I-erv yokungenisa umoya yokubuyisela kabusha ngokushisa kwephampu yokushisa kanye nokupholisa kuqala Isithombe Esifakiwe

I-erv yokuvuselela umoya wokubuyisela ukushisa ngokushisa kwephampu yokushisa kanye nokupholisa kuqala

Incazelo emfushane:

Lapho kunezakhiwo zezindlu eziyandayo eYurophu.

Indlela yokuqinisekisa ukunethezeka kwendlu ngokusetshenziswa okuphansi, ngicabanga ukuthi, i-ERV enokupholisa nokushisisa ingakunikeza impendulo.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Isingeniso Somkhiqizo

Ezakhiweni ezihlala amandla aphansi aphansi, ngenxa yokusebenza okuphezulu kwe-insulation kanye nokusebenza kokuvala okuphezulu kwendlu, uma uhlelo lokungenisa umoya wokubuyisela Amandla lufakwe nesimo somoya esivamile, kulula ukubangela ukuchithwa kwamandla.I-IGUICOO lo mkhiqizo wochungechunge lwe-TFAC usetshenziswa ekuqaleni enyakatho yeChina, ebusika obubandayo, ihlobo alizona izindawo ezishisayo kakhulu, uhlelo lokungena komoya lungasebenza cishe -30 ℃, futhi lungashisa umoya omusha ekamelweni, izinga lokushisa lokukhipha umoya finyelela ku-25 ℃.Lapho kupholisa kuqala ehlobo, izinga lokushisa le-outlet lingafinyelela ku-18-22℃.

Idizayini yokusebenza yalo mkhiqizo ifana kakhulu nezinye izindlu eYurophu kanye nezindlu zamandla aphansi kakhulu, futhi amakhasimende ethu asibikele ukuthi lo mkhiqizo muhle ngempela, ezindlini zawo, usebenza kahle kakhulu, futhi inzuzo yonke yentengo yile sobala.

Izici Zomkhiqizo

Ukugeleza komoya: 200~500m³/h
Imodeli: Uchungechunge lwe-TFAC A1
1, Umoya omusha + Ukubuyiselwa kwamandla + Ukushisa nokupholisa
2, Ukugeleza komoya: 200-500 m³/h
3, I-Enthalpy exchange core
4, Isihlungi: Isihlungi esiyinhloko se-G4 + isihlungi se-H12 + imojula ye-IFD egezekayo (uyazikhethela, isetshenziselwa ukuqoqa izinhlayiya futhi ibulale amagciwane kuzo, okungabambezela ukuphila kwesihlungi se-H12)
5, Ukugcinwa kohlobo lwe-Buckle ngezansi kulula esikhundleni sezihlungi
6, Yenza ngokwezifiso njengoba ufuna (Ofana ne-logo)

Izimo zohlelo lokusebenza

Indawo yokuhlala yangasese

Izakhiwo zokuhlala ezingenamandla aphansi kakhulu

I-Container House

Indawo yokuhlala ephezulu

Ipharamitha Yomkhiqizo

Imodeli	Ikalelwe Ukugeleza Komoya (m³/h)	Ikalwe nge-ESP (Pa)	Temp.Eff. (%)	Umsindo (dB(A))	Ukusebenza kahle kokuhlanza	I-Volt.(V/Hz)	Okokufaka kwamandla (W)	Ikhalori yokushisisa/ukupholisa (W)	NW(Kg)	Usayizi(mm)	Ifomu lokulawula	Xhuma Usayizi
I-TFAC-020 (A1-1D2)	200	100(200)	75-80	34	99%	210-240/50	100+ (550 ~ 1750)	800-3000	95	1140800270	Ukulawula okuhlakaniphile/APP	φ160
I-TFAC-025 (A1-1D2)	250	100(200)	73-81	36		210-240/50	140+ (550~1750)	800-3000	95	1140800270		φ160
I-TFAC-030 (A1-1D2)	300	100(200)	74-82	39		210-240/50	160+ (550~1750)	800-3000	110	1200800290		φ160
I-TFAC-035 (A1-1D2)	350	100(200)	74-82	40		210-240/50	180+ (550~1750)	800-3000	110	1200800290		φ160
I-TFAC-040 (A1-1D2)	400	100(200)	72-80	42		210-240/50	220+ (550 ~ 1750)	800-3000	110	1200800290		φ200
I-TFAC-050 (A1-1D2)	500	100	72-80	45		210-240/50	280+ (550~1750)	800-3000	110	1200800290		φ200

