1、IEEE Standard for Wind Turbine Aero Acoustic Noise Measurement TechniquesIEEE Std 2400-2016IEEE Instrumentation and Measurement SocietySponsored by the Measurements in Power Systems CommitteeIEEE3 Park AvenueNew York, NY 10016-5997USAIEEE Std 2400-2016IEEE Standard for Wind Turbine Aero Acoustic Noi
2、se Measurement TechniquesSponsor Measurements in Power Systems Committee of the IEEE Instrumentation and Measurement SocietyApproved 15 May 2016IEEE-SA Standards BoardAbstract: Techniques to select wind turbine and wind farm aero acoustic noise measurements, including instrumentation standards and m
3、etrology technology, measurement set, measurement procedures, data processing, and noise source data analysis are described in this standard. Near-field sound measurement similar to IEC 61400-11 distance and far-field sound measurement both outside and inside concerned houses or buildings are within
4、 the scope of this standard. This stan-dard focuses on amplitude modulation noise, however, guidelines for low-frequency noise including infrasound near-field measurement are provided. IEC 61400-11 provides overall wind turbine noise measurement standards, while this standard focuses more on the aer
5、o acoustic noise of wind tur-bines to avoid overlap with IEC 61400-11.Keywords: aero acoustic noise, amplitude modulation noise, far-field, IEEE 2400, low-frequency noise including infrasound, near-field, wind farm, wind turbineThe Institute of Electrical and Electronics Engineers, Inc.3 Park Avenue
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35、.6Copyright 2016 IEEE. All rights reserved.ParticipantsAt the time this draft standard was completed, the Group: Standard Test Procedure of Wind Turbine Aero Acoustics Noise (IM/MPS/wtaan) Working Group had the following membership:Cheng Wei Dai, ChairYang Xue, Vice ChairYing Huang, SecretarySidney
36、Xue, Chief EditorXiaoFeng CaiWei GaoBinBin HoJian KangRui LiWei LiuGunnar LundmarkXiao Jin MaHongFeng TangBruce WalkerXiaoDong WangXiang YeThe following members of the entity balloting committee voted on this standard. Balloters may have voted for approval, disapproval, or abstention.Beijing Jiaoton
37、g UniversityBII Group Holdings Ltd.China Datang CorporationChina Energy Engineering Group Co. Ltd.China Southern Power Grid Co., Ltd.Guangzhou Smart Home Technology Standards Promotion CenterHuawei Technologies Co., LtdInstitute of Electrical Engineering Chinese Academy of SciencesNorth China Electr
38、ic Power UniversityRockwell AutomationSouthwest Jiaotong UniversityState Grid Corporation of China (SGCC)Tianjin UniversityTsinghua UniversityZTE CorporationWhen the IEEE-SA Standards Board approved this standard on 15 May 2016, it had the following membership:Jean-Philippe Faure, ChairTed Burse, Vi
39、ce ChairJohn D. Kulick, Past ChairKonstantinos Karachalios, SecretaryChuck AdamsMasayuki AriyoshiStephen DukesJianbin FanRonald W. HotchkissJ. Travis GriffithGary HoffmanMichael JanezicJoseph L. Koepfinger*Hung LingKevin LuGary RobinsonAnnette D. ReillyMehmet UlemaYingli WenHoward WolfmanDon WrightY
40、u YuanDaidi Zhong*Member Emeritus7Copyright 2016 IEEE. All rights reserved.IntroductionThis introduction is not part of IEEE Std 2400-2016, IEEE Standard for Wind Turbine Aero Acoustic Noise Measure-ment Techniques.The wind turbine in a wind farm can produce amplitude modulation noise (AMN) caused b
41、y rotating airfoil self-noise, particularly trailing edge scattering noise and Doppler effects due to blade motion relative to the observer; it is also recognized as “swish” sound. The envelope of the acoustic wave appears to be blade-pass-ing frequency; therefore, it gives the impression that it is
42、 low frequency with blade-passing frequency noise. Meanwhile, the sound pressure pulsation due to blade aerodynamic loading fluctuation and blade tower inter-action characterized as low-frequency noise (LFN), including infrasound, were observed from indoor mea-surement near a wind turbine in operati
43、on. The AMN and LFN are both identified as wind turbine aero acoustic noise that has been reported as the most annoying to residents near wind farms, including such complaints as sleep disturbance, nausea, giddiness, etc. The issue becomes a larger public concern as more wind farm proj-ects are buil
44、t with modern powerful wind turbines deploying larger and longer blades. However, the current IEC 61400-11 noise measurement standard did not address this issue, especially in far-field indoor conditions. To address this issue, IEEE started a standard development project, P2400, in October 2013. Thi
45、s standard establishes standard measurement techniques and methods of analysis to quantify wind turbine and wind farm aero acoustic noise. It can be used to understand wind turbine aero acoustic noise, so-called low-frequency/infrasound and amplitude modulation noise, and potential impacts on surrou
46、nding communities. This docu-ment provides the standard measurement techniques for wind turbine aero acoustic noise, including instru-mentation selection, measurement setup, near-field and far-field outdoor and indoor post-data processing, and noise source data analysis. IEC 61400-11 has provided an
47、 overall wind-turbine noise-measurement standard, while this standard focuses more on the aero acoustic noise of wind turbines to avoid the overlap with IEC 61400-11. It is advised that users of this document are also familiar with ANSI S1.11994 (R2004) Acoustical Terminology.8Copyright 2016 IEEE. A
48、ll rights reserved.Contents1. Overview . 91.1 Scope 91.2 Purpose . 92. Normative references 103. Definitions, acronyms and abbreviations 103.1 Definitions 103.2 Acronyms and abbreviations 124. Instruments employed . 124.1 Acoustic instruments 124.2 Non-acoustic instruments . 135. Near-field measurem
49、ent and measuring method . 145.1 Overview 145.2 AMN measuring method and measurement 145.3 LFN measurement method and measurement . 155.4 Non-acoustic measurement 176. Subsequent data analysis methods . 176.1 AMN data analysis method . 176.2 LFN data analysis method 186.3 Noise source analysis method . 187. Far-field wind farm noise measurement method 187.1 Overview 187.2 Sound measurement position 187.3 Configuration of record system 197.4 Microphone adaption for indoor measurement . 207.5 The effects of the sampling number and sampling rate on the sampling device 207.6 Syst
