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 mklamo womkhiqizo wochungechunge lwe-TFAC usetshenziswa ekuqaleni enyakatho yeChina, ebusika obubandayo, ihlobo alizona izindawo ezishisayo ikakhulukazi, uhlelo lokungenisa umoya lungasebenza cishe -30 ℃, futhi lungashisa umoya omusha ekamelweni, izinga lokushisa eliphumayo lingafinyelela ku-25 ℃.Lapho kupholisa ihlobo, izinga lokushisa le-outlet lingafinyelela ku-18-22 ℃.

Idizayini yokusebenza yalo mkhiqizo ifana kakhulu nezinye izindlu zase-Europe kanye nezindlu zamandla aphansi kakhulu, futhi amakhasimende ethu asibikele ukuthi lo mkhiqizo muhle ngempela, ezindlini zawo, usebenza kahle kakhulu, futhi inzuzo yentengo iyonke isobala.

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)	Ilinganiswe 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, uhlelo lokupholisa/lokushisa lomthombo wokushisa womoya ophansi we-ultra-low luyamukelwa, umoya ohlanzekile upholiswa kusengaphambili ehlobo futhi ushise kuqala ebusika, ulekelelwa 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 ukuhlangabezana 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.