricity utilities and customers. However, the relative novelty of these technologies is posing a threat to their adequacy for electric distribution systems operation. In spite of the clear advantages brought by storage devices, such as fast response, reserve, resilience, fault ride-through capability and great help for electric system dispatchers, storage technology bears some disadvantages regarding early stage for deployment and power quality-related inadequacies. This paper addressed the issue of simulation studies for safe deployment of cutting-edge electricity storage technologies within electric distribution systems. The simulation results were assessed according with electric power quality standards, in order to build a comprehensive picture of the storage systems adequacy within smart grids.
机译:新存储技术的进步是电力公司和客户广泛采用智能电网的强大动力。然而,这些技术的相对新颖性对其配电系统运行的充分性构成了威胁。尽管存储设备带来了明显的优势,例如快速响应,备用,弹性,故障穿越能力以及对电力系统调度员的巨大帮助,但是存储技术在部署的早期阶段和与电源质量相关的不足方面仍存在一些缺点。本文讨论了有关在配电系统中安全部署前沿电力存储技术的模拟研究问题。根据电力质量标准对仿真结果进行了评估,以全面了解智能电网中存储系统的适用性。

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