淺析風電機組整機關鍵技術研究開發(fā)中英文

1、淺析風電機組整機關鍵技術研究開發(fā)中英文Analysis of wind turbine machine key technology research and development1、風電機組整機關鍵技術研究開發(fā)1, wind turbine machine key technology research and development研究10MW級風電機組總體設計技術，包括長壽命(超過20年)及高可靠性設計方案、簡單輕量化的新型傳動技術、抗災害性大風的氣動和結構設計技術、抗鹽霧和防腐蝕材料工藝設計及機械制造工藝設計技術等。Research of 10MW grade wind turbin

2、e design techniques, including long life ( more than 20 ) and high reliability design, simple and lightweight new transmission technology, disaster tolerance of the aerodynamic and structural design technology, salt fog resistance and corrosion resistant materials of process design and mechanical de

3、sign and manufacturing process technology.35MW永磁直驅(qū)風電機組產(chǎn)業(yè)化技術研究，包括總體設計、永磁電機的設計制造，機組設計優(yōu)化、可靠性設計技術、系統(tǒng)控制技術以及裝配工藝等。Direct-driven wind turbine technology research and industrialization of 35MW permanent magnet, including the overall design, design of permanent magnet motor manufacturing, design optimization

4、, the reliability design technology, control technology and assembly process.7MW級風電機組研制及產(chǎn)業(yè)化技術研究，包括總體設計技術、載荷確定技術、強度和剛度校核技術、整體動力穩(wěn)定性計算技術、先進控制技術，機組設計優(yōu)化技術、可靠性設計技術、整體裝配工藝流程與階段質(zhì)量控制技術和分體組裝技術等。The 7MW class wind turbine research and industrialization of technology research, including the overall design techn

5、ology, load determination, strength and rigidity check technology, dynamic stability calculation technology, advanced control technology, design optimization technology, the reliability design technology, the whole assembly process and quality control technology and assembly technology.研究風電機組結構緊湊化、輕

6、量化等新型傳動形式設計技術;研究風電機組獨立變槳、載荷實時測量分析、激光雷達測速儀輔助控制等先進控制技術;研究新型傳動調(diào)速技術。Design of new transmission, lightweight, compact structure of wind power generator; wind turbine independent pitch, load analysis, real-time measurement of laser radar velocimeter auxiliary control and other advanced control technology

7、of new transmission control technology.研究耐低溫、防沙塵、抗災害性大風、防鹽霧及適合高原地區(qū)等各類適合我國環(huán)境特點的風電機組整體結構設計技術、安全與先進控制設計優(yōu)化技術、高性能電氣部件設計技術、新型材料工藝設計與應用技術、制造工藝設計技術等。Study on low temperature resistance, sand and dust prevention, disaster tolerance of gale, salt fog resistance and suitable for plateau and other kinds of suit

8、able for China's environmental characteristics of the wind turbine structure design technology, safety and advanced control technology, design optimization of high performance electrical component design technology, new material technology design and application of technology, design and manufac

9、turing process technology.研究高性價比中小型風電機組設計、制造及并/離網(wǎng)運行控制技術，研究中小型風電機組檢測認證技術，制定中小型風電機組相關標準，建立中小型風電機組檢測認證體系。Study on high performance of small wind turbine design, manufacturing and / off-grid operation control technology, testing and certification of small wind turbines, making small wind turbine standar

10、ds, establishment of small wind turbine certification testing system.2、零部件關鍵技術研究開發(fā)2, parts of key technology research and development研究大容量風電機組齒輪箱載荷譜分析技術，研究復雜載荷下齒輪箱的結構完整性及優(yōu)化設計技術，研究齒輪箱輪齒傳動齒向修正和齒形修形設計技術，研究齒輪箱箱體設計及密封技術，研究齒輪箱齒輪材料低溫處理技術，研究齒輪箱輕量化設計技術，研究大容量風電機組齒輪箱產(chǎn)業(yè)化技術等。Study on large capacity wind turbine

11、gearbox load spectrum analysis technology, structural integrity and optimization technology research under complex loading gear box, gear box gear driving tooth modification and tooth profile modification design technology, research and sealing technology design of tank gear box, gear box gear mater

