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首页> 外文会议>Conseil International des Grands Reseaux Electriques;International Council on Large Electric Systems;CIGRE session >Flexible Plug and Play Low Carbon Networks: an open and scalable Active Network Management solution for a faster and cheaper Distributed Generation connections
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Flexible Plug and Play Low Carbon Networks: an open and scalable Active Network Management solution for a faster and cheaper Distributed Generation connections

机译：灵活的即插即用低碳网络：开放，可扩展的主动网络管理解决方案，可实现更快，更便宜的分布式发电连接

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The aim of the Flexible Plug and Play (FPP) project is to provide a cheaper and faster distributedgeneration connections in constrained parts of the electricity distribution network.The Flexible Plug and Play trial area is a rural area of around 700sqkm between Peterborough, Marchand Wisbech in Cambridgeshire in the East of England, UK. This area has been chosen due to thehigh concentration of existing connected generation projects and a recent increase in the renewablegeneration connection requests. If UK Power Networks were to connect the planned generation of200MW of renewable generation in the trial area, using the ‘business as usual’ approach thenextensive reinforcement work would be needed.In order to speed up the renewable generation connection, Flexible Plug and Play is trialling newcontrol and monitoring smart technologies to improve the utilisation of the existing network. In orderto provide cheaper connections, Flexible Plug and Play will look at connecting customers withoutincurring in expensive reinforcement while proposing to connect them to an Active NetworkManagement (ANM) system and controlling their output. This is be done in line with exploring theextent to which developers of renewable generation have an appetite for “interruptible” connectionoffers.This paper focuses on the open and scalable Active Network Management solution implemented bythe FPP project and describes all the technical aspects of the solution including the communicationsplatform and the smart devices deployed. It also describes the methodology used by UK PowerNetworks to implement IEC61850 as the communication protocol for integrating the various smartsystems together.As of January 2014, the Flexible Plug and Play project had installed and commissioned the technicalsolution, received six customer acceptances to the flexible connections and this paper will present asummary of the work carried out to date and insights into the learning generated.
机译：灵活即插即用（FPP）项目的目的是提供更便宜，更快速的分发 配电网受限部分的发电连接。 灵活即插即用试验区域是3月在彼得伯勒之间的约700平方公里的农村地区 和Wisbech在英国英格兰东部的剑桥郡。选择该区域的原因是 现有联网发电项目的高度集中以及最近可再生能源的增加 生成连接请求。如果UK Power Networks要连接计划中的发电 在试验区使用200兆瓦的可再生能源发电，然后采用“一切照旧”的方法 需要进行大量的加固工作。 为了加快可再生能源发电的连接，Flexible Plug and Play正在试用新的 控制和监视智能技术，以提高现有网络的利用率。为了 为了提供更便宜的连接，Flexible Plug and Play会考虑在没有连接的情况下连接客户 建议将它们连接到活动网络时，需要进行昂贵的加固 管理（ANM）系统并控制其输出。这是根据探索 可再生能源的开发商对“可中断”连接有胃口的程度 优惠。 本文着重于由以下方面实现的开放式和可扩展的活动网络管理解决方案： FPP项目，并描述了解决方案的所有技术方面，包括通信 平台和部署的智能设备。它还描述了UK Power使用的方法 将IEC61850作为通信协议实现集成各种智能的网络 系统在一起。 截至2014年1月，Flexible Plug and Play项目已安装并调试了该技术 解决方案，获得了六项客户对柔性连接的认可，本文将介绍 总结迄今为止开展的工作，并深入了解所产生的学习成果。

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