Namuhla, ngaphansi kwesizinda sokuthuthukiswa okusheshayo kwezimoto ezintsha zamandla kanye nemboni yokugcina amandla, amandla amabhethri e-lithium asheshisiwe, futhi amabhethri e-lithium angena enkathini yokukhiqiza ngobuningi. Kodwa-ke, kufanele kuqashelwe ukuthi, ngakolunye uhlangothi, ukukhishwa kwe-carbon dioxide ephezulu kanye nokungathathi hlangothi kwe-carbon sekuphenduke izitayela kanye nezidingo; Ngakolunye uhlangothi, ukukhiqizwa kwebhethri ye-lithium ngezinga elikhulu, ukunciphisa izindleko kanye nokucindezela komnotho kuya ngokuya kugqama.
Ukugxila kwemboni yebhethri ye-lithium: ukungaguquguquki, ukuphepha nomnotho wamabhethri. Izinga lokushisa kanye nomswakama kanye nokuhlanzeka ekamelweni elomile kuzothinta kakhulu ukuvumelana kwebhethri; Ngesikhathi esifanayo, isilawuli sejubane kanye nomswakama endaweni eyomile kuzophazamisa kakhulu ukusebenza nokuphepha kwebhethri; Ukuhlanzeka kwesistimu yokomisa, ikakhulukazi impushana yensimbi, kuzophinde kuthinte kakhulu ukusebenza nokuphepha kwebhethri.
Futhi ukusetshenziswa kwamandla kwesistimu yokomisa kuzothinta kakhulu umnotho webhethri, ngoba ukusetshenziswa kwamandla kulo lonke uhlelo lokumisa kubalele ku-30% kuya ku-45% wawo wonke umugqa wokukhiqiza ibhethri ye-lithium, ngakho-ke noma ngabe ukusetshenziswa kwamandla wonke. Isistimu yokomisa ingalawulwa kahle izothinta izindleko zebhethri.
Ukufingqa, kungabonakala ukuthi ukomiswa okuhlakaniphile kwendawo yokukhiqiza ibhethri ye-lithium ikakhulukazi kunikeza indawo eyomile, ehlanzekile futhi ehlala njalo yokuvikela izinga lokushisa yomugqa wokukhiqiza ibhethri ye-lithium. Ngakho-ke, izinzuzo nezingozi zohlelo lokumisa oluhlakaniphile azikwazi ukubukelwa phansi ngesiqinisekiso sokungaguquguquki kwebhethri, ukuphepha kanye nomnotho.
Ngaphezu kwalokho, njengemakethe enkulu yokuthekelisa embonini yebhethri ye-lithium yaseChina, i-European Commission yamukele umthethonqubo omusha webhethri: kusukela ngoJulayi 1, 2024, amabhethri kagesi kuphela anesitatimende se-carbon footprint angafakwa emakethe. Ngakho-ke, kuyaphuthuma ukuthi amabhizinisi ebhethri ye-lithium yaseChina asheshise ukusungulwa kwendawo yokukhiqiza ibhethri enamandla aphansi, ikhabhoni ephansi kanye neyongayo.
Kunezinkomba ezine eziyinhloko zokunciphisa ukusetshenziswa kwamandla kuyo yonke indawo yokukhiqiza ibhethri ye-lithium:
Okokuqala, izinga lokushisa langaphakathi elihlala njalo kanye nomswakama ukunciphisa ukusetshenziswa kwamandla. Eminyakeni embalwa edlule, i-HZDryair ibilokhu ilawula impendulo yendawo yamazolo egumbini. Umqondo wendabuko uwukuthi lapho amazolo ephansi endaweni yokomisa, kungcono, kodwa ukwehla kwamazolo, kukhulu ukusetshenziswa kwamandla. "Gcina iphuzu lamazolo elidingekayo lingashintshi, okunganciphisa kakhulu ukusetshenziswa kwamandla ngaphansi kwemibandela ehlukahlukene."
Okwesibili, lawula ukuvuza komoya kanye nokumelana nesistimu yokomisa ukunciphisa ukusetshenziswa kwamandla. Ukusetshenziswa kwamandla kwesistimu yokunciphisa umswakama kunethonya elikhulu kumthamo womoya omusha owengeziwe. Indlela yokuthuthukisa ukungangeni komoya kwe-air duct, iyunithi kanye negumbi lokomisa lonke uhlelo, ukuze kuncishiswe ukungezwa kwevolumu yomoya omusha sekuyisihluthulelo. "Ngokwehliswa ngakunye kwe-1% kokuvuza komoya, yonke iyunithi ingasindisa u-5% wokusetshenziswa kwamandla okusebenza. Ngesikhathi esifanayo, ukuhlanza isihlungi nokupholisa kwamanzi ngesikhathi ohlelweni lonke kunganciphisa ukumelana kwesistimu futhi ngaleyo ndlela kunciphise amandla okusebenza kwefeni.
