I-Carbon fiber + "Amandla Omoya"
Izinto ze-carbon fiber eziqinisiwe zingadlala inzuzo yokukhanya okuphezulu nokukhanya kwesisindo endaweni enkulu ye-turbine blades, futhi le nzuzo ibonakala kakhulu lapho usayizi wangaphandle webala lukhulu.
Uma kuqhathaniswa nezinto ze-fiber fiber, isisindo se-blade usebenzisa impahla ye-carbon fiber composite ingancishiswa okungenani cishe ngama-30%. Ukwehliswa kwesisindo se-blade kanye nokwanda kokuqina kuyazuzisa ukuthuthukisa ukusebenza kwe-aerodynamic webala, kunciphise umthwalo embhoshongo kanye ne-axle, futhi wenze fan, bese wenza fan, bese wenza fan, bese wenza fan, bese wenza fan, bese wenza fan, bese wenza fan utengetheke ngokwengeziwe. Umphumela wamandla ulinganiseke futhi uzinzile, futhi ukusebenza kahle kwamandla kuphezulu.
Uma ukuthuthuka kukagesi kwe-carbon fiber okusetshenziswa ngempumelelo emklamweni wesakhiwo, ukulimala kwama-blade okubangelwa iziteleka zombani zingagwenywa. Ngaphezu kwalokho, impahla ye-coarbon fiber composite inokumelana okuhle kokukhathala, okulungele umsebenzi wesikhathi eside wezimo zomoya ezimweni zezulu ezinzima.
I-Carbon fiber + "I-Lithium Battery"
Ekwenziweni kwamabhethri e-lithium, kwasungulwa inkambiso entsha lapho i-carbon fiber composite ama-roller izinto zensimbi esikalini esikalini esikhulu, futhi Thatha "ukulungiswa kwamandla, ukuncishiswa kwekhwalithi" njengomhlahlandlela wekhwalithi. Ukusetshenziswa kwezinto ezintsha kuyasiza ukwandisa inani elingeziwe lomkhakha futhi kuthuthukiswe ukuthuthuka kwemakethe yomkhiqizo.
I-Carbon fiber + "I-Photovoltaic"
Izici zamandla aphezulu, i-modulus ephezulu kanye nobuningi obuphansi be-carbon fiber composites nayo yathola ukunakwa okuhambelana nomkhakha we-Photovoltaic. Yize bengasetshenziswa kabanzi njengezinhlanganisela zekhabhoni-carbon, uhlelo lwazo kwezinye izinto ezisemqoka nalo luthuthuka kancane kancane. Izinto ze-Carbon fiber composite ukwenza amabakaki e-silicon wafer, njll.
Esinye isibonelo yi-carbon fiber squeegee. Ekwenziweni kwamaseli we-Photovoltaic, okulula okulula, kube lula ukuba yinhle, futhi umphumela omuhle wokuphrinta wesikrini unomphumela omuhle ekuthuthukiseni umphumela wokuguqula amaseli we-Photovoltaic.
I-Carbon fiber + "I-Hydrogen Energy"
Idizayini ikakhulukazi ikhombisa "okungasindi" kwezinto zokwakha ze-carbon fiber composite kanye "nezimpawu eziluhlaza okotshani nezisebenzayo" zama-hydrogen amandla. Ibhasi lisebenzisa izinto ze-carbon fiber composite njengezinto eziphambili zomzimba futhi zisebenzisa "i-hydrogen amandla" njengamandla okuvuselela ama-24 kg we-hydrogen ngasikhathi. Ibanga lokuqhafaza lingafinyelela kumakhilomitha angama-800, futhi linezinzuzo zokuphuma kwe-zero, umsindo ophansi nempilo ende.
Ngokwakheka phambili komzimba we-carbon fiber composite kanye nokusebenza kolunye ukucushwa kohlelo, isilinganiso sangempela semoto ngamathani ayi-10, okungaphezu kwama-25% alula ukwedlula ukusetshenziswa kwamandla afanayo, ngokunciphisa ngokufanele ukusetshenziswa kwamandla we-hydrogen ngesikhathi sokusebenza. Ukukhishwa kwale modeli akugcini nje ngokukhuthaza uhlelo lwe- "Hydrogen Energy Deablootion application", kodwa futhi futhi kuyinto ephumelelayo yenhlanganisela ephelele yezinto zokwakha ze-carbon fiber composite namandla amasha.
Ngokwakheka phambili komzimba we-carbon fiber composite kanye nokusebenza kolunye ukucushwa kohlelo, isilinganiso sangempela semoto ngamathani ayi-10, okungaphezu kwama-25% alula ukwedlula ukusetshenziswa kwamandla afanayo, ngokunciphisa ngokufanele ukusetshenziswa kwamandla we-hydrogen ngesikhathi sokusebenza. Ukukhishwa kwale modeli akugcini nje ngokukhuthaza uhlelo lwe- "Hydrogen Energy Deablootion application", kodwa futhi futhi kuyinto ephumelelayo yenhlanganisela ephelele yezinto zokwakha ze-carbon fiber composite namandla amasha.
Isikhathi sePosi: Mar-16-2022
