Abstract detail

136 / 2021-03-31 12:58:35
Research on Solving Method of UHV Substation Sound Source Model Based on Noise Attenuation Model
UHV,Transformer,Sound power,Equivalent source method
Special Sessions > Noise, vibration and their application in power systems
Draft Paper Accepted
Hongshuai Li / Wuhan University of Technology
Fucai Hu / Wuhan University of Technology
Lin Luo / Dongfeng Commercial Vehicle Technology Center
In order to realize the control and treatment of substation noise, and scientifically grasp the prediction method of substation noise characteristics, the research on "UHV substation sound source model solution method" has important engineering application value.This paper proposes an equivalent source algorithm based on a noise attenuation model. The algorithm calculates the simulated sound pressure level of each measuring point under the initial value of the source intensity of each sound source device, and collects the measured sound pressure level of each measuring point. The principle of sound pressure superposition establishes a multivariate nonlinear equation set, and then uses the least square method to solve the equation set to obtain the true value of the source intensity of each sound source.Taking an UHV substation as the test object, this method is used to calculate the source strength of UHV transformers, and the results of simulation and measured values are compared and analyzed.The test results show that the algorithm has faster calculation efficiency and higher accuracy of calculation results, which provides a new method for solving substation sound sources.

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Important Dates

Abstract Submission Deadline:

 31st March 2021 15th April 2021

Extended Deadline: 1st Aug. 2022

 

Abstract Acceptance:

30th April  2021 Rollover

 

Full Paper Submission Deadline:

30th June 2021  14th July 2021

Extended Deadline: 15th Aug. 2022 

 

Notification of Acceptance:

15th August 2021 1st Sept. 2021

1st Sept. 2022

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