Iimpawu zezixhobo kunye nokutsha kwezobuchwepheshe
Njengesixhobo esiphambili sokujonga imeko yendawo, i-anemometer ye-aluminium alloy yenziwe nge-aviation-grade 6061-T6 i-aluminium alloy, kwaye ifezekisa ukulingana okugqibeleleyo phakathi kwamandla okwakhiwa kunye nokukhanya ngokusebenzisa iteknoloji yokucubungula ngokuchanekileyo. Ingundoqo yayo iqulethe i-cup-cup / ultrasonic sensor unit, imodyuli yokucwangcisa umqondiso kunye nenkqubo yokukhusela, kwaye inezi mpawu zilandelayo ezibalaseleyo:
Ukuziqhelanisa neemeko ezingqongileyo ezigqithisileyo
-60 ℃ ~ + 80 ℃ ukusebenza koluhlu olubanzi lobushushu (ukhetho lokuzifudumeza imodyuli ye-deicing)
Inqanaba lokhuselo le-IP68, linokumelana nesitshizi setyuwa kunye nokukhukuliseka kothuli
Uluhlu olunamandla lugubungela i-0 ~ 75m/s, kwaye isantya sokuqala somoya siphantsi njenge-0.1m/s.
Itekhnoloji yokuqonda ekrelekrele
Isivamvo sekomityi ezintathu samkela itekhnoloji ye-encoding yamagnetic engadibaniyo (isisombululo se-1024PPR)
Iimodeli ze-Ultrasonic ziqonda umlinganiso we-vector onamacala amathathu (XYZ i-axis emithathu ±0.1m/s ukuchaneka)
Ubushushu obakhelwe-ngaphakathi/ukufuma kwembuyekezo yealgorithm (ukulinganisa okulandelekayo kweNIST)
Uyilo lwezonxibelelwano lwenqanaba leshishini
Ixhasa i-RS485Modbus RTU, 4-20mA, i-pulse output kunye nolunye unxibelelwano lweprotocol ezininzi
Ngokuzithandela imodyuli yothumelo lwe-LoRaWAN/NB-IoT (uwona mgama wothumelo uwona wona mkhulu 10km)
Isampulu yedatha rhoqo ukuya kuthi ga kwi-32Hz (uhlobo lwe-ultrasonic)
I-Aluminiyam ialloy anemometer diagram
Uhlalutyo lwenkqubo yokwenziwa kwemveliso
Ukubumba iqokobhe: ukujika okuchanekileyo kwe-CNC, ukwenziwa ngcono kwemilo ye-aerodynamic, ukunciphisa ukuphazamiseka kokumelana nomoya.
Ukunyangwa komhlaba: i-anodizing enzima, ukuxhathisa ukunxiba kwanda ngama-300%, ukuxhathisa ityuwa yokutshiza i-2000h.
Ulungelelwaniso lwe-Dynamic balance: inkqubo yokulungiswa kwe-laser dynamic, i-vibration amplitude <0.05mm.
Ukutywinwa konyango: i-fluororubber O-ring + i-labyrinth engangeni manzi, ifikelela kwi-100m yomgangatho wokukhusela ubunzulu bamanzi.
Iimeko eziqhelekileyo zezicelo zeshishini
1. Ukusebenza kwamandla omoya olwandle kunye nokubeka iliso kulondolozo
Uluhlu lwe-aluminiyam ye-anemometer ye-anemometer ebekwe e-Jiangsu Rudong kwifama yomoya engaselunxwemeni yenza uthungelwano lokuphonononga olunamacala amathathu kumphakamo oyi-80m:
Ukusebenzisa itekhnoloji yomlinganiselo womoya we-ultrasonic-dimensional three-dimensional ukubamba ubunzulu besiphithiphithi (ixabiso le-TI) ngexesha lokwenyani
Ngokusebenzisa i-4G/satellite uthumelo lwetshaneli ezimbini, imephu yendawo yomoya ihlaziywa rhoqo kwimizuzwana emi-5
Isantya sokuphendula senkqubo ye-yaw yeinjini yomoya sinyuswe ngama-40%, kwaye ukuveliswa kwamandla ngonyaka kunyuswe nge-15%
2. Ulawulo lokhuseleko lwezibuko
Inkqubo yokuhlola isantya somoya-ubungqina bokudubula esetyenziswa eNingbo Zhoushan Port:
Iyahambelana nesatifikethi se-ATEX/IECEx sobungqina bokudubula, silungele iindawo zokusebenza ezinobungozi
Xa isantya somoya si>15m/s, isixhobo sebhulorho sitshixeka ngokuzenzekelayo kwaye isixhobo sokubambelela sidityanisiwe.
