Isimo samanje sengilazi yeminyango, amafasitela nezindonga zamakhethini
Manje uma kuqhathaniswa nezindonga zangaphandle zezakhiwo, iminyango, amafasitela nezindonga zamakhethini zisebenzisa indawo enkulu yengilazi esobala, ikakhulukazi enanini elikhulu lezakhiwo ezintsha ezingezona ezokuhlala, uhlelo lwamakhethini selucishe lube yisakhiwo esibaluleke kakhulu sokuvikela sangaphandle.Ngomnyango, iwindi kanye nesistimu yodonga lwamakhethini, indawo yengilazi ithatha cishe u-85% wendawo yonke yesistimu.Kungashiwo ukuthi ingilazi yenza umsebenzi obalulekile wokonga amandla emvilophini yokwakha.Njengesakhiwo semvilophu esobala yesakhiwo, umnyango, iwindi kanye nesistimu yodonga lwamakhethini ngokwemvelo ineziphambeko ezimbili ezinkulu ukuze kuzuzwe ukonga konke kwamandla: enye iwukuthi ubukhulu abukwazi ukwanda ngaphandle komkhawulo, kanti enye iwukuthi ukudlulisa ukukhanya akukwazi. ube phansi kakhulu;
ngokombono wokonga amandla, ukukhanyisa Futhi ukwahlukanisa kunzima ukuba nakho ngesikhathi esifanayo.Ngokwezibalo zocwaningo, amafasitela angaphandle (kuhlanganise nama-skylights) ezakhiweni zokulungisa izakhiwo ayingxenye eyinhloko yokusetshenziswa kwamandla, futhi ngaphezu kuka-50% wokusetshenziswa kwamandla kulahleka ngamafasitela angaphandle.Ngakho-ke, umnyango, iwindi kanye nesistimu yodonga lwamakhethini isiphenduke igebe lokusetshenziswa kwamandla okunzima ukuthi izakhiwo zilixazulule.Futhi isimo samanje ukuthi izixazululo zokonga amandla esizenzayo emnyango, iwindi kanye nohlelo lwamakhethini odongeni ngokuvamile zigxila endleleni yokunciphisa ukulahlekelwa kwamandla kwamaphrofayili, futhi azikho izixazululo eziningi ezisezingeni eliphezulu ongakhetha kuzo ekukhetheni ingilazi.Ngokuphathelene nengilazi evamise ukusetshenziswa kakhulu, uma kucatshangelwa ingilazi ye-Low-E, i-coefficient yokudlulisa ukushisa yengilazi yokuvikela ingafinyelela cishe ku-1.8W/(m2.K).Izidingo ze-coefficient ezishisayo (ngokuvamile ezingaphansi kuka-1.0W/(m2.K)) ngokwemvelo zidinga amazinga aphezulu amaphrofayela omnyango nawewindi.Yiqiniso, asizange siyeke ukufuna izixazululo zengilazi -vacuum glassisibe yisinqumo esingcono kakhulu sokwakha iminyango, amafasitela nezindonga zamakhethini ukuze kuzuzwe ukusebenza kahle okuphezulu nokonga amandla.
Izizathu zokukhetha i-Vacuum Glass
Ingilazi yevacuum wuhlobo olusha lwengilazi yokonga amandla.Ihlukile engilazini yendabuko yokuvikela, ingilazi ye-vacuum isekelwe kumgomo wenkomishi yokuvala i-vacuum.Izingcezu ezimbili zengilazi zivalwa nxazonke, futhi zifakwe vacuum phakathi kwazo, zenze ungqimba lwe-vacuum ongu-0.2mm.
