IChengdu ukuba ibenesona sikhululo sikhulu sokugcina iibhotile ze-hydrogen kwingingqi ye-Asia-Pacific

Ukuzoba, ukujija, ukunyanga... Njengoko iingalo zerobhothi ziqhubeka nokusebenza, uxinzelelo oluphezulu lweebhotile ze-hydrogen zokugcina izithuthi zeeseli zamafutha (emva koku kubhekiselwa kuzo "njengebhodiiibhotile zokugcina i-hydrogen") qengqeleka umgca wokuvelisa ngokuzenzekelayo omnye komnye. NgoJulayi 2, intatheli yabona indawo yokuvelisa exakekileyo eSinoma Technology (Chengdu) Co., Ltd. kwiSithili saseXinjin.

Umntu ofanelekileyo ophethe inkampani uveze ngochulumanco ukuba iSinoma Science & Technology iceba ukutyala imali eyi-500 yezigidi zeeyuan ukwakha umgca omtsha wemveliso osebenza ngokuzenzekelayo onesiphumo sonyaka se-100,000.iibhotile zokugcina i-hydrogen eTianfu Intelligent Manufacturing Industrial Park. Emva kokuba iprojekthi igqityiwe, iSayensi yeSinoma kunye neTekhnoloji iya kuba sesona sikhululo sikhulu sokugcina iibhotile ze-hydrogen kwindawo ye-Asia-Pacific. Okwangoku, iprojekthi yamkelwe ngokusemthethweni likomkhulu leqela kwaye sele iza kungena kwinqanaba lokuphunyezwa.

Chengduibhotile yokugcina i-hydrogeninkampani iphumelele indawo yokuqala kukhuphiswano oluqatha

Ngokutsho kwedatha yophando yombutho ogunyazisiweyo kwintsimi yamandla e-hydrogen, i-Gaogong Hydrogen kunye ne-Electric Industry Research Institute (GGII), iSayensi yeSinoma kunye neTekhnoloji ibekwe phakathi kwezintathu eziphezulu kwibhodi.ibhotile yokugcina i-hydrogen kwimarike iminyaka emininzi. Ngo-2023, inkampani iya kuthumela i-13,000 ebhodiniiibhotile zokugcina i-hydrogen, ukunyuka konyaka-ngonyaka kwe-70%, kwaye iphumelele indawo yokuqala yasekhayaibhotile yokugcina i-hydrogenumgangatho wokuthunyelwa kwempahla, ube nguNombolo 1 kwibala le-on-boardiibhotile zokugcina i-hydrogen.

Ngokutsho kwabangaphakathi kwishishini, okwangoku, iChinaihydrogenImarike yezithuthi zeeseli zamafutha isekwinqanaba lotshintsho ukusuka kwisicelo sokubonisa ukuya kuphuhliso lwentengiso, kunye nebhodiibhotile yokugcina i-hydrogen imarike ingene kwixesha lophuhliso olukhawulezayo. Kukho iinkampani zasekhaya ezingaphezu kwama-25 ezibandakanyeka kuphando kunye nophuhliso kunye nokuveliswa kwebhodiiibhotile zokugcina i-hydrogen . Njengoko iinkampani ezininzi zingena kweli candelo, intengiso ngokuthe ngcembe ikhula ukusuka ekugxininiseni ukuya ekusasazeni.

"Indlela yangoku ebhodiniibhotile yokugcina i-hydrogen Imarike ibonisa intsingiselo yokwanda kwenani leenkampani ezithatha inxaxheba kunye nokuncipha koxinzelelo lwemalike, kwaye ukhuphiswano luya lusiba krakra. Phantsi kweemeko ezinjalo, sinokufikelela ekukhuleni okukhulu ngokuchasene nomkhwa, ongenakuhlukaniswa nogxininiso lwenkampani kubuchule obutsha betekhnoloji kule minyaka idlulileyo. Chengdu-yenziwe"ihydrogen Uloliwe wamandla wasezidolophini walugqiba uvavanyo lwakhe lokusebenza, ngesantya seekhilomitha ezili-160 ngeyure kunye noluhlu olungaphezulu kweekhilomitha ezili-1,000. "Le ntoihydrogenUloliwe wamandla wasezidolophini uxhotyiswe ngeebhotile zethu zokugcina iSinoma hydrogen."

I-Chengdu sisixeko sokuqala ukuqonda indawo ye-carbon fiber

Ngaphantsi kobunkokeli bomntu ochaphazelekayo ojongene nenkampani, intatheli yafika kwindawo yokusebenzela yokuzoba ipleyiti, apho imveliso yeSinoma Technology - Uhlobo lwe-III.isilinda yokugcina i-hydrogen iveliswa. “Udidi IIIiisilinda zokugcina i-hydrogen sebenzisa inkqubo yethu yokuzoba ipleyiti yentsimbi yokuqala yeSinoma Technology. Xa kuthelekiswa nenkqubo ye-aluminium yendabuko yokuvelisa i-liner, ineenzuzo ezibalulekileyo kulawulo lobunzima, ukhuseleko olusezantsi, ukusebenza kwemveliso, njl., inokulawula ngokungqongqo ukuhambelanaisilinda hydrogeniimveliso kwaye bafezekise 'zero ukuvuza' ezantsi, ”utshilo umntu ophetheyo.

Kwimveliso yeebhotile zokugcina i-hydrogen ebhodini, i-carbon fiber yinto ebalulekileyo yokujikelezaiibhotile zokugcina i-hydrogen . Intatheli yafunda ukuba ngaphambili, ebhodiniiibhotile zokugcina i-hydrogen zazingamanxeba ubukhulu becala ngefayibha yekhabhoni ephezulu yokuqina evela kwiToray yaseJapan, kunye neSinoma Technology yathatha indawo yekhabhoni yefayibha njengeyona nto iphambili ekugxilwe kuyo kuphando. Ukusuka kuvavanyo lwamandla e-multifilament ukuya kulawulo lwefomula yeresin, ukwenziwa ngcono kwendlela yomsonto, kunye noyilo lwesakhiwo somaleko, emva kwenani elikhulu lovavanyo kunye nokuqinisekiswa, yazisombulula ngempumelelo iingxaki eziphambili zokuthelekisa phakathi kwefayibha yekhabhoni yasekhaya kunye nentlaka, izinga lokuguqulwa kwamandla, njl. yaba yinkampani yokuqala yasekhaya ukuqonda ukusetyenziswa kwe-T700 kunye ne-T800 yezinga le-carbon fiber yasekhayaiisilinda zokugcina i-hydrogen.

Kuyaqondwa ukuba inkampani ityale imali eyongezelelweyo ye-500 yezigidi zeeyuan ukwakha umgca wemveliso ozenzekelayo we-100,000.iibhotile zokugcina i-hydrogen . Iyakongeza izixhobo eziphambili ezinje ngomatshini wokujija we-axis ezine-axis ezintathu, isithando somlilo, umatshini we-rotomolding, umatshini wokuthunga, umatshini wokugoba umbhobho, kunye nomatshini wokuvavanya umoya ukuze uqonde idijithali yeenkqubo ezininzi kunye namatyathanga kunye nokudala. i-automated, i-intelligent, kunye ne-digital green factory. Emva kokuba iprojekthi igqityiwe, iya kuqhuba ukuqeshwa kwasekhaya kwabantu abangaphezu kwe-120 kwaye inyuse ixabiso lemveliso yonyaka ngaphezu kwe-500 yezigidi zeeyuan.