N1F-A3US yog sib xws nrog lifepo4 roj teeb los ntawm RS485 thiab tuaj yeem khiav mus txog 12 ib-theem / peb-theem / sib cais-theem ua haujlwm nyob rau hauv parallel, optimizing roj teeb kev ua tau zoo thiab txuas lub neej voj voog, txhim kho lub peev xwm thiab scalability,
Lub tshuab off-grid yog lub zog tsim hluav taws xob ywj pheej uas siv cov hnub ci vaj huam sib luag los hloov lub hnub ci zog rau hauv qhov tam sim no thiab tom qab ntawd hloov cov tam sim no ncaj qha mus rau hauv kev hloov tam sim no los ntawm inverter. Nws tsis tas yuav tsum tau txuas nrog lub hauv paus loj thiab tuaj yeem ua haujlwm ntawm nws tus kheej.
N1F-A3US Split Phase off Grid Inverter yog tsim tshwj xeeb rau kev sib xyaw ua ke nrog 110V fais fab kev sib txuas, thiab yog tsim los rau kev teeb tsa sab nraum zoov, ua kom muaj kev ruaj ntseg thiab siv tau ntev. Cia siab rau nws txoj kev ntseeg siab, txawm tias nyob rau hauv ib puag ncig hnyav.
Peb tsom mus rau kev ntim khoom zoo, siv cov thawv tawv tawv thiab ua npuas ncauj los tiv thaiv cov khoom hauv kev thauj mus los, nrog cov lus qhia meej txog kev siv.
Peb koom tes nrog cov neeg muab kev pabcuam logistics ntseeg siab, ua kom cov khoom muaj kev tiv thaiv zoo.
Qauv | N1F-A3US |
Muaj peev xwm | 3 KW / 3 KW |
Parallel Muaj peev xwm | YOG, 12 units |
Split Phase ua haujlwm | Yog, (1 teeb: L1 N -110V; Parallel 2 teeb: L1 L2 N -110V / 220V) |
NPAJ | |
Nominal voltage | 110/120VAC |
Txais Voltage Range | 95- 140VAC (Rau tus kheej lub computer); 65- 140VAC (Rau Cov Khoom Siv Hauv Tsev) |
Ntau zaus | 50/60 Hz (Auto sensing) |
OUTPUT | |
Nominal voltage | 110/120VAC ± 5% |
Surge zog | 6000 VA |
Ntau zaus | 50/60Hz |
Waveform | Pure Sine Wave |
Hloov Sijhawm | 10ms (Rau tus kheej lub computer); 20ms (Rau Cov Khoom Siv Hauv Tsev) |
Peak Efficiency (PV rau INV) | 97% |
Peak Efficiency (Battery rau INV) | 93% |
Kev tiv thaiv overload | 5s @> = 150% load; 10s @ 110% ~ 150% load |
Crest Factor | 3:1 ua |
Admissible Power Factor | 0.6 ~ 1 (inductive lossis capacitive) |
Lub roj teeb nkag | |
Roj teeb Voltage | 48 VDC |
Floating Charge Voltage | 48-62 V |
Kev tiv thaiv overCharge | 48-64 V |
Txoj kev them nqi | CC/CV |
SOLAR CHARGER & AC CHARGER | |
Max.PV Array Powe | 5000 W |
Hnub Ci Charger Hom | MPPT |
Max.PV Array Qhib Circuit Court Voltage | 500 VDC |
PV Array MPPT Voltage Ntau | 120VDC ~ 450VDC |
Max.Solar Input Tam sim no | 18 A |
Max.Solar Charge Current | 80 A |
Max.AC Charge Current | 60 A |
Max.Chaw Tam Sim No | 80 A |
PHEM | |
Dimensions, DxWxH | 448 x 315 x 122 mm |
Pob Dimensions, Dx Wx H | 540 x 390 x 217 mm |
Net nyhav | 10 KG |
Kev sib txuas lus Interface | RS485 / RS232 / Qhuav-hu rau |
Ib puag ncig | |
Kev khiav hauj lwm qhov kub thiab txias | -10 ℃ to 50 ℃ |
Cia Kub | -15 ℃ ~ 50 ℃ |
Cov av noo | 5% mus rau 95% txheeb ze humidity (Non-condensing) |
1 | LCD zaub |
2 | Qhov taw qhia xwm txheej |
3 | Charging qhia |
4 | Qhov taw qhia yuam kev |
5 | Cov nyees khawm |
6 | Fais fab on/off switch |
7 | AC input |
8 | AC tso zis |
9 | PV input |
10 | . Roj teeb lub tswv yim |
11 | Circuit Court breaker |
12 | RS232 kev sib txuas lus chaw nres nkoj |
13 | Parallel kev sib txuas lus chaw nres nkoj (tsuas yog rau cov qauv sib txuas) |
14 | Qhuav hu (yeem) |
15 | RS485 kev sib txuas lus chaw nres nkoj |
16 | Hauv av |