开放大学栀子网格集成实验室:概述与实现

Hossein Panamtash, Q. Sun, Rubin York, P. Brooker, J. Kramer
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引用次数: 0

摘要

奥兰多公用事业委员会(OUC)为奥兰多市和周边地区提供服务。它的目标是到2030年实现100%的太阳能。太阳能的全面渗透需要先进的电网控制和操作。为了开发和测试先进的控制功能,中国公开大学建立了网格集成实验室(GIL)。本文详细介绍了由中国开放大学与中佛罗里达大学合作开发的GIL。讨论了设备、通信协议、运行模式和算法,并概述了实现中的挑战和问题。此外,“太阳平滑”作为一种操作模式进行了讨论,并更详细地展示了控制算法的有效性。此外,该算法还通过隔离故障和重新调度资源来处理设备故障。希望通过我们的经验交流,可以共享、重用和增强从行业测试平台中学习到的知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
OUC Gardenia Grid Integration Laboratory: Overview and implementation
Orlando Utilities Commission (OUC) serves the City, of Orlando and surrounding areas. It has a goal of achieving 100% solar energy by 2030. The full penetration of solar energy requires advanced controls and operations of the power grid. To develop and test the advanced control functionalities, OUC has established the Grid Integration Laboratory (GIL). This paper presents a detailed description of GIL developed by the OUC in coordination with the University of Central Florida. The equipment, communication protocols, operation modes, and algorithm are discussed and an overview of the challenges and problems in implementation is presented. Additionally, “solar smoothing” as one of the operation modes is discussed and showcased in greater detail to show the effectiveness of the control algorithm. In addition, the algorithm also handles equipment failure by isolating faults and re-dispatching resources. It is hoped that the knowledge learned from the industry testbed can be shared, reused, and enhanced through the exchange of our experience.
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