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Address
709, No. 32 Jinyuan Road, Daxing District, Beijing
Beijing Shengda Junye Technology Co., Ltd
709, No. 32 Jinyuan Road, Daxing District, Beijing
The company has completed and is currently designing and constructing since its establishmentwind tunnelAs shown in the table below:
serial number |
Customer Name |
Project Name |
project scale (Section size, wind speed) |
Completion time |
1 |
Hunan University |
HD-3boundary layerwind tunnelDevelopment of Static Balance |
/ |
2005year6moon |
2 |
Chang'an University |
boundary layerwind tunnelDevelopment of turntable, vibration measuring bracket, and balance |
/ |
2005year10moon |
3 |
Dalian University of Technology |
boundary layerwind tunnelDesign and Construction |
3.0m(W)×2.5m(H)×18m(L) maximum wind speed52m/s |
2006year4moon |
4 |
Hunan University |
HD-3boundary layerwind tunnelDesign and development of automotive balance turntable system and boundary layer suction device |
/ |
2006year8moon |
5 |
Tongji University |
Car guidancewind tunnelDevelopment of all aluminum wing shaped bracket |
/ |
2006year11moon |
6 |
Southwest Jiaotong University |
Large scale industrywind tunnelDesign and Construction |
22.5m(W)×4.5 m(H)×36m(L),Ranked first,4Wind turbine array, maximum wind speed16m/s |
2008year8moon |
7 |
South China University of Technology |
boundary layerwind tunneldesign |
5.0m(W)×3.0m(H)×18.0m(L) maximum wind speed30m/s |
2008year11moon |
8 |
Shijiazhuang Tiedao University |
boundary layerwind tunnelDesign and Construction |
Large paragraph:4.0m(W)×3.0m(H)×24m(L) maximum wind speed30m/s Small paragraph:2.2m(W)×2.0m(H)×5m(L) maximum wind speed80m/s |
2009year4moon |
9 |
Hunan University |
HD-3boundary layerwind tunnelDevelopment of fan system (including optimization of power system parameters) |
/ |
2009year5moon |
10 |
Southwest Jiaotong University (Emei Campus) |
boundary layerwind tunnelDigital transformation of power and measurement and control systems |
all-digital6RA70+PLC+Upper computer monitoring,200KW,maximum wind speed42m/s |
2009year8moon |
11 |
Zhejiang University |
boundary layerwind tunnelDesign and Construction |
4.0m(W)×3.0m(H)×18m(L) maximum wind speed55m/s Power and control system:parallel connection12pulse waveDC speed regulation, DC main motor power1000KW |
2010year9moon |
12 |
Hunan University |
Low speed in architecture and environmentwind tunnelDesign and Construction |
3.0m(W)×2.5m(H)×11.5m(L) maximum wind speed20m/s |
2010year10moon |
13 |
Beijing Jiaotong University |
boundary layerwind tunnelDesign and Construction |
Large paragraph:5.2m(W)×2.5m(H)×15m(L) maximum wind speed19.2m/s Small paragraph:3.0m(W)×2.0m(H)×15m(L) maximum wind speed42m/s |
2011year3moon |
14 |
Institute of Electrical Engineering, Chinese Academy of Sciences |
DC low-speed boundary layerwind tunnelDesign and Construction |
3.0m(W)×2.5m(H)×15m(L) maximum wind speed30m/s |
2011year3moon |
15 |
Tianjin Institute of Water Transport Engineering, Ministry of Transport |
Dust environmentwind tunnelManufacturing, installation, and service |
4.4m(W)×2.5m(H)×15m(L) maximum wind speed30m/s |
2011year12moon |
16 |
Wuhan University |
DC low-speed buildingwind tunnelDesign and Construction |
3.2m(W)×2.1m(H)×16m(L) maximum wind speed30m/s |
2012year3moon |
17 |
Hunan University |
HD-3wind tunnelRenovation and supporting equipment (including digital transformation of power, measurement and control) |
8.5m(W)×2.0m(H)×15m(L) Maximum wind speed ≥14m/s |
2012year4moon |
18 |
Tongji University |
TJ-2wind tunnelDigital control system transformation |
DC main motor(530KW)+All numbers6RA70+S7-300PLC+Based onPXIThe upper level speed voltage control and monitoring computer of the bus,PLCadoptDPandMPIFieldbus. |
2012year12moon |
19 |
National Marine Standards and Metrology Center |
Double test section reflux in serieswind tunnelDesign and Construction |
Large paragraph:1.7m(W)×1.3m(H)×5m(L) maximum wind speed30m/s Small paragraph:1.0m(W)×0.75m(H)×2.5m(L) maximum wind speed90m/s |
2013year7moon |
20 |
Guangdong Academy of Building Sciences |
boundary layerwind tunnelRenovation Design and Construction |
Large paragraph:3.8m(W)×2.5m(H)×18m(L) maximum wind speed30m/s Small paragraph:1.6m(W)×2.0m(H)×5m(L) maximum wind speed90m/s |
2013year5moon |
21 |
Changsha University of Science and Technology |
Reflux boundary layerwind tunnelDesign and Construction |
4.0m(W)×3.0m(H)×21m(L) maximum wind speed35m/s |
under construction |
22 |
Tongji University |
Multi fan active controlwind tunnelSystem development |
1.5m(W)×1.8m(H)×2m(L),11×12Wind turbine array, average wind speed1~18 m/sPulsating wind speed12±3m/s (6Hz) |
under construction |
23 |
Beijing Jiaotong University |
DC typewind tunnelDesign and Construction |
1.2m(W)×1.5m(H)×10m(L) maximum wind speed20m/s |
June 2014 |
24 |
Hunan University of Science and Technology |
DC single test section boundary layerwind tunnelDesign and Construction |
4.0m(W)×3.0m(H)×21m(L) maximum wind speed30m/s |
November 2014 |
25 |
Institute of Water Resources Science in Pastoral Areas, Ministry of Water Resources |
Wind erosion research movablewind tunnelDesign and construction of experimental system |
2.5m(W)×1.8m(H)×12.6m(L) maximum wind speed30m/s |
November 2014 |
26 |
Guangdong Academy of Building Sciences |
CGB-2wind tunnelDesign and development installation |
8m(W)×5m(H)×34m(L) maximum wind speed35m/s |
under construction |
27 |
Institute of Engineering Thermophysics, Chinese Academy of Sciences |
low speedwind tunnelDesign and Build |
1.5m(W)×1.0m(H)×4m(L) maximum wind speed75m/s |
under construction |
28 |
Dalian University of Technology |
Design and development of wind engineering testing equipment |
1.2m(W)×1.0m(H)×5.0m(L) maximum wind speed20m/s |
under construction |
29 |
Guodian Science and Technology Research Institute |
DC gustwind tunnelSupply and installation of equipment |
2.5m(W)×2.0m(H)×20.0m(L) maximum wind speed50m/s |
under construction |