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Optimized Scheduling of Smart Meter Data Access for Real-time Voltage Quality Monitoring

机译：优化调度智能仪表数据访问，用于实时电压质量监控

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Active low-voltage distribution grids that support high integration of distributed generation such as photovoltaics and wind turbines require real-time voltage monitoring. At the same time, countries in Europe such as Denmark have close to 100% rollout of smart metering infrastructure. The metering infrastructure has limitations to provide real-time measurements with small-time granularity. This paper presents an algorithm for optimized scheduling of smart meter data access to provide real-time voltage quality monitoring. The algorithm is analyzed using a real distribution grid in Denmark. Results show improved information quality for real-time monitoring in comparison to heuristically chosen scheduling mechanisms.
机译：高压电压驱动网格，其支持高集成的分布式发电，例如光伏和风力涡轮机需要实时电压监控。与此同时，欧洲等各国，如丹麦，达到100％的智能计量基础设施推出。计量基础设施具有局限性，提供具有小型粒度的实时测量。本文介绍了一种用于优化智能仪表数据访问的调度，以提供实时电压质量监测的算法。使用丹麦的真正分配网格进行分析该算法。结果显示出于启发式调度机制的实时监测的提高信息质量。

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