Inkqubo yokubuyisela umoya enokuphola nokufudumeza i-ERV Umfanekiso ovezwe kwi-Energy Recovery Ventilator

Inkqubo yokubuyisela umoya eMandla enokupholisa kunye nokufudumeza i-ERV

Inkcazo emfutshane:

Le ERV enokufudumeza kwangaphambili kunye nokuphola kwangaphambili ifanelekile kwiindawo ezinehlobo elishushu kunye nobusika obubandayo kakhulu:

Ndamkela inkqubo yokupholisa/yokufudumeza umoya osebenzisa ubushushu obuphantsi kakhulu.
Itekhnoloji yokutshintshiselana kobushushu eyongeziweyo yi-enthalpy ukuphucula intuthuzelo yomoya omtsha wangaphakathi.

Fumana IXABISO

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zeMveliso

Ukuhamba komoya: 200~500m³/h
Imodeli: uthotho lweTFAC A1
1, Umoya omtsha + Ukubuyisela amandla + Ukufudumeza nokupholisa
2, Ukuhamba komoya: 200-500 m³/h
3, i-Enthalpy exchange core
4, Isihluzi: Isihluzi esiphambili se-G4+Isihluzi se-H12+imodyuli ye-IFD ehlambekayo (ukhetho, isetyenziselwa ukuqokelela amasuntswana nokubulala iintsholongwane kuzo, ezinokulibazisa ubomi besihluzi se-H12)
5, ukugcinwa kwe-bockle bottom type kulula ukutshintsha iifilitha
6, Yenza ngokwezifiso njengoko ufuna (ezifana nelogo)

Intshayelelo yeMveliso

Kwizakhiwo zokuhlala ezisebenzisa amandla aphantsi kakhulu, ngenxa yokusebenza okuphezulu kobushushu kunye nokusebenza okuphezulu kokuvala indlu, ukuba inkqubo yokupholisa umoya yokubuyisela amandla ifakwe nge-air conditioner eqhelekileyo, kulula ukubangela inkunkuma yamandla. IGUICOO olu yilo lwemveliso yochungechunge lweTFAC lusetyenziswa ekuqaleni kumantla eTshayina, ebusika obubandayo, ihlobo alikho kwiindawo ezishushu kakhulu, inkqubo yokupholisa umoya ingasebenza malunga ne--30℃, kwaye ingafudumeza umoya omtsha kwigumbi, ubushushu bokuphuma bunokufikelela kwi-25℃. Xa ihlobo lipholile, ubushushu bokuphuma bunokufikelela kwi-18-22℃.

Uyilo lokusebenza kwale mveliso lufana kakhulu nezinye izindlu eYurophu kunye nezindlu ezisebenzisa amandla aphantsi kakhulu, kwaye abathengi bethu basixelele ukuba le mveliso ilungile kakhulu, kwizindlu zabo, isebenza kakuhle kakhulu, kwaye ixabiso lilonke liyabonakala.

Ukufudumeza nokupholisa.
Kwiindawo ezinehlobo elishushu nebusika obubandayo kakhulu, kusetyenziswa inkqubo yokupholisa/yokufudumeza umoya ophuma kubushushu obuphantsi kakhulu, umoya omtsha upholiswa kwangaphambili ehlotyeni kwaye ufudunyezwe kwangaphambili ebusika, wongezwa yitekhnoloji yokutshintshiselana kobushushu epheleleyo ukuphucula intuthuzelo yomoya omtsha wangaphakathi.

↑↑↑ Umgaqo osebenzayo we-jet enthalpy scroll compressor.
Ubushushu obuphezulu kakhulu, ulawulo lobushushu oluchanekileyo lwe-0.1 degrees, ukuqala kwe-voltage ephantsi kakhulu.
Amanqaku: Imodeli kunye noqwalaselo lweparameter yobugcisa yezixhobo zinokulungiswa ngokweemfuno zabathengi.