Ngenxa yokungabikho kwegesi, ingilazi yevacuum ihlukanisa ngokuphumelelayo ukuqhutshwa kokushisa nokushisa, kuhlanganiswe nokuvinjwa okuphumelelayo kwemisebe yokushisa ngengilazi ye-Low-E, i-coefficient yokudlulisa ukushisa yengilazi ye-vacuum iyodwa ingaba ngaphansi ku-0.5 W/( m2.K), ngisho Iphansi kunengilazi yokuvikela enengilazi emithathu nezimbotshana ezimbili.Izinga le-thermal insulation yengilazi ye-vacuum lingakwazi ukufeza ukusebenza okushisayo okufana nalokhu kwezindonga zokushisa ezishisayo, okuphinde kukhulule kakhulu ukucindezela kokushisa okushisayo komnyango, amafasitela kanye namaphrofayela odonga lwamakhethini.Ngokokuhlolwa kwangempela kweNational Construction Engineering Quality Supervision and Inspection Center, amafasitela engilazi evacuum asetshenziswa ezindaweni ezibandayo njengaseBeijing, kanti ukonga ugesi ebusika kungafinyelela ngaphezu kuka-50%.Ngakho-ke, kungakhathaliseki ukuthi iwindi lengilazi noma udonga lwamakhethini engilazi, imvilophu yokudlulisa ukukhanya ayiseyona ibhodi elifushane lokulondoloza amandla, futhi ukusetshenziswa kwamandla kwesakhiwo sonke kungancishiswa kakhulu, kufinyelele imigomo ecacisiwe ye-ultra- izakhiwo eziphansi zokusebenzisa amandla.
Ukuhlukaniswa Komsindo:
Isisindo sengilazi ye-vacuum iyodwa I-insulation yomsindo ingaphezulu kuka-37dB, futhi ingilazi ye-vacuum eyinhlanganisela ingafinyelela ngaphezu kuka-42dB.Ukusetshenziswa kwamafasitela engilazi ye-vacuum noma izindonga zamakhethini kungahlukanisa ngokuphumelelayo umsindo wangaphandle futhi kuthuthukise imvelo yangaphakathi ye-acoustic.
Njengomkhiqizo omusha wengilazi, ingilazi ye-vacuum nayo inezinzuzo okunzima ukuyishintsha ngale ndlela elandelayo:
I-Anti-Condensation:
Ukusebenza okuphezulu kokushisa okushisayo kwengilazi ye-vacuum kungahlukanisa izinga lokushisa le-ambient elingaphakathi nangaphandle, futhi into evimbela ukufiphala ingu>75.Ngisho nasebusika obubandayo obungu-20℃ ngaphandle, umehluko wezinga lokushisa phakathi kwezinga lokushisa langaphakathi lengilazi nomoya wasendlini ngeke udlule u-5℃, ophakeme kakhulu kunezinga lokushisa lokujiya kwamazolo.
Induduzo eyengeziwe:
Ukusebenza okuphezulu kokushisa okushisayo kwengilazi ye-vacuum kulula ukugcina izinga lokushisa elihlala njalo nomswakama ekamelweni.Umehluko phakathi kwezinga lokushisa langaphakathi lengilazi kanye nezinga lokushisa legumbi lingaphansi kuka-3 ~ 5 ℃, eliqeda isimo esibucayi semisebe yokushisa nokushisa, kunciphisa izinga lokushisa phambi kwefasitela, futhi lithuthukise kakhulu ukunethezeka kwangaphakathi. imvelo.
Njengomkhiqizo omusha womnyango, iwindi kanye nengilazi yodonga lwamakhethini,vacuum glassingadlula futhi ibuyisele ingilazi evamile yokuvikela cishe kuzo zonke izici.Ngaphansi kwesizinda sokuthi izwe linezidingo eziqinile zokwakha ukongiwa kwamandla futhi abantu baya ngokuya bephishekela ukunethezeka kwendawo yokuhlala, ukusebenza okuhle kakhulu kwengilazi ye-vacuum kuzonakwa futhi kwamukelwe abantu abaningi, futhi kuzoba umnyango ojwayelekile futhi iwindi ingilazi ukukhetha esikhathini esizayo.
I-Zerothermo Technology Co., Ltdgxila kubuchwepheshe be-vacuum iminyaka engaphezu kwengu-20, imikhiqizo yethu eyinhloko:amaphaneli okufakwa kwe-vacuum asuselwa ku-fumed silica core materialngomuthi wokugoma, ezokwelashwa, ochungechungeni olubandayo, isiqandisi, isivaleli esihlanganisiwe nesihlobisa, ingilazi eyisivacuum, iminyango namafasitela afakwe vacuum..Uma ufuna ukufunda ulwazi olwengeziwe mayelana nengilazi ye-vacuum ye-Zerothermo, sicela ukhululeke ukusithinta.
Umphathi wezentengiso: Mike Xu
Ucingo: +86 13378245612/13880795380
E-mail:mike@zerothermo.com
Iwebhusayithi:https://www.zerothermovip.com
Isikhathi sokuthumela: Jul-27-2022