Okwesithathu, ukushisa kwemfucuza kusetshenziselwa ukunciphisa ukusetshenziswa kwamandla. Uma kusetshenziswa ukushisa kwemfucuza, ukusetshenziswa kwamandla omshini wonke kungancishiswa ngo-80%.
Okwesine, sebenzisa isigijimi esikhethekile se-adsorption kanye nephampu yokushisa ukuze unciphise ukusetshenziswa kwamandla. I-HZDryair iyahola ekwethuleni iyunithi yokuvuselela izinga lokushisa elingu-55℃. Ngokuguqula impahla ye-hygroscopic ye-rotor, ukuthuthukisa isakhiwo somgijimi, kanye nokwamukela ubuchwepheshe obuphambili kakhulu bokuvuselela izinga lokushisa eliphansi embonini okwamanje, ukuvuselelwa kabusha kwezinga lokushisa eliphansi kungenziwa. Ukushisa kwemfucuza kungaba ukushisa kokujiya kwesitimu, futhi amanzi ashisayo ku-60℃~70℃ angasetshenziselwa ukuvuselela iyunithi ngaphandle kokusebenzisa ugesi noma isitimu.
Ngaphezu kwalokho, i-HZDryair ithuthukise ubuchwepheshe bokuvuselela izinga lokushisa elingu-80 ℃ kanye nobuchwepheshe bephampu yokushisa obungu-120 ℃.
Phakathi kwazo, iphoyinti lamazolo leyunithi ye-rotary dehumidifier yezinga eliphansi elinezinga lokushisa eliphakeme lokungenisa umoya ku-45℃ lingafinyelela ku-≤-60℃. Ngale ndlela, umthamo wokupholisa osetshenziswa ukupholisa okungaphezulu kuyunithi ngokuyisisekelo unguziro, futhi ukushisa ngemva kokushisisa nakho kuncane kakhulu. Uma sithatha iyunithi engu-40000CMH njengesibonelo, ukusetshenziswa kwamandla ngonyaka kweyunithi kungonga cishe ama-yuan ayizigidi ezi-3 namathani angama-810 ekhabhoni.
I-Hangzhou Dryair Air Treatment Equipment Co., Ltd., eyasungulwa ngemuva kokuhlelwa kabusha kwe-Zhejiang Paper Research Institute ngo-2004, iyibhizinisi eligxile ocwaningweni, ekuthuthukisweni nasekukhiqizeni ubuchwepheshe bokukhipha umswakama kuma-rotor okuhlunga, futhi iyinhlangano kazwelonke yobuchwepheshe obuphezulu. ibhizinisi.
Ngokubambisana neNyuvesi yaseZhejiang, inkampani yamukela ubuchwepheshe bomgijimi wokukhipha umswakama we-NICHIAS eJapane/PROFLUTE eSweden ukwenza ucwaningo lochwepheshe, ukuthuthukiswa, ukukhiqizwa nokudayiswa kwezinhlobo ezahlukene zezinhlelo zokususa umswakama womgijimi; Uchungechunge lwemishini yokuvikela imvelo eyakhiwe yinkampani isetshenziswe kabanzi futhi ngokuvuthwa ezimbonini eziningi.
Mayelana namandla okukhiqiza, amandla enkampani amanje okukhiqiza ama-dehumidifiers afinyelele amasethi angaphezu kuka-4,000.
Ngokuqondene namakhasimende, amaqembu amakhasimende asemhlabeni wonke, phakathi kwawo amakhasimende ahamba phambili ezimbonini ezimele futhi ezigxilile: imboni yebhethri ye-lithium, imboni ye-biomedical kanye nemboni yokudla konke kunokubambisana. Ngokuphathelene nebhethri ye-lithium, isungule ubudlelwano bokusebenzisana obujulile ne-ATL/CATL, EVE, Farasis, Guoxuan, BYD, SVOLT, JEVE kanye ne-SUNWODA.
Isikhathi sokuthumela: Sep-26-2023