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Analysis of Ancillary Services within Smart Grid Framework

机译:智能电网框架内的辅助服务分析

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As a result of the changes that occur in the electrical distribution networks, there is guidance tendency toward users, not only to power systems. This is a feature of the smart grid that will ensure safety operational and power quality, and also facilitates network connection of renewable source. Smart grid can intelligently integrate the behavior of all users connected to this network - electricity producers, users and prosumers, in order to ensure efficient delivery, sustainable, economically and with security conditions of electricity. The power balance and ancillary services provided by the storage systems in distribution network represent two aspects of one problem that must be treated properly, with in an appropriate manner, taking into account the parameters of typical distribution network. Current limits of energy storage force production to correspond to the energy used in any moment. Using storage systems is a necessity for the power system, considering the current tendency to grow of renewable sources penetration, the requirements for reliability and power quality improvement and also the implementation of smart grid. Storage systems have an important role in increasing the system efficiency and ensuring stable operation of the system by contributing to secondary and fast tertiary control. In the first section, a general analysis was performed, in order to identify the current state - of - art of energy storage systems. An example was designed, starting from a real electric distribution system, in order to create an arrangement of possible issues and solutions for electricity storage systems which provide ancillary services.
机译:由于电气分配网络中发生的变化,不仅存在对用户的引导趋势,不仅可以发电系统。这是智能电网的一个功能,可以确保安全运行和电力质量,并促进可再生源的网络连接。智能电网可以智能地整合所有与该网络 - 电力生产商,用户和专业人员的用户的行为,以确保有效的交付,可持续,经济以及电力安全条件。分发网络中存储系统提供的功率平衡和辅助服务代表了一个问题的两个方面,其必须正确地处理,以适当的方式考虑典型分发网络的参数。能量存储力产生的电流限制对应于任何时刻使用的能量。使用存储系统是电力系统的必要性,考虑到当前增长可再生源渗透的趋势,可靠性和功率质量改进的要求以及智能电网的实现。存储系统在提高系统效率并通过有助于二次和快速三级控制来确保系统的稳定运行方面具有重要作用。在第一部分中,进行一般分析,以识别当前的能量存储系统的最新状态。从真正的配电系统开始设计一个例子,以便为提供辅助服务的电力存储系统创造可能的问题和解决方案的布置。

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