1. Kungani isimo sezulu siba sibanda, umphumela wokushisa uba mubi kakhulu?
Impendulo: Isizathu esiyinhloko ukuthi uma isimo sezulu sibanda futhi izinga lokushisa langaphandle liphansi, kuba nzima kakhulu ukuthi umshini womoya umunce ukushisa komoya okuvela endaweni yomoya wangaphandle, okuholela ekushiseni okubi kakhulu.
2. Kungani kunconywa ukusebenzisa eminye imishini yokushisa uma ingaphansi kwama-degrees angu-5?
Impendulo: Uma i-air conditioner ifudumala ebusika, i-air conditioner imunca ukushisa komoya wangaphandle nge-heat exchanger yeyunithi yangaphandle (okungukuthi, i-condenser), bese idlulisela ukushisa ekamelweni nge-heat exchanger yeyunithi yangaphakathi (okungukuthi, i-evaporator). Ngesikhathi esifanayo, lapho kufudumala, i-heat exchanger yeyunithi yangaphandle isetshenziswa njenge-evaporator. Uma izinga lokushisa langaphandle liphansi kune--5 degrees, umehluko wokushisa phakathi kwe-condenser nomoya wangaphandle uzoba cishe ku-zero. Ngakho-ke, akukho mphumela wokushintshana kokushisa, ngakho-ke umphumela wokushisa jikelele we-air conditioner awulungile, noma awukwazi ngisho nokushisa. Ngakho-ke, kubalulekile ukuqala umsebenzi wokushisa kagesi osizayo we-air conditioner, noma ukusebenzisa eminye imishini yokushisa.
3. Kungani umshini wokupholisa umoya udinga ukuncibilika?
Impendulo: Uma kushiswa ebusika, njengoba izinga lokushisa lokuhwamuka kwe-external heat exchanger (okungukuthi, i-condenser) liphansi kuno-zero, umoya wangaphandle ogeleza nge-condenser uzoqina emaphinini bese wakha iqhwa, okuzothinta ukusebenza kwe-condenser. Indawo yokushintshanisa ukushisa kanye nezinga lokugeleza komoya kuthinta umphumela wokushisa we-air conditioner. Ngakho-ke, ukuze kuqinisekiswe umphumela wokushisa we-air conditioner, kubalulekile ukwenza umsebenzi wokuncibilikisa.
4. Ungahlulela kanjani ukuthi ukushisa kwe-air conditioner kuyinto evamile?
Impendulo: Indinganiso yokuhlolwa kokupholisa nokushisa kwe-air conditioner: Emaminithini angu-15-20 ngemva kokuqala, kala izinga lokushisa ngekhanda lokuhlola le-thermometer ebangeni elingama-10-20mm ukusuka endaweni yokungena nomoya yangaphakathi nendawo yokukhipha umoya. Umehluko wokushisa phakathi kwendawo yokungena nomoya nendawo yokukhipha umoya engezansi (i-heat pump air conditioner) akufanele ube ngaphansi kuka-15°C, futhi umehluko wokushisa phakathi kwendawo yokungena nomoya nendawo yokukhipha umoya ye-electric assistant heating air conditioner akufanele ube ngaphansi kuka-23°C;
5. Kungani izinga lokushisa lendawo yokukhipha umoya lingenakukwazi ukukhombisa ukuthi kunenkinga yini ngomshini?
Impendulo: Izinga lokushisa lendawo yokukhipha umoya ye-air conditioner alikwazi ukusetshenziselwa ukwahlulela nokulinganisa ukuthi i-air conditioner ijwayelekile yini. Izinga lokwahlulela nokulinganisa ukujwayelekile kwe-air conditioner lisekelwe kakhulu ekwehlukeni kwezinga lokushisa phakathi kwendawo yokungenisa umoya kanye nendawo yokukhipha umoya yeyunithi yangaphakathi lapho i-air conditioner ifudumala. Uma nje umehluko wokushisa phakathi kwendawo yokungenisa umoya kanye nendawo yokukhipha umoya ufinyelela izinga elijwayelekile, singahlulela ukuthi akukho nkinga nge-air conditioner.
Izinga lokushisa lendawo yokukhipha umoya linqunywa ezinye izici eziningi. Esinye ukufana phakathi komshini nendawo ezungezile, esinye izinga lokushisa lomoya egumbini ngokwalo, kanye nezinye ithonya langaphandle. Amandla e-air conditioner ngokwalo aqinisekile, futhi nomthamo womoya nawo uqinisekile. Ukujwayelekile komshini kwahlulelwa kakhulu ngekhono lawo lokuphakamisa izinga lokushisa lomoya odlulayo, okungukuthi, umehluko wokushisa phakathi kwendawo yokungenisa kanye nendawo yokukhipha! Uma izinga lokushisa lendawo yokungenisa umoya ngokwalo liphezulu, izinga lokushisa lendawo yokukhipha umoya lizoba phezulu; ngaphandle kwalokho, izinga lokushisa lendawo yokukhipha umoya lizoba phansi ngokufanayo. Kuyiqiniso ukuthi ukuphakama kwamanzi kuphakamisa zonke izikebhe. Ngakho-ke, izinga lokushisa lendawo yokukhipha umoya alikwazi ukusetshenziswa ukuhlola nokwahlulela ukuthi umshini uyafudumeza futhi upholisa ngokujwayelekile.
Isikhathi sokuthunyelwe: Disemba-20-2022
