Emva kweengxoxo ezininzi, imiboniso kunye novavanyo lwesicwangciso sokwakha liqela leengcali, isicwangciso soyilo loyilo lwesakhiwo se-R&D sesiseko semveliso seZerothermo sigqityiwe ngoku.
Okwangoku, ukusetyenziswa kwamandla kwizakhiwo zasekhaya kufikelela kwi-40%, kwaye uninzi lwezakhiwo zizakhiwo ezisebenzisa amandla amaninzi. Ingcamango yoyilo lwezakhiwo ezingenamandla kukusebenzisa amandla endalo kakhulu, ukunciphisa umonakalo okusingqongileyo kunye nongcoliseko, ukufezekisa injongo yokusetyenziswa kwamandla angaphantsi komhlaba, kunye nokufezekisa ukuphinda kusetyenziswe amandla ayimfuneko kunye nonyango lwenkunkuma. Izakhiwo ezingenamandla zibonelela ngesisombululo esibanzi sophuhliso oluzinzileyo lwezakhiwo zasezidolophini.
Ixhomekeke kwizisombululo zayo zenkqubo yetekhnoloji yokwakha engenamandla kunye neetekhnoloji kunye neemveliso zokonga amandla nge-vacuum, isakhiwo se-R&D sesiseko semveliso engenamandla esiI-ZerothermoUkwakha kwakhe kuxhotyiswe "ngezakhiwo ezenziwe ngentsimbi ezenziwe kwangaphambili", "izakhiwo eziluhlaza zeSamsung", "i-zero carbon kunye ne-zero energy". Iimpawu ezintathu zobugcisa "zesakhiwo sokusebenzisa", esebenzisa iiteknoloji ezininzi eziphambili zokonga umbane kwizakhiwo:
Njengokwenziwa kwe-crystallization yezobuchwepheshe yokwakha imizi-mveliso, izakhiwo ezenziwe kwangaphambili zimele uhlobo oluphambili lophuhliso lwezakhiwo zexesha elizayo. Ngokwamkela uhlobo lokwakha lwezakhiwo ezenziwe kwangaphambili, uyilo lwezakhiwo, imveliso kunye nolwakhiwo luyenzeka, nto leyo enceda ekuphuculeni umgangatho wezakhiwo.
Isakhiwo sangaphandle esikhuselayo seefacade zasempuma nasentshona zesakhiwo se-R&D sisebenzisa umphezulu wesinyithiiiphaneli zodonga zekhethini lokuthintela uthuli, kwaye yamkela inkqubo yodonga lwekhethini yohlobo lwecandelo. Ngokusebenzisa izixhobo zokufakela ezilungiselelwe ngokukodwa kunye neeprofayili zolwimi kunye nomngxuma ezicwangciswe kwiiphelo zeepaneli zodonga, iqhagamshelwe kwi-keel yodonga lwekhethini ukuze yenze umzimba wesakhiwo ngokuzimeleyo. Ulwakhiwo lodonga lulula, ukufakelwa kukhawuleza, ukutshintshwa kulula, kwaye ukufakelwa kobushushu kunye nokuhombisa kugqitywa ngokufakelwa kanye. Inkqubo yokutywina eyahlukileyo yamkelwe kwiindawo zokudibanisa iislabhu ukuqinisekisa ukuba ukuqina kwamanzi, ukungabi namoya kunye nokufakelwa kobushushu kodonga kuhlangabezana ngokupheleleyo neemfuno zezakhiwo ezisetyenziswa ngamandla aphantsi kakhulu (izindlu ezingasebenziyo), i-coefficient yokudlulisa ubushushu inokufikelela kwi-0.15W/(㎡·K), kwaye ukumelana nomlilo kunokufikelela kwiklasi ye-A.
Inxalenye ecacileyo yesakhiwo semvulophuI-ZerothermoIsakhiwo se-R&D samkela iingcango zeglasi ye-vacuum, iifestile kunye neenkqubo zodonga lwekhethini, iiprofayili ze-aluminium ezikhusela ubushushu kunye neglasi ye-vacuum edibeneyo. Ubukhulu beglasi ye-vacuum edibeneyo yi-30mm kuphela, i-coefficient yokudlulisa ubushushu inokufikelela ngaphantsi kwe-0.5W/(㎡·K), kwaye ukuhanjiswa kokukhanya okubonakalayo kungaphezulu kwe-65%, kwaye ukusebenza kwayo kwe-thermal insulation kuphuculwe kakhulu xa kuthelekiswa neglasi ye-insulation eqhelekileyo. Ixabiso le-coefficient yokudlulisa ubushushu yi-Kiingcango zeglasi ezingenanto, iifestile kunye nodonga lwekhethiniIinkqubo zingaphantsi kwe-1.0W/(㎡·K), kwaye ukusebenza kwe-thermal insulation kungaphezulu kwe-2-4 kunesakhiwo sendabuko, nto leyo enciphisa ngokufanelekileyo ukusetyenziswa kwamandla kwesakhiwo kwaye inegalelo kwi-20% ekugcinweni kwamandla esakhiweni. Kwangaxeshanye, inamandla okusebenza kwe-sound insulation, kwaye umthamo we-sound insulation onzima ungaphezulu kwe-40dB.
Ubuchwepheshe be-Photovoltaic BIPV bophahla nodonga
Uphahla lwesakhiwo se-R&D lusebenzisa itekhnoloji ye-BIPV, indibaniselwano yokuveliswa kwamandla e-photovoltaic kunye nephaneli yophahla lwe-vacuum insulation, ukufakwa kwendibano kwindawo, ukungangeni manzi komthungo othe nkqo, ibhuloho eliqhekezayo kunye nezinye izakhiwo zoqhagamshelo olukhethekileyo lokuvala ukuqinisekisa ukungangeni manzi, ukugquma kobushushu kunye nokuxinana komoya kwenkqubo yophahla lwe-vacuum insulation ye-BIPV. Iimfuno ezisemgangathweni zokwakha amandla aphantsi kakhulu.
Ngokweqikelelo, umthamo ofakelweyo wezixhobo zokuvelisa umbane we-photovoltaic kwisakhiwo se-R&D se-Zerothermo production base ungafikelela kwi-232kWh, enokuvelisa malunga ne-140,000 kWh yombane xa iguqulwa ibe yimveliso yombane yonyaka, ngelixa ukusetyenziswa kwamandla okusebenza okuqhelekileyo konyaka kwesakhiwo se-R&D kufuna kuphela malunga ne-50,000 kWh. Umbane oseleyo ungadityaniswa kwigridi ukuze usetyenziswe kuluntu.
I-Zerothermo igxile kwitekhnoloji ye-vacuum kangangeminyaka engaphezu kwama-20, iimveliso zethu eziphambili: iiphaneli ze-vacuum insulation ezisekelwe kwizixhobo ze-silica ezifumileyo zokugonya, ezonyango, izixhobo ze-cold chain, i-freezer, i-insulation ye-vacuum edibeneyo kunye nephaneli yokuhombisa, iglasi ye-vacuum, iingcango kunye neefestile ze-vacuum insulation. Ukuba ufuna ukufunda ulwazi oluthe kratya malungaIiphaneli zokuthintela ubushushu ze-Zerothermo, nceda uzive ukhululekile ukunxibelelana nathi, wamkelekile ukuba undwendwele umzi-mveliso wethu.
Umphathi wentengiso: uMike Xu
Ifowuni: +86 13378245612/13880795380,
E-mail:mike@zerothermo.com
Iwebhusayithi:https://www.zerothermovip.com
Ixesha lokuthumela: Agasti-30-2022
