I-PV inverter i-R3 Max series, i-inverter yesigaba esithathu ehambelana nomthamo omkhulu we-PV panels, isetyenziswa ngokubanzi kwiinkqubo ze-PV ezisasazwayo kunye nezityalo zamandla ze-PV ezinkulu. ixhotyiswe ngokhuseleko lwe-IP66 kunye nolawulo lwamandla olusebenzayo. Ixhasa ukusebenza kakuhle okuphezulu, ukuthembeka okuphezulu, kunye nofakelo olulula.

20A

Max. PV

igalelo langoku
AFCI

Ukhetho lwe-AFCI & Smart

Umsebenzi wokubuyisela i-PID
IP66

Uyilo lwangaphandle

Iimpawu zeMveliso

Umsebenzi wolawulo lokuthumela ngaphandle uhlanganisiwe
I-150% yePV igalelo eligqithisiweyo kunye ne-110% yokulayishwa kwe-AC
Uhlobo II SPD kuzo zombini DC kunye AC
Ukujongwa komtya kunye nexesha elifutshane le-O&M

Uluhlu lweParameter

Umzekelo	I-R3-100K	I-R3-110K	I-R3-125K
Max. I-PV Input Voltage[V]	1100
Max. Igalelo lePV langoku ngeMPPT [A]	32
Inombolo yeMPPT Trackers/No.of Input strings per Tracker	9/2
Max. I-AC Output Apparent Power [VA]	11000	121000	125000
Max.Ubuchule	98.7%

Iimveliso ezinxulumeneyo

Isiguquli seGridi

15kW / 20kW / 25kW | Isigaba esiThathu, iiMPPT ezi-2

Jonga Ngakumbi

Isiguquli seGridi

3.68kW / 5kW / 6kW | Isigaba esinye, iiMPPT ezi-2

Jonga Ngakumbi

Isiguquli seGridi

8kW / 10kW | Isigaba esinye, i-MPPTS ye-2

Jonga Ngakumbi

Kwi-Gird Inverter

1.6kW / 2.7kW / 3.3kW | Inqanaba elinye, i-MPPT eyi-1

Jonga Ngakumbi

Isiguquli seGridi

6kW / 8kW / 10kW / 12kW | Isigaba esiThathu, i-MPPTS ezi-2

Jonga Ngakumbi

Isiguquli seGridi

30kW / 50kW | Isigaba esiThathu, 3/4 MPPTs

Jonga Ngakumbi

Isiguquli seGridi

100kW-125kW | Isigaba esiThathu, iiMPPT ezili-9

Khuphela Okunye

Ividiyo yeMveliso

Intshayelelo yemveliso

Ukufakwa kwemveliso

FAQs ezinxulumeneyo

1.Kutheni i-"SPI Fault" iboniswa kwi-inverter screen?

Unobangela wesehlo:

Isizathu salo siphoso yingxaki yonxibelelwano phakathi kwee-CPU eziphambili kunye neesekondari zebhodi yokulawula inverter.

Isisombululo:

(1)Rqalisa i-inverter (kufuneka ukhuphe i-PV, igridi ye-AC, kunye neebhetri kwaye emva koko uyivule kwakhona).

(2) Ukuba ingxaki iyaqhubeka emva kokuqalisa kwakhona i-inverter, khangela ukuba i-software version yebhodi yokulawula inverter ichanekile. Ukuba akunjalo, zama ukutshisa kwisoftware kwakhona.

(3) Ukuba ingxaki iyaqhubeka emva kokutshisa isofthiwe, buyisela ibhodi yokulawula.
2.I-inverter ibonisa impazamo yegridi kwaye ibonise umyalezo wempazamo njengempazamo yamandla ombane "iGrid Volt Fault" okanye impazamo yamatyeli "Grid Freq Fault" "Grid Fault"?

Unobangela wesehlo:

Umbane kunye nokuphindaphinda kwegridi yamandla e-AC angaphandle koluhlu oluqhelekileyo.

Isisombululo:

Ukulinganisa i-voltage kunye nokuphindaphinda kwegridi yamandla e-AC kunye nesixhobo esifanelekileyo se-multimeter, ukuba ayiqhelekanga ngokwenene, linda ukuba igridi yamandla ibuyele kwisiqhelo. Ukuba i-voltage yegridi kunye ne-frequency iyinto eqhelekileyo, oko kuthetha ukuba i-circuit ye-inverter yokufumanisa iphosakele. Xa ujonga, qala uqhawule igalelo le-DC kunye nemveliso ye-AC ye-inverter, kwaye uvumele i-inverter ibe namandla ngaphezu kwe-30min ukuze ubone ukuba isekethe inokubuyisela ngokwayo, ukuba inokubuyisela ngokwayo, ungaqhubeka ukuyisebenzisa, ukuba ayikwazi ukufunyanwa, ungaqhagamshelana.Renacukutshintshwa okanye ukutshintshwa. Ezinye iisekethe ze-inverter, ezifana ne-inverter main board circuit, isekethe yokufumanisa, isekethe yonxibelelwano, i-inverter circuit, kunye nezinye iimpazamo ezithambileyo, zingasetyenziselwa ukuzama le ndlela ingasentla ukubona ukuba ziyakwazi ukuzibuyisela ngokwazo, kwaye emva koko zigqithise okanye zitshintshe ukuba azikwazi ukubuyisela ngokwabo.
3.I-voltage ephumayo egqithisileyo kwicala le-AC, ebangela ukuba i-inverter ivale okanye ikhuphe ngokhuseleko?

Unobangela wesehlo:

Ngokukodwa ngenxa yokuba i-impedance yegridi inkulu kakhulu, xa icala lomsebenzisi we-PV lokusetyenziswa kwamandla lincinci kakhulu, ukuhanjiswa kwe-impedance kuphezulu kakhulu, okukhokelela ekubeni icala le-AC inverter ye-voltage ephumayo iphezulu kakhulu!

Isisombululo:

1 Okukhona ikhebula lijiyile, kokukhona i-impedance isezantsi.

(2) I-inverter isondele ngokusemandleni kwindawo edibeneyo yegridi, imfutshane ikhebula, i-impedance ephantsi. Ngokomzekelo, thatha i-inverter ye-5kw edibeneyo yegridi njengomzekelo, ubude bekhebula lokuphuma kwe-AC ngaphakathi kwe-50m, ungakhetha indawo ye-cross-sectional ye-2.5mm2 intambo: ubude be-50 - 100m, kufuneka ukhethe indawo ye-cross-sectional ye-4mm2 cable: ubude obukhulu kune-100m, kufuneka ukhethe indawo ye-cross-section2.