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智能电网下可视化技术的展望

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综合分析智能电网和电网调度的发展状况,结合计算机科学的最新发展成果,论证调度员在新型的智能调度系统中承担的重要工作角色,提出"以调度员思维模式为框架,以可视化界面为功能模块,以互动计算为系统核心"的智能调度构架,其能适应电网在多个维度上的特点,进行多方面协调.指出了建设智能调度,在人机一体化协同决策模型、数据融合、态势可视化、快速仿真和建模、智能告警、智能调度及备调系统,应急指挥中心一体化、调度员行为后评估等领域需要解决的关键技术问题.
Prospects of visualization under smart grid
The development state of smart grid and power grid dispatch iS analyzed,and combined with the latest achievements of computer science,the important role of dispatcher in new intelligent dispatch system is described.The intelligent dispatch architecture "with the dispatcher thinking mode as the framework, the visualized interface aS the function module and the interactive computation as the system core" is proposed,which adapts to the characteristics of power grid in multiple dimensions and carries out the coordination of different parties.The key technologies of intelligent dispatch construction are pointed out in difierent aspects:man-machine integrated decision-making model,data fusion,situation visualization,fast simulation and modeling,intelligent warning,intelligent dispatch and backup system,emergency center integration,dispatcher behavior assessment,etc.

smart gridsituational visualizationintelligent dispatchvisualized dispatchinteractive computation

刘俊勇、沈晓东、田立峰、陈金海、黄媛、李成鑫

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四川大学电气信息学院,四川成都610065

智能电网四川省重点实验室,四川成都610065

智能电网 态势感知 智能调度 可视化调度 互动计算

2010

电力自动化设备
南京电力自动化研究所有限公司 国电南京自动化股份有限公司

电力自动化设备

CSTPCDCSCD北大核心EI
影响因子:2.101
ISSN:1006-6047
年,卷(期):2010.30(1)
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