Iingenelo zeMveliso

Ukusebenza kakuhle kwamandla aphezulu kunye ne-Ecology yiMoto ezinamandla

Iteknoloji yokungenisa umoya yokubuyisela amandla/ubushushu

I-membrane eguquliweyo enokuhlamba i-enthalpy exchange core kwaye inobomi obude beminyaka emi-3 ukuya kweli-10

I-APP + Isilawuli esikrelekrele: Ulawulo olukrelekrele ngakumbi

Izakhiwo

Imodeli	A	B	C	D1	D2	E	F	G	H	I	J	i-φd
I-TFAC-020 (uthotho lwe-A1)	800	1140	855	710	300	585	1285	110	270	490	630	φ158
I-TFAC-025 (uthotho lwe-A1)	800	1140	855	710	300	585	1285	110	270	490	630	φ158
I-TFAC-030 (uthotho lwe-A1)	800	1200	855	775	300	585	1350	110	290	490	695	φ158
I-TFAC-035 (uthotho lwe-A1)	800	1200	855	775	300	585	1350	110	290	490	695	φ158
I-TFAC-040 (uthotho lwe-A1)	800	1200	855	775	300	585	1350	110	290	490	695	φ194
I-TFAC-050 (uthotho lwe-A1)	800	1200	855	775	300	585	1350	110	290	490	695	φ194

Imodyuli ye-IFD

Yintoni isihluzi se-IFD (i-Intense Field Dielectric)

Isihluzi esiphambili (esihlanjwayo) +Ingqokelela yothuli olusebenzisa i-Micro-voltage +Ukucocwa kunye nokubulala iintsholongwane kwi-IFD +Isihluzi seHepa

① Isihluzi esiphambili
Ipollen, i-fluff, izinambuzane ezibhabhayo, amasuntswana amakhulu axhonyiweyo ayahluzwa.

② Intlawulo yamasuntswana
I-IFD field electric module i-ionization yomoya okwi-channel ibe yi-plasma ngendlela yokukhupha ukukhanya, kwaye itshaja amasuntswana amancinci adlulayo. I-plasma inako ukutshabalalisa izicubu zeseli yentsholongwane.

③ Qokelela kwaye uvale
Imodyuli yokucoca i-IFD sisakhiwo se-microchannel esingenanto esinombane onamandla, esinomtsalane omkhulu kumasuntswana atshajiweyo, kuquka iintsholongwane kunye neentsholongwane. Xa kusenziwa into eqhubekayo, amasuntswana ayaqokelelwa, iintsholongwane kunye neentsholongwane ekugqibeleni azisebenzi.

Ipharamitha yeMveliso

Imodeli	Ukuhamba komoya okulinganiselweyo （m³/h）	Ilinganiswe nge-ESP（Pa）	Ubushushu. Ukungapheleli. (%)	Ingxolo （dB(A))	Ukusebenza kakuhle kokuhlanjululwa	I-Volt. (V/Hz)	Igalelo lamandla (W)	Iikhalori zokufudumeza/zokupholisa (W)	NW(Kg)	Ubungakanani(mm)	Ifomu yoLawulo	Ubungakanani boQhagamshelo
I-TFAC-020 (A1-1D2)	200	100(200)	75-80	34	99%	210-240/50	100+ (550~1750)	800-3000	95	1140800270	Ulawulo olukrelekrele/i-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

Ijika loxinzelelo lomoya elingashukumiyo lweTFAC

Umfanekiso-woxinzelelo-lomoya we-250CBM kunye ne-IFD

Imizekelo yesicelo

Indawo yokuhlala yabucala

Izakhiwo zokuhlala ezisebenzisa amandla aphantsi kakhulu

Indlu yesikhongozeli

Indawo yokuhlala ephezulu

Kutheni Ukhetha Thina

Le app iyafumaneka kwiifowuni ze-IOS kunye ne-Android ezinemisebenzi elandelayo:
1). Ulwimi olukhethiweyo Ulwimi olwahlukileyo IsiNgesi/IsiFrentshi/IsiTaliyane/ISpanish njalo njalo ukuze kuhlangatyezwane neemfuno zakho.
2). Ulawulo lweqela I-APP enye inokulawula iiyunithi ezininzi.
3). Ulawulo oluqhelekileyo lwePC (ukuya kuthi ga kwi-128pcs ERV elawulwa yiyunithi enye yokufumana idatha) abaqokeleli bedatha abaninzi baqhagamshelwe ngaxeshanye.