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作 者:张子建[1] ZHANG Zijian(Beijing Electric Power Company,Beijing 100031,China)
出 处:《工业加热》2021年第12期58-62,共5页Industrial Heating
摘 要:目前生产辅助性房屋存在管理人员不足、用电量大、电力监管手段相对落后情况,为此,提出了电力基建环境远程可视化监控方法。计算生产辅助性房屋电力基建环境的状态方程,得到电压和电流的变化情况,通过OpenGL可视化技术绘制电力线路的潮流箭头和动态饼图,凭借潮流箭头反映线路的节点电压值和潮流信号,以动态饼图明确线路中电压分布情况;利用可视化技术实现信息展示、人机交互、图形共享以及预警,当发生异常情况时,根据风险等级的不同发出相对应的亮灯,提醒工作人员及时查看并解决故障。实例测试结果表明,所提方法能够得到理想数据监测结果,清晰反映电力基建环境线路情况,及时亮灯提醒工作人员,提高了生产辅助性房屋安全性。At present,there are some problems in the production auxiliary housing,such as lack of management personnel,large power consumption and relatively backward power supervision means.Therefore,a remote visual monitoring method for power infrastructure environment is proposed.Calculate the state equation of power infrastructure environment of production auxiliary buildings,get the changes of voltage and current,draw the power flow arrow and dynamic pie chart of power lines by OpenGL visualization technology,reflect the node voltage value and power flow signal of lines by power flow arrow,and make clear the voltage distribution in lines by dynamic pie chart;The visualization technology is used to realize information display,human-computer interaction,graphics sharing and early warning.When the abnormal situation occurs,the corresponding lights are issued according to the different risk levels to remind the staff to check and solve the fault in time.Case test results show that the proposed method can get ideal data monitoring results,clearly reflect the power infrastructure environment line situation,timely light to remind staff,and improve the safety of production auxiliary housing.
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