Isangqa sokutyibilika kweTurbine yomoya FHS135-31-10111
Inkcazo
Isangqa sokutyibilika kwe-wind turbine senziwe ngokukodwa kwaye senzelwe ii-wind turbines eziyi-1.25-4MW, kwaye senzelwe ngokukodwa ukuziqhelanisa nenkqubo yokuvelisa umbane womoya yaseTshayina, enokuthembeka okuphezulu kakhulu. Izixhobo eziphambili zizinto ezingeniswa kwamanye amazwe, kwaye izixhobo zemveliso eziphambili kunye neenkqubo zokufumanisa ukusebenza okuhlukeneyo kwee-wind turbine slip rings zakhiwe ngaphakathi.
Uphawu oluPhambili
a.ba nokumelana okuhle nobushushu obuphantsi
b.ukufuma okuphezulu, umoya nesanti, ukugqwala, impembelelo, ukungcangcazela
ukusebenza okuzinzileyo kunye nokugcinwa okungenasondlo
d. Ubomi benkonzo bunokufikelela kwiminyaka engama-20 okanye amakhulu ezigidi zeenguqu
Ukhetho Olulungiselelweyo Luyafumaneka
ubude bentambo
indlela yoqhagamshelwano
imodeli ye-c.encoder
d.Ukwenziwa ngokwezifiso kweplagi yokuphela kwentambo
i-e.low voltage + ukudluliselwa kwedatha
f.Isifudumezi
g.umbane ophezulu wangoku 300A
Itheyibhile yeParameter yeFHS Series Wind Turbine Slip Ring
| Itheyibhile yeParameter yeRingi yeTurbine Slip Ring | ||||
| Ipharamitha yoMbane | Ipharamitha yoMatshini | |||
| Ipharamitha | Amandla | Uphawu | Ipharamitha | Idatha |
| I-Voltage elinganisiweyo | 0-380VAC/220VDC | 0-24VDC | Ubushushu bokusebenza | -40℃～+80℃ |
| Ukumelana nobushushu | ≥1000MΩ/1000VDC | ≥500MΩ/500VDC | Izinto zoLwakhiwo | I-alloy ye-aluminium |
| Amandla eDielectric | 500VAC@50Hz,60s | 500VAC@50Hz,60s | Izixhobo zoQhagamshelwano | Igolide ukuya kwigolide |
| Ubungakanani beNkokeli | Uhlobo oludumileyo lwe-lead | I-typelead ekhethekileyo | Isinxibelelanisi | Ukubetha (ukhetho) |
| Ubude beNkokeli | 3000mm (eyenzelwe wena) | Isantya sokuSebenza | 0～30rpm | |
| Ukumelana Okunamandla | ＜0.01Ω | Inqanaba loKhuselo | IP65 | |
Isicelo esiqhelekileyo
1. Ukuhanjiswa kwamandla okusebenzayo kwiifama ezinkulu zomoya ezikwi-onshore
Ityala 1: Iifama zomoya ezinkulu ezikwiindawo ezikude nolwandle zinamakhulu eeturbine zomoya zeemodeli ezahlukeneyo, ezinamandla eyunithi enye ukusuka kwi-2MW ukuya kwi-5MW. Xa iiturbine zomoya kwifama yomoya zisebenza, iiblades kunye neehubs ziyaqhubeka nokujikeleza, ngelixa ezinye izixhobo kwi-nacelle zimi. Ngeli xesha, iringi yokutyibilika kweturbine yomoya isebenza njengekhonkco eliphambili phakathi kweendawo ezijikelezayo kunye neendawo ezimiyo zeturbine yomoya, ukuqinisekisa ukuba umbane oguqulwe kumandla omoya unokudluliselwa ngokufanelekileyo nangokuzinzileyo kwigridi yamandla.
