Ngemva kwezingxoxo eziningana, imiboniso kanye nokuhlolwa kohlelo lokwakha yiqembu lochwepheshe, uhlelo lokuklama izakhiwo lwesakhiwo se-R&D sesisekelo sokukhiqiza se-Zerothermo lwase luqediwe manje.
Njengamanje, ukusetshenziswa kwamandla kwezakhiwo zasekhaya kubalelwa ku-40%, kanti izakhiwo eziningi ziyizakhiwo ezisebenzisa amandla amaningi. Umqondo wokuklama wokwakhiwa kwezakhiwo ezingenawo amandla ukukhulisa ukusetshenziswa kwamandla emvelo, ukunciphisa umonakalo wemvelo kanye nokungcola, ukufeza inhloso yokusetshenziswa kwamandla angaphansi komhlaba, kanye nokuqaphela ukuphindeka kabusha kwesidingo samandla kanye nokwelashwa kwemfucuza. Izakhiwo ezingenawo amandla zinikeza ikhambi eliphelele lentuthuko esimeme yezakhiwo zasemadolobheni.
Ithembele ezixazululweni zayo zobuchwepheshe bokwakha ezingenamandla kanye nobuchwepheshe kanye nemikhiqizo yokonga amandla nge-vacuum, isakhiwo se-R&D sesisekelo sokukhiqiza esingenamandla esiI-ZerothermoYakhiwe ifakwe "izakhiwo zensimbi ezakhiwe kusengaphambili", "izakhiwo eziluhlaza ze-Samsung", "i-zero carbon kanye namandla angewona neze". Izici ezintathu zobuchwepheshe "zokwakha ukusetshenziswa", isebenzisa ubuchwepheshe obuningana obuhamba phambili bokonga amandla esakhiweni:
Njengokuqiniswa kobuchwepheshe bokwakhiwa kwezimboni, izakhiwo ezenziwe kusengaphambili zimelela uhlobo oluthuthuke kakhulu lokuthuthukiswa kwezakhiwo zesikhathi esizayo. Ngokwamukela uhlobo lokwakhiwa kwezakhiwo ezenziwe kusengaphambili, ukwenziwa kwesakhiwo, ukukhiqizwa kanye nokwakhiwa kuyenzeka, okusiza ekuthuthukiseni ikhwalithi yezakhiwo.
Isakhiwo sangaphandle esivikelayo sezingxenye zasempumalanga nasentshonalanga zesakhiwo se-R&D sisebenzisa ubuso bensimbiamaphaneli odonga ekhethini lokuvala i-vacuum, futhi isebenzisa uhlelo lodonga lwekhethini olufana nezingxenye. Ngezingxenye zokufaka eziklanywe ngokukhethekile kanye namaphrofayili olimi nomgodi ahlelwe ekugcineni kwamaphaneli odonga, ixhunywe ne-keel yodonga lwekhethini ukuze yakhe umzimba wesakhiwo ngokuzimela. Isakhiwo sodonga silula, ukufakwa kuyashesha, ukushintshwa kulula, futhi ukufakelwa kokushisa nokuhlobisa kuqedwa ngokufakwa okukodwa. Uhlelo lokuvala oluyingqayizivele luyasetshenziswa ezinhlanganisweni zama-slab ukuqinisekisa ukuthi ukuqina kwamanzi, ukungabi nomoya kanye nokufakwa kokushisa kodonga kuhlangabezana ngokugcwele nezidingo zezakhiwo ezisetshenziswa ngamandla aphansi kakhulu (izindlu ezingasebenzi), i-coefficient yokudlulisa ukushisa ingafinyelela ku-0.15W/(㎡·K), kanye nokumelana nomlilo kungafinyelela ku-A class.
