【作者】 裴春明； 刘姜涛； 刘震宇； 应黎明；

【Author】 PEI Chun-ming;LIU Jiang-tao;LIU Zhen-yu;YING Li-ming;China Electric Power Research Institute,Hubei Province Key Laboratory of Power Network Environmental Protection;School of Electrical Engineering,Wuhan University;School of Physics and Electronic Information,Hubei University of Education;Ganxi Distribution Company,Jiangxi electricity power company;

【机构】 中国电力科学研究院电网环境保护湖北省重点实验室； 武汉大学电气工程学院； 湖北第二师范学院物理与电子信息学院； 江西省电力公司赣西供电公司；

【摘要】 针对电力系统设备噪声问题,探讨有源噪声控制的设计方法,提出基于参数化线性滤波器优化的有源噪声前馈控制算法,同时给出信号检测传感器的布放方案,并通过误差传感器展示噪声消除的效果。该有源噪声控制器能实现电力系统设备的噪声自动检测,并根据设备噪声的具体情况实施控制以达到降噪的目的。以220 kV电力变压器有源噪声控制为例,仿真结果证明,利用有源噪声控制技术实现对电力系统设备噪声的控制是一种有效的途径。更多还原

【Abstract】 The problem of noise in power equipments was concerned in this paper.The paper discusses the design methodology for the active noise control of sound disturbances in power equipments.The active sound cancellation algorithm uses the framework of output-error based optimization of a linearly parameterized filter for feedforward sound compensation to select sensor location and demonstrate the effectiveness of active noise cancellation.The ANC controller can automatically measure the sound disturbances and automatically change the compensate elements to realize the noise cancellation.With 220 kV power transformer noise control,for example,the simulating results prove that the ANC technology to control the noise in power equipments is an effective way.更多还原