Ipharamitha
Umzekelo: YWD | YWD8 | YWD10 | YWD12 | YWD15 | |
Rated Power | 8KW | 10KW | 12KW | 15KW | |
Amandla Aphezulu (20ms) | 24KVA | 30KVA | 36KVA | 45KVA | |
Qalisa iMoto | 5HP | 7HP | 7HP | 10HP | |
Umbane webhetri | 48/96/192VDC | 48/96V/192VDC | 96/192VDC | 192VDC | |
Ubukhulu be-AC bokutshaja okwangoku | 0A ~ 40A(Kuxhomekeke kumzekelo, i | 0A~20A | |||
Eyakhelwe ngaphakathi isilawuli selanga esitshaja okwangoku (ukhetho) | MPPT(48V:100A/200A;96V50A/100A;192V/384V50A) | MPPT50A/100A | |||
Ubungakanani(L*W*Hmm) | 540x350x695 | 593x370x820 | |||
Ubungakanani bokuPakisha(L*W*Hmm) | 600*410*810 | 656*420*937 | |||
NW(kg) | 66 | 70 | 77 | 110 | |
GW(kg)(Ukupakishwa kweKhathoni) | 77 | 81 | 88 | 124 | |
Indlela yokuFakela | Inqaba | ||||
Umzekelo: WD | YWD20 | YWD25 | YWD30 | YWD40 | |
Rated Power | 20KW | 25KW | 30KW | 40KW | |
Amandla Aphezulu (20ms) | 60KVA | 75KVA | 90KVA | 120KVA | |
Qalisa iMoto | 12HP | 15HP | 15HP | 20HP | |
Umbane webhetri | 192VDC | 240VDC | 240VDC | 384VDC | |
Ubukhulu be-AC bokutshaja okwangoku | 0A~20A(Kuxhomekeke kwimodeli, Awona mandla aphezulu wokutshaja yi-1/4 yamandla alinganisiweyo) | ||||
Eyakhelwe ngaphakathi isilawuli selanga esitshaja okwangoku (ukhetho) | MPPT 50A/100A | ||||
Ubungakanani(L*W*Hmm) | 593x370x820 | 721x400x1002 | |||
Ubungakanani bokuPakisha(L*W*Hmm) | 656*420*937 | 775x465x1120 | |||
NW(kg | 116 | 123 | 167 | 192 | |
GW (kg)(Ukupakishwa kwamaplanga) | 130 | 137 | 190 | 215 | |
Indlela yokuFakela | Inqaba | ||||
Igalelo | Uluhlu lweVoltage loNgeno lweDC | 10.5-15VDC(Ibhetri enye yombane) | |||
Uluhlu lweVoltage ye-AC | 92VAC~128VAC(110VAC)/102VAC~138VAC(120VAC)/185VAC~255VAC(220VAC)/195VAC~265VAC(230VAC)/205VAC~275VAC(240VAC0)KW(240VAC) | ||||
Uluhlu lwe-AC lokuphindaphinda | 45Hz~55Hz(50Hz)/55Hz~65Hz(60Hz) | ||||
Indlela yokutshaja ye-AC | Inqanaba lesithathu (ikhoyo ngoku rhoqo, amandla ombane angatshintshiyo, intlawulo edadayo) | ||||
Isiphumo | Ukusebenza kakuhle(Imo yebhetri) | ≥85% | |||
IVoltage ephumayo(Imo yebhetri) | 110VAC±2%/120VAC±2%/220VAC±2%/230VAC±2%/240VAC±2% | ||||
Ubuninzi bezinto eziphumayo(Imo yebhetri) | 50Hz±0.5 okanye 60Hz±0.5 | ||||
I-Wave ephumayo (Imo yebhetri) | I-Sine Wave ecocekileyo | ||||
Ukusebenza kakuhle(Imo ye-AC) | ≥99% | ||||
IVoltage ephumayo(Imowudi ye-AC) | Landela iNgeniso (Eyemifuziselo engaphezulu kwe-7KW) | ||||
Ubuninzi bezinto eziphumayo(Imo ye AC) | Landela igalelo | ||||
Isiphumo sokugqwetheka kohlobo lwamaza (Imo yebhetri) | <3%(Umthwalo womgca | ||||
Akukho kulahleka komthwalo (Imo yebhetri) | ≤1% amandla alinganisiwe | ||||
Akukho mthwalo ulahlekileyo (Imo ye-AC | ≤2% amandla alinganisiweyo (itshaja ayisebenzi kwimowudi ye-AC)) | ||||
Akukho lahleko yomthwalo (Imo Yokugcina Amandla) | ≤10W | ||||
Ukhuseleko | I-alam yebhetri engaphantsi kombane | Ukungagqibeki kwasefektri: 11V(Ivolthi yebhetri enye) | |||
Ukukhusela ibhetri undervoltage | Ukungagqibeki kwasefektri: 10.5V(Ivolthi yebhetri enye) | ||||
I-alam yokugqithiswa kwebhetri | Ukungagqibeki kwefektri: 15V (Ivolthi yebhetri enye) | ||||
Ukukhusela ibhetri overvoltage | Ukungagqibeki kwefektri: 17V (Ivolthi yebhetri enye) | ||||