Ingxenye esobala yesakhiwo semvilophu yeI-ZerothermoIsakhiwo se-R&D samukela iminyango yengilazi ye-vacuum, amafasitela kanye nezinhlelo zodonga lwekhethini, amaphrofayili e-aluminium avikela ukushisa kanye nengilazi ye-vacuum ehlanganisiwe. Ubukhulu bengilazi ye-vacuum ehlanganisiwe bungu-30mm kuphela, i-coefficient yokudlulisa ukushisa ingafinyelela ngaphansi kuka-0.5W/(㎡·K), kanye nokudluliselwa kokukhanya okubonakalayo kungaphezu kuka-65%, futhi ukusebenza kwayo kokuvikela ukushisa kuthuthuke kakhulu uma kuqhathaniswa nengilazi evamile yokuvikela ukushisa. Inani le-coefficient yokudlulisa ukushisa Kiminyango yengilazi ye-vacuum, amafasitela kanye nodonga lwekhethiniizinhlelo zingaphansi kuka-1.0W/(㎡·K), kanti ukusebenza kokufakwa kokushisa kungaphezu kokuphindwe kabili-kane kunesakhiwo sendabuko, okunciphisa ngempumelelo ukusetshenziswa kwamandla okuphelele kwesakhiwo futhi kufake isandla ngo-20% ekongiweni kwamandla esakhiwo. . Ngesikhathi esifanayo, inokusebenza okuqinile kokufakwa komsindo, futhi ivolumu yokufakwa komsindo enesisindo ingaphezu kuka-40dB.
Ubuchwepheshe be-BIPV be-Photovoltaic bophahla nodonga
Uphahla lwesakhiwo se-R&D lusebenzisa ubuchwepheshe be-BIPV, inhlanganisela yokukhiqizwa kwamandla e-photovoltaic kanye nephaneli yophahla yokufakwa kwe-vacuum, ukufakwa kwe-assembly endaweni, ukungangenwa kwamanzi komthungo oqondile, ibhuloho eliqhekeka ngokubandayo kanye nezinye izakhiwo zokuxhuma ezihlukile zokuvala ukuqinisekisa ukungangenwa kwamanzi, ukufakelwa kokushisa kanye nokuqina komoya kohlelo lophahla lokufakwa kwe-vacuum lwe-BIPV. Izidingo ezijwayelekile zokwakha amandla aphansi kakhulu.
Ngokusho kwezilinganiso, amandla afakiwe aklanyelwe imishini yokukhiqiza ugesi we-photovoltaic esakhiweni se-R&D sesisekelo sokukhiqiza se-Zerothermo angafinyelela ku-232kWp, okungakhiqiza cishe ugesi ongu-140,000 kWh uma uguqulwa ube ugesi waminyaka yonke, kuyilapho ukusetshenziswa kwamandla okusebenza okuvamile konyaka kwesakhiwo se-R&D kudinga kuphela ugesi ongu-50,000 kWh. Ugesi osele ungafakwa kugridi ukuze usetshenziswe emphakathini.
I-Zerothermo igxile kubuchwepheshe be-vacuum iminyaka engaphezu kwengu-20, imikhiqizo yethu eyinhloko: amaphaneli okuvikela i-vacuum asekelwe ezintweni eziyinhloko ze-silica ezifuthwe nge-fumed for vaccine, ezokwelapha, ezokuthutha ze-cold chain, i-freezer, iphaneli yokuvikela i-vacuum ehlanganisiwe kanye ne-decoration, ingilazi ye-vacuum, iminyango namafasitela avikela i-vacuum. Uma ufuna ukufunda ulwazi olwengeziwe mayelanaAmaphaneli okushisa e-vacuum angenawo ugesi angenawo ugesi, sicela ukhululeke ukuxhumana nathi, futhi wamukelekile ukuvakashela ifektri yethu.
Umphathi wokuthengisa: uMike Xu
Ucingo: +86 13378245612/13880795380,
E-mail:mike@zerothermo.com
Iwebhusayithi:https://www.zerothermovip.com
Isikhathi sokuthunyelwe: Agasti-30-2022