12、ial low temperature processing technology, design research gearbox lightweight technology, study on large capacity wind turbine gear box industry technology etc.研究超長葉片氣動外形、結構、材料與控制一體化的設計技術，研究葉片氣動控制、柔性結構設計技術，研究葉片整體裝配工藝流程和結構鋪層優(yōu)化設計技術，研究分段式葉片設計及制造技術，研究碳纖維等先進材料在葉片結構設計中的應用技術，研究風電機組葉片性能仿真分析技術，研究超長葉片產(chǎn)業(yè)化技術等。

13、Study on dynamic design, structure shape, material and control integration of long blade, blade of pneumatic control, flexible structure design, layer optimization design technology of the whole blade assembly process and structure, segmented blade design and manufacturing technology research, appli

14、cation research of carbon fiber and other advanced materials in the blade structure design the analysis of Technology, study of wind power unit performance simulation of leaves, long leaf industrialization technology.研究大容量風力發(fā)電機先進、高效的冷卻技術，研究發(fā)電機結構及工藝設計技術，研究發(fā)電機電磁方案選擇優(yōu)化技術，研究發(fā)電機防腐設計技術，研究大容量風力發(fā)電機輕量化設計技術等。

15、Cooling technology of large capacity wind turbine advanced, efficient, study of generator structure and craft design technology, research on generator electromagnetic scheme selection optimization technology, research on generator anticorrosion design technology, study on large capacity wind turbine

16、 lightweight design etc.研究大容量風電機組變流器和變槳系統(tǒng)等的模塊化設計技術，研究變流器全數(shù)字化矢量控制、電磁兼容和中高壓變流等技術，研究變槳距與變速控制技術，研究電網(wǎng)失電及系統(tǒng)內(nèi)外各種故障下安全順槳技術等;研究軸承、偏航系統(tǒng)等其它零部件設計技術。Modular design technology of large-scale wind turbine converter and pitch system, converter digital vector control, electromagnetic compatibility and high voltage i

17、nverter technology, research of variable and variable speed control technology of pitch, power loss of various internal and external fault and system safe and smooth oar technology; other parts of bearings, yaw system design technology.3、公共試驗測試系統(tǒng)及測試技術研究3, public test system and test technology resea

18、rch研究風力發(fā)電公共試驗測試系統(tǒng)設計建設關鍵技術，研制大型風電機組傳動鏈地面測試系統(tǒng)、野外測試風電場，研制葉片、軸承等關鍵零部件的公共測試系統(tǒng)，研究風電機組在線監(jiān)測與故障診斷技術，研制大型風電機組在線綜合動態(tài)測試、分析診斷和優(yōu)化系統(tǒng)，研制風電機組/風電場并網(wǎng)特性測試系統(tǒng)，研究風電機組整機、傳動鏈、關鍵零部件、并網(wǎng)等方面的測試技術。Research on wind power generation key technologies in the design of the construction of public test system, the development of large

19、wind turbine drive chain ground testing system, field test, the public test system development, bearings and other key parts of the blades of wind turbines, the online monitoring and fault diagnosis technology, development of large-scale wind power integration dynamic unit online testing, analysis a

20、nd diagnosis and the optimization of the system, grid-connected wind farm characteristics testing system of wind turbine /, test technology of whole wind turbine, drive chain, key components, grid etc.4、先進風力機翼型族設計及應用技術4, advanced wind turbine airfoil design and Application Technology研究風力機葉片先進翼型設計技術，

21、包括大厚度翼型設計技術、翼型直接優(yōu)化設計技術、鈍尾緣修型方法和鈍尾緣翼型減阻技術。Study of wind turbine blade airfoil design technology advanced, including the thickness of airfoil design technology, the direct optimization design technology, a blunt trailing edge trimming method and blunt trailing edge airfoil drag reduction technology.研究

22、高精度風力機翼型大攻角性能仿真技術，包括翼型大攻角流場和氣動特性數(shù)值模擬技術、翼型動態(tài)失速模擬技術、翼型氣動噪聲數(shù)值模擬技術，研究翼型數(shù)值模擬方法的軟件實現(xiàn)技術。Research on high precision wind turbine airfoil at high angles of attack performance simulation technology, simulation technology, including airfoil dynamic stall airfoil aerodynamic simulation technology, simulation te

