部落医疗设施的微电网模块化设计:Kayenta医疗中心光伏系统案例研究

Samuel Vega Cotto, Weijen Lee
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引用次数: 7

摘要

本文描述了位于纳瓦霍族的Kayenta健康中心的100KW光伏系统案例研究的实验过程和详细信息。收集现场太阳辐照度、光伏系统性能、设施电能质量、相关设备观测等信息。实验数据验证了该区域、设施、系统和设备的理论数据。对纳瓦霍族现有光伏系统的详细研究,结合建模和仿真,将为未来在其他部落卫生保健设施中实施微电网提供更多信息、工具、流程和方法。观察和结果表明,微电网在Kayenta健康中心的实际实施提高了电能质量,优化了电力系统设计,节约了能源,减少了环境污染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microgrid modular design for tribal healthcare facilities: Kayenta Health Center PV system case study
This paper describes an experimental process and detailed information related to an 100KW PV system case study at the Kayenta Health Center, which is located in the Navajo Nation. Information about the solar irradiance on site, the PV system performance, the power quality at the facility, and observation of the related equipment is gathered. Experimental data validate the theoretical data available for the zone, the facility, the systems and the equipment. Detailed study of existing PV system at the Navajo nation combined with modeling and simulation will discover additional information, tools, process and methodology for the future implementation of the microgrid in other tribal health care facilities. Observation and results demonstrate that the actual implementation of the microgrid at Kayenta Health Center enhance the power quality, result in optimum power system design, produce energy savings and reduce environmental pollution.
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