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智慧海上风电场的定义、架构体系和建设路径 被引量:11

Definition,Architecture and Constructive Route of Intelligent Offshore Wind Farm
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摘要 [目的]海上风电场智慧化,是提高海上风电场运行水平和效益的现实需要。[方法]首次提出了智慧海上风电场的定义,规划了智慧海上风电场的架构体系,从智能设备、业务控制、场级管控、集团监管四个层级,阐明了智慧海上风电场的建设路径,提出了具体的工程实施建议。[结果]实现了海上风电场设备、资产的智慧化监控与管理,为覆盖项目设计、基建、运营的全生命周期过程、实现全场设备、资产的数字化、智慧化监控与管理的智慧海上风电场指明了发展路径。[结论]海上风电场智慧化方案,对提高海上风电场自动化水平和运维效率、降低运维成本、提高海上风电的经济和社会效益、提高抵御风险的能力具有重要意义。 [Introduction]Intelligence of offshore wind farm is a realistic need to improve the operation level and benefit.[Method]Definition of Intelligent offshore wind farm was firstly proposed and then architecture of the intelligent offshore wind farm was established.The intelligence of offshore wind farm was formed vertically of four strata,such as intelligent device,service control,plant-grade control and group supervision.Construction means and detailed project practice advices were put forward,guiding the intelligence of offshore wind farm.[Result]The proposed intelligence method covered the entire life cycle of project,including the design,infrastructure and operation and realized intelligent monitoring and management of offshore wind farm equipments and assets.[Conclusion]The proposed method can improve the automation level,operation and maintenance efficiency of offshore wind farms,reduce operation and maintenance costs,and improve the ability of resisting risks.
作者 陈亮 阳熹 杨源 CHEN Liang;YANG Xi;YANG Yuan(China Energy Engineering Group Guangdong Electric Power Design Institute Co.,Ltd.,Guangzhou 510663,China)
出处 《南方能源建设》 2020年第3期62-69,共8页 Southern Energy Construction
基金 国家自然科学基金资助项目“考虑变压器非线性高频特性的海上风电场内部过电压产生机理及暂态特征提取方法研究”(51477054) 中国能建广东院科技项目“近海深水区大容量风电场电气解决方案研究”(EV05011W)。
关键词 智慧海上风电场 海上风电 智能设备 智能控制 智能运维 intelligence of offshore wind farm offshore wind power intelligence device intelligence control intelligence maintenance
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