Imikhiqizo
Isithando sikagesi sokuncibilika i-aluminium
Izici
Izici ezibalulekile nezinzuzo
| Ubuso | Ukufanisa |
|---|---|
| Ububanzi bokushisa | Iyakwazi ukufeza uhla lokushisa olubanzi kusuka ku-20 ° C kuya ku-1300 ° C, ilungele izinhlelo ezahlukahlukene zokuncibilika. |
| Ukusebenza kwamandla | Kudla kuphela350 kWhIthoni ngalinye le-aluminium, ukuthuthukiswa okukhulu ngaphezulu kwezindawo zendabuko. |
| Uhlelo lokupholisa | Ifakwe ngeuhlelo olupholile emoyeni-Akudingeka ukupholisa kwamanzi, ukwenza lula ukufakwa nokulungisa. |
| Indlela yokuzikhethela yokuzikhethela | Inikeza zombiliIzinketho zokunciphisa izimoto nezimotoNgokuvumelana nezimo, ukuphathwa kwezinto ezibonakalayo ngesikhathi senqubo yokuphonsa. |
| Ihlala inzima | Impilo ebekiwe ye-EBRICIble: KufikaIminyaka emi-5Ukuze uthole i-aluminium efakayo futhi1 unyakaNgethusi, ngenxa yokushisa okufanayo kanye nengcindezi encane eshisayo. |
| Isivinini esisheshayo esincibilikayo | Isivinini sokushisa esithuthukisiwe ngokushisa okuqondile kokufudumeza, ukunciphisa kakhulu isikhathi sokukhiqiza. |
| Ukulungiswa okulula | Yakhelwe ukushintshwa okusheshayo nokulula kwezinto zokushisa kanye nama-rucibles, ukunciphisa isikhathi sokuphumula nokukhulisa umkhiqizo. |
Kungani ukhethe ukushisa kwe-electromagnetic resonance?
Le khasiUkushisa kwe-electromagnetic resonanceUmgomo ungumguquki womdlalo ezindlini ezincibilikayo zezimboni. Nakhu ukuthi:
- Ukuguqulwa kwamandla okusebenzayo: Ngokusebenzisa i-electromagnetic resonance, amandla aguqulwa ngokuqondile ekushiseni ngaphakathi kwe-Electucile ngaphandle kokuncika ekutholeni okuphakathi noma ukuxhumanisa. Lokhu kuguqulwa okuqondile kufinyelela amanani okusetshenziswa kwamandla ngaphezulu90%, ukunciphisa izindleko zokusebenza kakhulu.
- Ukulawulwa kokushisa okuzinzile ngohlelo lwe-PID: Izindaba ezibalulekile. -KwethuUhlelo lokulawula lwe-PIDNgokuqhubekayo ubheka izinga lokushisa lomlilo, uliqhathanisa nokusetha okuqondiwe nasekuguquleni okukhipha amandla ukuze ulondoloze ukufudumeza okuguqukayo, okuguqukayo. Lokhu kulawula okuqondile kunciphisa ukuguquguquka kokushisa, okubucayi kokuphonswa kwekhwalithi ephezulu ye-aluminium.
- Imvamisa eguquguqukayo Qala: Isithando somlilo sifaka aIsici esijwayelekile sokuqalisa imvamisa, okuvikela imishini kanye negridi yamandla ngokunciphisa ama-inrus curnts ngesikhathi sokuqala. Le ndlela yokuqala ethambile inyusa isikhathi eside saso sobabili isithando somlilo kanye nengqalasizinda yegridi.
- Umfaniswano wokushisa okukhanyayo: I-electromagnetic resonance ikhiqiza ukusatshalaliswa kokushisa ngaphakathi kwengcindezi enokuthula, ukunciphisa ukucindezelwa okushisayo nokwandisa impilo ebekiwe ngaphezulu50%qhathanisa nokushisa okuvamile.