2. Ukuziqhelanisa neendawo ezinobungozi zeefama zomoya ezikude nolwandle
Ityala lesi-2: Isangqa sokutyibilika kwe-wind turbine esikhethwe yifama ethile yomoya sinomgangatho ophezulu wokhuseleko kwaye samkela isakhiwo esivalwe ngokupheleleyo ukuthintela ngempumelelo ukungena kwetyuwa kunye nomphunga wamanzi. Iqokobhe layo langaphandle lenziwe nge-alloy enamandla aphezulu amelana nokugqwala, kwaye izinto eziphambili zangaphakathi ziye zaphathwa ngendlela ekhethekileyo yomphezulu ukuze kuphuculwe ngakumbi ukumelana nokugqwala. Ngokuphathelele ukuhanjiswa kwesignali, isangqa sokutyibilika sinamandla abalaseleyo okulwa nokuphazamiseka. Nokuba kwiindawo ezintsonkothileyo ze-electromagnetic, sinokudlulisela ngokuchanekileyo imiqondiso yokubeka esweni kunye nokulawula isitshixo njengesantya somoya, isikhokelo somoya, kunye ne-engile yeblade ukuqinisekisa ukuba ulawulo olukrelekrele lwe-wind turbine lunokuphunyezwa kakuhle. Ukusukela oko ifama yomoya yaqala ukusebenza, isangqa sokutyibilika kwe-wind turbine besisebenza ngokuzinzileyo ngesantya esiphantsi kakhulu sokusilela, okuqinisekisa ngokufanelekileyo ukusebenza okuthembekileyo kwee-wind turbines zaselwandle.
3. Ulawulo oluchanekileyo lweenkqubo zepitshi ye-turbine yomoya
Ityala 3: Kwifama enkulu yomoya, inkqubo yepitch yeturbine yomoya nganye ixhotyiswe ngeringi yokutyibilika kwepitch ezinikeleyo. Xa isantya somoya sitshintsha, iturbine yomoya kufuneka ilungise i-engile yeblade ngexesha langempela ukuze ibambe amandla omoya angcono. Ngeli xesha, iringi yokutyibilika kwepitch inoxanduva lokudlulisa isignali yokulawula ukusuka kwinkqubo yolawulo lweturbine yomoya ukuya kwimoto yepitch, kwaye kwangaxeshanye idlulise imiqondiso yempendulo efana nesimo sokusebenza kwemoto ibuyele kwinkqubo yolawulo. Uhlobo oluthile lweringi yokutyibilika kwepitch, enenkqubo yayo yokuvelisa ngokuchanekileyo, inokuqinisekisa ukuchaneka kunye nexesha lokudluliselwa kwesignali, ukuze impazamo yokulungiswa kwe-engile yeblade ilawulwe ngaphakathi koluhlu oluncinci kakhulu. Ekusebenzeni kwangempela, iiturbine zomoya ezixhotyiswe ngeringi yokutyibilika kwepitch zinokuyilungisa ngokukhawuleza nangokuchanekileyo i-engile yeblade kwizantya zomoya ezahlukeneyo, ziphucula ngokufanelekileyo ukusebenza kakuhle kwamandla omoya. Xa kuthelekiswa neeturbine zomoya ezingasebenzisi le ringi yokutyibilika, ukuveliswa kwamandla kunyuswa nge-8% - 10%.
4. Ukubeka esweni okukude kunye nokusebenza kunye nenkxaso yolondolozo lweefama zomoya
Ityala lesi-4: Ifama yomoya yanamhlanje ingenise inkqubo yokujonga ekude ephucukileyo, efezekisa ukuhanjiswa kwedatha yokusebenza kweturbine yomoya ngesantya esiphezulu nangokuzinzileyo ngeeringi zokutyibiliza zeturbine yomoya. Iiringi zokutyibiliza zeturbine yomoya ezisetyenziswa kule famu yomoya zidibanisa imijelo yokuhambisa idatha kwaye zinokudlulisela ngaxeshanye iintlobo ezininzi zedatha, ezifana nedatha yokungcangcazela, idatha yobushushu, iiparameter zombane, njl.njl. zeturbine yomoya. Ezi datha zidluliselwa kwiziko lokujonga ngeeringi zokutyibiliza, kwaye abasebenzi bokusebenza nokugcina banokuqonda imeko yokusebenza kweturbine yomoya ngexesha langempela kwaye bafumane iimpazamo ezinokubakho ngexesha. Umzekelo, xa idatha yokungcangcazela edluliselwa yiringi yokutyibiliza itshintsha ngokungaqhelekanga, inkqubo yokubeka iliso inokukhupha isilumkiso kwangoko, kwaye abasebenzi bokusebenza nokugcina banokulungiselela ukugcinwa kwangaphambili ukuze kuthintelwe ukwanda kwempazamo, ukunciphisa ngokufanelekileyo ixesha lokungasebenzi kweturbine yomoya kunye nokuphucula ukusebenza ngokubanzi nokugcinwa kakuhle kwefama yomoya.
