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Using a Microgrid Test Bed to Evaluate the Strategies for Seamless Renewable Energy Integration

机译:使用微电网测试床来评估无缝可再生能源集成的策略

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The current limitations of infrastructure detain the power grid from meeting the requirement of the restructured power market and the integration of the renewable energy. The researches for the smart grid are necessary to develop the future power system. This paper presents the design, development, and hardware setting of the smart MicroGrid test bed at the University of Texas at Arlington. While the test bed can utilize the renewable energy sources like wind turbines, solar panels, and PEM fuel cell, it also has the capability of running in parallel with the utility grid. Since the smart micro grid acts as the basic unit of the smart grid, the test bed provides a playground for both research and education purposes. With real-time data acquisition and control devices, the operation of the smart MicroGrid test bed is also discussed in the paper.
机译:基础设施的目前限制介绍了电网,从满足重组电力市场的要求和可再生能源的整合。智能电网的研究是开发未来电力系统的必要条件。本文介绍了德克萨斯大学德克萨斯州阿灵顿大学的设计,开发和硬件设置。虽然测试床可以利用风力涡轮机,太阳能电池板和PEM燃料电池等可再生能源,但它还具有与公用电网平行运行的能力。由于SMART Micro GRID作为智能电网的基本单元,测试床为研究和教育目的提供了游乐场。利用实时数据采集和控制装置,纸张还讨论了智能微电网试验床的操作。

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