Ukunciphisa iingozi zomonakalo wezixhobo ezibangelwa ngumoya onamandla ngama-72%.
3. Inkqubo kaloliwe yokulumkisa kwangethuba
I-anemometer ekhethekileyo efakwe kwicandelo leTanggula kuloliwe waseQinghai-Tibet:
Ixhotyiswe ngesixhobo sokufudumeza sombane (isiqalo esiqhelekileyo kwi -40 ℃)
Idityaniswe nenkqubo yolawulo lukaloliwe, isantya somoya> 25m/s sixhokonxa umyalelo womlinganiselo wesantya
Ilumkise ngempumelelo i-98% yeentlekele zesanti/isaqhwithi
4. Ulawulo lokusingqongileyo ezidolophini
Ipali yokubeka iliso yoqhagamshelwano lwesantya somoya PM2.5-moya ekhuthazwayo kwiziza zokwakha zaseShenzhen:
Lungisa ngamandla ukusebenza kweenkanunu zenkungu ngokusekwe kwidatha yesantya somoya
Yandisa ngokuzenzekela ukutshizwa rhoqo xa isantya somoya> 5m/s (ukonga amanzi ngama-30%).
Ukunciphisa ukwanda kothuli lokwakha ngama-65%
Izisombululo zeemeko ezikhethekileyo
Ukusetyenziswa kwezikhululo zophando lwenzululwazi kwincam yomhlaba
Isisombululo esilungiselelweyo sokuhlola isantya somoya kwisikhululo saseKunlun e-Antarctica:
Yamkela i-titanium alloy eyomeleziweyo yesibiyeli kunye ne-aluminium alloy body composite structure
Iqwalaselwe nge-ultraviolet defrosting system (-80℃ iimeko zokusebenza ezigqithisileyo)
Ukuphumeza umsebenzi ongajongwanga unyaka wonke, izinga lokuthembeka kwedatha> 99.8%
esweni ipaki yekhemikhali
Uthungelwano olusasaziweyo lwePaki yoShishino lweMichiza yaseShanghai:
Yonke i-50 0m yokuthunyelwa kwee-anti-corrosion sensor nodes
Ukubeka iliso kwisantya somoya/indlela yomoya yokusasaza ngexesha lokuvuza kwegesi yeklorini
Ixesha lokuphendula likaxakeka lifinyeziwe laya kutsho kwimizuzu esi-8
Umkhombandlela wokuzivelela kwetekhnoloji
Imbono ye-fusion yentsimi ye-Multi-physics
Isantya somoya esidityanisiweyo, ukungcangcazela, kunye nemisebenzi yokujonga uxinzelelo ukufezekisa ukuxilongwa ngexesha lokwenyani kwimeko yempilo ye-wind turbine blade
Isicelo iwele Digital
Seka imodeli yokulinganisa enemilinganiselo emithathu yebala lesantya somoya ukunika uqikelelo oluchanekileyo lwenqanaba lesentimitha lokhetho lwesiza esincinci seefama zomoya.
Itekhnoloji yokuzenzela amandla
Phuhlisa isixhobo sokuvuna amandla e-piezoelectric ukuze ufezekise izixhobo ezizisebenzelayo usebenzisa ukungcangcazela okubangelwa ngumoya.
Ukufunyaniswa okungaqhelekanga kwe-AI
Faka i-algorithm ye-LSTM ye-neural network ukuqikelela isantya somoya esitshintsha ngesiquphe kwiiyure ezi-2 kwangaphambili
Ukuthelekiswa kweeparamitha zobugcisa eziqhelekileyo
| Umgaqo wokulinganisa | Uluhlu (m/s) | Ukuchaneka | Ukutya umbane | Iimeko ezisebenzayo |
| Oomatshini | 0.5-60 | ±3% | 0.8W | Ukuhlolwa kwemozulu ngokubanzi |
| Ultrasonic | 0.1-75 | ±1% | 2.5W | Amandla omoya/ukubhabha |
Ngokudityaniswa kwezinto ezintsha kunye netekhnoloji ye-IoT, isizukulwana esitsha se-aluminium alloy anemometers sikhula kwicala le-miniaturization (ubuncinci bedayamitha engama-28mm) kunye nobukrelekrele (i-edge computing capabilities). Umzekelo, iimveliso ze-WindAI zamva nje, ezidibanisa iprosesa ye-STM32H7, inokugqiba uhlalutyo lwesantya somoya ekuhlaleni, ibonelela ngezisombululo ezichanekileyo zokuqonda kokusingqongileyo kumashishini ahlukeneyo.
Ixesha lokuposa: Feb-12-2025