通过云计算实现智能电网的运行灵活性

T. Rajeev, S. Ashok
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引用次数: 10

摘要

智能电网技术促进可再生能源并网。由于源和负载的动态和分布式特性,这会导致巨大的数据处理和处理问题。在这样的环境中,发电源和负载的协调运行是具有挑战性的,需要大量的支持来满足分布式存储和处理要求。可以利用云计算技术的巨大潜力来解决这些问题。所提出的智能电网数据存储应用架构已在开源云平台上实现。为应用程序的部署建立了开放的堆栈云测试平台,并在不同的工作负载条件下测试了性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Operational Flexibility in Smart Grid through Cloud Computing
Smart grid technologies promotes renewable energy source integration. This results in huge data handling and processing issues, due to the dynamic and distributed nature of sources and loads. The coordinated operation of generating sources and loads in such environment is challenging and requires substantial support for meeting the distributed storage and processing requirements. The immense potential of cloud computing technology can be utilized to address these issues. The proposed architecture for smart grid data storage applications has been realized in the open source cloud platform. Open stack cloud test bed has been set up for the deployment of applications and tested the performance under varying workload conditions.
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