Ifayibha yeCarbon + "amandla omoya"
Izixhobo ezidityanisiweyo zekhabhoni ezidityanisiweyo zinokudlala inzuzo yokunwebeka okuphezulu kunye nobunzima obulula kwiincakuba ezinkulu zeinjini yomoya, kwaye olu ncedo lubonakala ngakumbi xa ubungakanani bangaphandle beblade bukhulu.
Xa kuthelekiswa nezinto zefiber zeglasi, ubunzima beblade usebenzisa i-carbon fiber composite material ingancitshiswa ubuncinane malunga ne-30%. Ukunciphisa ubunzima be-blade kunye nokunyuka kokuqina kunenzuzo ekuphuculeni ukusebenza kwe-aerodynamic ye-blade, ukunciphisa umthwalo kwinqaba kunye ne-axle, kunye nokwenza i-fan ibe yizinzile. Imveliso yamandla ilungelelene kwaye izinzile, kwaye imveliso yamandla iphezulu.
Ukuba i-conductivity yombane ye-carbon fiber material ingasetyenziswa ngokufanelekileyo kuyilo lwesakhiwo, umonakalo kwiincakuba ezibangelwa kukubetha kombane unokuphetshwa. Ngaphezu koko, i-carbon fiber composite material inokumelana nokudinwa okulungileyo, okuhambelana nomsebenzi wexesha elide wamagqabi omoya kwiimeko zemozulu ezinzima.
Ifayibha yeCarbon + “ibhetri yelithium”
Ekwenziweni kweebhetri ze-lithium, kuye kwaqulunqwa umkhwa omtsha apho i-carbon fiber composite rollers ithatha indawo ye-roller zentsimbi zemveli kwizinga elikhulu, kwaye ithatha "ukugcina amandla, ukunciphisa ukukhutshwa kunye nokuphucula umgangatho" njengesikhokelo. Ukusetyenziswa kwemathiriyeli emitsha kuluncedo ekwandiseni ixabiso elongezelelweyo loshishino nokuphucula ngakumbi ukukhuphisana kwemveliso.
Ifayibha yeCarbon + "photovoltaic"
Iimpawu zamandla aphezulu, i-modulus ephezulu kunye ne-low density ye-carbon fiber composites nazo zifumene ingqalelo ehambelanayo kwishishini le-photovoltaic. Nangona zingasetyenziswanga ngokubanzi njengeengxube zekhabhon-khabhoni, ukusetyenziswa kwazo kumacandelo athile aphambili nako kuhambela phambili ngokuthe ngcembe. Izixhobo ezidityanisiweyo zeCarbon fiber ukwenza izibiyeli zesilicon wafer, njl.
Omnye umzekelo yi-carbon fiber squeegee. Kwimveliso yeeseli ze-photovoltaic, i-lighter squeegee, ilula ukuba ibe yincinci, kwaye umphumo omuhle wokuprinta isikrini unempembelelo enhle ekuphuculeni umphumo wokuguqulwa kweeseli ze-photovoltaic.
Ifayibha yeCarbon + "amandla e-hydrogen"
Uyilo lubonisa ikakhulu "ubunzima" bezinto ezidibeneyo ze-carbon fiber kunye neempawu "eziluhlaza kunye nokusebenza kakuhle" zamandla e-hydrogen. Ibhasi isebenzisa i-carbon fiber composite materials njengeyona nto iphambili yomzimba kwaye isebenzisa "amandla e-hydrogen" njengamandla okunyusa i-24 kg ye-hydrogen ngexesha. Uluhlu lokuhamba ngenqanawa lunokufikelela kwiikhilomitha ezingama-800, kwaye lunoncedo lwe-zero emission, ingxolo ephantsi kunye nobomi obude.
Ngoyilo lwangaphambili lomzimba we-carbon fiber composite kunye nokulungiswa kolunye ulungelelwaniso lwenkqubo, umlinganiselo wangempela wesithuthi yi-10 toni, engaphezulu kwe-25% elula kunezinye izithuthi zohlobo olufanayo, ngokufanelekileyo ukunciphisa ukusetyenziswa kwamandla e-hydrogen ngexesha lokusebenza. Ukukhutshwa kwalo mzekelo akukhuthazi kuphela "isicelo sokubonisa amandla e-hydrogen", kodwa kwakhona yimeko eyimpumelelo yokudibanisa okugqibeleleyo kwezinto ezidibeneyo ze-carbon fiber kunye namandla amatsha.
Ngoyilo lwangaphambili lomzimba we-carbon fiber composite kunye nokulungiswa kolunye ulungelelwaniso lwenkqubo, umlinganiselo wangempela wesithuthi yi-10 toni, engaphezulu kwe-25% elula kunezinye izithuthi zohlobo olufanayo, ngokufanelekileyo ukunciphisa ukusetyenziswa kwamandla e-hydrogen ngexesha lokusebenza. Ukukhutshwa kwalo mzekelo akukhuthazi kuphela "isicelo sokubonisa amandla e-hydrogen", kodwa kwakhona yimeko eyimpumelelo yokudibanisa okugqibeleleyo kwezinto ezidibeneyo ze-carbon fiber kunye namandla amatsha.
Ixesha lokuposa: Mar-16-2022