Umbane wokubuyisela ibhetri ngaphezulu kwe-voltage | Ukungagqibeki kwefektri: 14.5V(Ivolthi yebhetri enye) | ||||
Ukhuseleko lwamandla ogqithisiweyo | Ukhuseleko oluzenzekelayo (imowudi yebhetri), i-circuit breaker okanye i-inshurensi (imo ye-AC) | ||||
Inverter output ukhuseleko lwesekethe emfutshane | Ukhuseleko oluzenzekelayo (imowudi yebhetri), i-circuit breaker okanye i-inshurensi (imo ye-AC) | ||||
Ukhuseleko lobushushu | >90℃(Vala imveliso) | ||||
Ialarm | A | Imeko yokusebenza eqhelekileyo, i-buzzer ayinaso isandi se-alam | |||
B | I-Buzzer ikhala amaxesha ama-4 ngesekhondi xa ibhetri ingaphumeleli, ukungaqhelekanga kombane, ukukhuselwa komthwalo ogqithisileyo | ||||
C | Xa umatshini uvulwa okokuqala, i-buzzer iya kubangela i-5 xa umatshini uqhelekileyo | ||||
Ngaphakathi kwisilawuli seSolar (Ngokhetho) | Imo yokuTshaja | MPPT | |||
I-PV Input Range yeVoltage | MPPT:60V-120V(48V inkqubo);120V-240V(196V inkqubo);240V-360V(192V inkqubo);300V-400V(240Vsystem);480V(384Vsystem) | ||||
Ilahleko yokulinda | ≤3W | ||||
Ukusebenza koguqulo oluphezulu | >95% | ||||
Imo yokusebenza | Ibhetri yokuqala/AC Okokuqala/Yokugcina iMowudi yaMandla | ||||
Ixesha lokuGqithisela | ≤4ms | ||||
Bonisa | LCD | ||||
Unxibelelwano(Ngokuzithandela) | I-RS485/APP (i-WIFI esweni okanye esweni nge-GPRS) | ||||
Okusingqongileyo | Ubushushu bokusebenza | -10℃~40℃ | |||
Ubushushu bokugcina | -15℃~60℃ | ||||
Ukuphakama | 2000m(Ngaphezu kokunciphisa) | ||||
Ukufuma | 0% ~ 95%, Akukho ukujiya |
Iimbonakalo
1. Ii-inverters ezicocekileyo ze-sine wave ziqinisekisa amandla acocekileyo kwaye azinzile kwizixhobo ze-elektroniki ezinobuthathaka, ezikhusela kumonakalo onokuthi ube khona.
2. I-inverter inokubekwa esweni ngokulula kwaye ilawulwe kude nge-port ye-RS485 yonxibelelwano okanye i-optional application mobile, inikezela ngolwazi lwexesha langempela kunye nokukwazi ukulawula.
3. Umsebenzi we-Adaptive frequency function uvumela i-inverter ukuba ilungelelanise i-frequency ngokuhambelana nendawo yegridi, iqinisekisa ukuhambelana neegridi ezahlukeneyo kunye nokuphucula ukusebenza kwenkqubo jikelele.
4. Uluhlu lwangoku lokutshaja kwe-AC oluhlengahlengiswayo lwe-0-20A luvumela abasebenzisi ukuba balungelelanise ngokuguquguqukayo umthamo webhetri ngokweemfuno ezithile, ngaloo ndlela befumana eyona mpumelelo yokutshaja kunye nobomi bebhetri obude.
5. Iindlela ezintathu zokusebenza ezihlengahlengiswayo, i-AC priority, i-DC ehamba phambili, kunye nemodi yokugcina amandla, ivumela abasebenzisi ukuba babeke phambili ngokufanelekileyo imithombo yamandla eyahlukeneyo kunye nokwandisa ukusetyenziswa kwamandla ngokweemeko ezahlukeneyo okanye ukhetho.
6. I-inverter inokuxhasa i-diesel okanye i-petroli generators ukuqinisekisa ukunikezelwa kwamandla angaphazamiseki kuyo nayiphi na indawo yamandla enzima, efanelekileyo kwizicelo ezahlukeneyo ezifana ne-off-grid okanye i-backup power systems.
7. I-inverter ixhotywe nge-high-effective toroidal transformer eyanciphisa ukulahlekelwa kwamandla, ngaloo ndlela iphucula ukusebenza kakuhle kunye nokunciphisa ukusetyenziswa kwamandla.