Ukucacisa
| Ipharameter | Thanda |
|---|---|
| Umthamo oncibilikayo | I-Aluminium: 350 kWh / Ton |
| Ububanzi bokushisa | 20 ° C - 1300 ° C |
| Uhlelo lokupholisa | Kupholile umoya |
| Izinketho Zokulinganisa | Ngesandla noma ngemoto |
| Ukusebenza kwamandla | 90% + ukusetshenziswa kwamandla |
| Impilo ekhanyayo | Iminyaka engu-5 (i-aluminium), unyaka ongu-1 (ithusi) |
Izicelo nokuhlukahlukene
LeliIsithando sikagesi sokuncibilika i-aluminiumYenzelwe ukusatshalaliswa kwasungulwa kubheke ukuqondisa izinqubo zazo zokuncibilika ze-aluminium ngokusebenza okuphezulu, i-Easy-asebenzisa isithando somlilo. Ilungele ukusetshenziswa ngaphakathiamathoyizi, izitshalo zokuphonsa, kanye nezinsiza zokuphinda asebenze kabusha, ikakhulukazi lapho i-aluminium esezingeni eliphakeme kakhulu kanye nokusebenza kwamandla kubalulekile.
Imibuzo ebuzwa njalo (i-FAQ)
Q: Lesi sithando sifinyelela kanjani ukusebenza kahle kwamandla aphezulu?
A:NgokugcwalaUbuchwepheshe be-electromagnetic resonance, isithando somlilo siguqula amandla kagesi ngokuqondile ekushiseni, ukugwema ukulahleka kwezindlela eziphakathi zokufudumeza.
Q: Ngabe uhlelo lokupholisa umoya ludinga ukungena kabusha okwengeziwe?
A:Uhlelo lokupholisa umoya lwenzelwe ukuba lusebenze futhi lube nesondlo oluphansi. Umoya omncane wefektri ejwayelekile kufanele wanele.
Q: Kunembe kangakanani ukulawula kwezinga lokushisa?
A:-KwethuUhlelo lokulawula lokushisa lwe-PIDIqinisekisa ukunemba okuhlukile, ukugcina izinga lokushisa ngaphakathi kokubekezelelana okuqinile. Lokhu kunengqondo kulungele izinqubo ezidinga imiphumela engaguquki, esezingeni eliphakeme.
Q: Yimuphi ukusetshenziswa kwamandla kwe-aluminium versus yethusi?
A:Lesi sithando somlilo sidlaI-350 kWh ngethani ngalinye le-aluminiumna-I-300 kWh ngethani ngalinye lethusi, ukulungiselela ukusetshenziswa kwamandla ngokususelwa ekusetshenzisweni okuqukethwe.
Q: Hlobo luni lwezinketho zokuthambisa olutholakalayo?
A:Sinikeza zombiliIzindlela zokufundisa zezandla nezimotoukuhambisana nezidingo ezihlukile zokusebenza kanye nezidingo zokuphepha.
Ukuxhaswa Kwamakhasimende Nesevisi Yokuthengisa Ngemuva
| Isigaba | Bonisana |
|---|---|
| Ukuthengiswa kwangaphambili | Izincomo ezenzelwe wena uqobo, ukuhlolwa kwesampula, ukuvakasha kwefekthri, kanye nokubonisana ochwepheshe ukukusiza wenze isinqumo esinolwazi. |
| Iyathengiswa | Izindinganiso Zokukhiqiza Eziqinile, Ukuhlolwa Kwekhwalithi Eqinile, kanye nokulethwa kwezikhathi. |
| Ngemuva kokuthengisa | Iwaranti Yezinyanga eziyi-12, Ukusekelwa Kwempilo Yonke Izingxenye nezinto zokwakha, nosizo lwezobuchwepheshe esizeni uma kudingeka. |
Kungani Sikhethe US?
Ngeminyaka yobungcweti emkhakheni wokushisa kwezimboni kanye nokusakaza kwe-aluminium, inkampani yethu inikezela ngolwazi olungenakuqhathaniswa kanye nokwenziwa okusha kubuchwepheshe bethando. Sinikezela ngezixazululo ezithembekile ezigcizelelaUkulondolozwa kwamandla, ukusebenziseka kalula, nokuqina kwesikhathi eside, Ukusiza amaklayenti ethu athole imiphumela efanelekile. Sizibophezele ekusekeleni izinhloso zakho zokukhiqiza ngobuchwepheshe bokusika-onqenqemeni kanye nensizakalo ehlukile.
Lesi sithando sikagesi sokuncibilika i-aluminium sihlanganisa ukunemba, ukusebenza kahle, kanye nokwenza lula, okwenza kube ngukutshala imali okuhlakaniphile kunoma yimuphi umthengi ochwepheshe okuhlose ukukhiqiza isikhathi eside kanye nokonga amandla. Xhumana nathi namhlanje ukuthola eminye imininingwane futhi ubone ukuthi isithando somlilo singaphakamisa kanjani ukusebenza kwakho.