Uchungechunge lwe-TFAC ijika lomfutho womoya wevolumu-static

250CBM-ingcindezi yomoya-isithombe-nge-IFD

Izakhiwo

Imodeli	A	B	C	D1	D2	E	F	G	H	I	J	φd
I-TFAC-020(A1series)	800	1140	855	710	300	585	1285	110	270	490	630	φ158
I-TFAC-025(A1series)	800	1140	855	710	300	585	1285	110	270	490	630	φ158
I-TFAC-030(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ158
I-TFAC-035(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ158
I-TFAC-040(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ194
I-TFAC-050(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ194

Incazelo Yomkhiqizo

Ukushisa nokupholisa.
Ezindaweni ezinehlobo elishisayo nobusika obubanda kakhulu, isikimu sokupholisa/sokushisa somthombo wokushisa we-ultra-low siyamukelwa, umoya ohlanzekile upholiswa ehlobo futhi ushisiswe ngaphambilini ebusika, kulekelelwa ubuchwepheshe bokushintshanisa ukushisa okugcwele ukuze kuthuthukiswe. ukunethezeka komoya ohlanzekile wasendlini.

↑↑↑ Umgomo wokusebenza we-jet enthalpy scroll compressor.
Izinga lokushisa eliphansi kakhulu eliphansi kakhulu, ukulawulwa kwezinga lokushisa okunembile okungu-0.1 degree, ukuqala kwamandla kagesi aphansi kakhulu.
Amanothi: Imodeli kanye nokucushwa kwepharamitha yobuchwepheshe bemishini kungashintshwa ngokuya ngezidingo zamakhasimende.

Izinzuzo Zomkhiqizo

I-Higher Energy Efficiency and Ecology by Powerful Motors

Ubuchwepheshe bokungenisa umoya wokuvuselela amandla/ukushisa

I-membrane eguquliwe engakwazi ukugeza i-enthalpy exchange core futhi ibe nempilo ende yeminyaka engu-3-10

I-APP+Isilawuli Esihlakaniphile:Ukulawula okuhlakaniphile

Kungani Khetha Thina

Uhlelo lokusebenza luyatholakala kumafoni we-IOS kanye ne-Android ngemisebenzi elandelayo:
1).Ulimi olukhethwayo Ulimi oluhlukile isiNgisi/ isiFulentshi/ isiNtaliyane/ iSpanishi nokunye ukuze uhlangabezane nemfuneko yakho.
2).Ukulawula iqembu I-APP eyodwa ingalawula amayunithi amaningi.
3).Ukulawula okuphakathi kwe-PC ongakukhetha(kufika ku-128pcs ERV elawulwa yiyunithi eyodwa yokutholwa kwedatha) abaqoqi bedatha abaningi baxhumeke ngokufana.

Imodeli ye-IFD

Siyini isihlungi se-IFD (Intense Field Dielectric)

Isihlungi esiyisisekelo(esiwashekayo) +Iqoqo lothuli le-Micro-voltage electrostatic +Ukuhlanzwa kwe-IFD nokuvalwa inzalo +Isihlungi se-Hepa

① Isihlungi esiyinhloko
Impova, i-fluff, izinambuzane ezindizayo, izinhlayiya ezinkulu ezimisiwe ziyahlungwa.

② Imali yezinhlayiyana
I-IFD field module electric ionizes umoya esiteshini ku-plasma ngokusebenzisa indlela yokukhishwa okukhanyayo, futhi ishaja izinhlayiya ezinhle ezidlulayo.I-Plasma inamandla okubhubhisa izicubu zamangqamuzana egciwane.

③ Qoqa futhi uvale
Imojula ye-IFD yokuhlanza iyinhlanganisela ye-microchannel eyikhekheba lezinyosi enensimu kagesi enamandla, ekhanga kakhulu izinhlayiya ezikhokhisiwe, okuhlanganisa amagciwane kanye negciwane.Ngaphansi kwesenzo esiqhubekayo, izinhlayiya ziyaqoqwa, amabhaktheriya nama-virus ekugcineni angasebenzi.