23、chnology of noise numerical characteristics numerical dynamic airfoil at high angle of attack and the realization technology of flow field, numerical simulation of airfoil software.研究風力機翼型大攻角風洞實驗技術，包括翼型大攻角風洞實驗洞壁干擾修正技術、翼型大攻角氣動特性測試技術、翼型動態(tài)失速風洞實驗技術、翼型繞流風洞實驗技術。Wind tunnel experimental research of wind tu

24、rbine airfoil at high angles of attack, including the airfoil at high angle of attack experiment in the wind tunnel wall interference correction technique, the aerodynamic characteristics of airfoil at high angle of attack test technology, airfoil dynamic stall airfoil flow wind tunnel test technolo

25、gy, wind tunnel test technology.研究風力機翼型在大型風力機葉片上的應用技術，包括翼型氣動性能預測技術、二維翼型氣動數(shù)據(jù)三維效應修正技術、翼型在風力機葉片上的優(yōu)化布置技術、風力機葉片設計工具軟件系統(tǒng)開發(fā)技術。Application Research of wind turbine airfoils in large wind turbine blades, including airfoil aerodynamic performance prediction technology, two-dimensional airfoil aerodynamic data

26、 of 3D effect correction technology, airfoil on the blade of wind turbine technology, optimize the layout of wind turbine blades design software system development technology.5、大型風電場設計、建設及運行關鍵研究開發(fā)5, design, large wind farm construction and operation key research and development研究高性能測試設備設計開發(fā)技術;研究復雜地形

27、下的風能資源分析技術;研究風電場宏觀選址、微觀選址技術;研究符合我國環(huán)境條件和風電場特點的風電場設計、優(yōu)化系統(tǒng)軟件開發(fā)技術;研究適合陸上風電場吊裝及維護專用設備的設計開發(fā)技術。Research design and development technical test equipment of high performance; Study on complex terrain wind resource analysis technology; study of wind farm macro-siting, microcosmic location technology; research

28、 in line with the wind farm design, China's environmental conditions and wind characteristics optimization system software development technology; research for onshore wind farm installation and maintenance of special equipment for the design and development of technology.研究風電場功率預測技術，研究風電場有功/無功控

29、制調(diào)節(jié)等風電場優(yōu)化控制策略技術;研究集成功率預測、有功/無功調(diào)節(jié)的風電場綜合監(jiān)控技術;研究風電場集中解決低電壓穿越的關鍵技術;研究區(qū)域多風電場遠程故障診斷系統(tǒng)開發(fā)技術;研究風電場維護策略及優(yōu)化技術;研究連接監(jiān)控系統(tǒng)和遠程診斷的區(qū)域風電場資產(chǎn)信息化管理系統(tǒng)開發(fā)技術。Study on wind power prediction technology, research of wind farm active / inactive control wind electric field optimization control strategy technology; research succes

30、s rate prediction, active / no wind farm integrated monitoring technology of wind power regulation; focus on the key technology of the low voltage ride-through; system development technology of Remote Fault Diagnosis Research of regional wind electric field; Study on wind farm maintenance strategy a

31、nd optimization technology; research on connection monitoring system and remote diagnosis of regional wind farm asset information management system development technology.研究特大型風電場與電網(wǎng)相互作用;研究大型風電場對局部氣候、生態(tài)環(huán)境等的影響。Study on large wind farm and power interaction; effect of large wind farms on the local cli

32、mate, ecological environment etc.研究近海風電運輸安裝、風電場電力傳輸、變電及送出技術，研究近海風電場工程建設施工作業(yè)方法和技術，研究近海風電場運營維護技術和方法，研究近海風力發(fā)電場防腐蝕、抗破壞性大風、絕緣等相關技術;研究多樁式、懸浮式等不同海上風電機組基礎設計技術。Research on the transportation and installation of offshore wind power, power transmission, substation and sent a wind farm technology, research on o

33、ffshore wind farm construction work methods and techniques, research on offshore wind farm operation and maintenance techniques and methods, and power generation of offshore wind farms and corrosion resistant, damaging winds, insulation and other related technology of pile type, suspension; type of offshore wind turbine foundation design technology.6、風電并網(wǎng)關鍵技術研究開發(fā)6, wind power grid key technology research and development研究大型風電場出力及運行特性、電壓分層分區(qū)控制策略和綜合控制技