AIO-H3-8.0 8KW 10.24KWH Saddex waji
AIO-H3-8.0 Saddex Waji oo Dhammaan-In-Hal Nidaamka Kaydinta Tamarta Amensolar
Sharaxaada Alaabta
Nidaamka kaydinta tamarta AIO-H3 waa beddelka iyo isku-dhafka batari, fududaynta habka rakibidda. Isticmaalayaashu uma baahna inay rakibaan oo ay ku xidhaan inverter-ka iyo batteriga si gooni gooni ah, waxay u baahan yihiin oo kaliya inay ku xidhaan hal-ku-jirka isha tamarta. Isla mar ahaantaana, waxa ay inta badan bixisaa interfaces hawlgalka user-saaxiibtinimo, u ogolaanaya dadka isticmaala in ay si fudud ula socdaan oo ay maamulaan nidaamka.
Tilmaamaha Hogaamineed
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01
Badbaadada
Baytariyada fosfaterada birta ee Lithium waxay qaataan qaab-dhismeedka qaabaysan oo deggan oo badbaado leh, xirmo batari iyo naqshado nidaam leh oo leh ilaalin saddex-laab ah.
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02
La qabsan karo
Waxay taageertaa xakamaynta awoodda la hagaajin karo (DI/DO) ee weji kasta oo ka mid ah dhaliye naaftada.
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03
Fudud
Naqshad qaabaysan oo leh hawl gal-iyo-ciyaareed oo loogu talagalay la socodka arjiga mobaylka.
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04
Wax ku ool ah
Waxay dejin kartaa 200% nidaamyada korantada sawir-qaadista ee aadka u weyn ee isku-xiran ee isku-xidhka iyo ka-baxsan ee hawlgalka barbar socda.
Codsiga Beddelka Isku-dhafka Qorraxda
Isku xirka nidaamka
Qalab rogayaasha isku-dhafka ah oo ay weheliyaan nidaamyada kaydinta tamarta ayaa bixiya koronto inta lagu jiro go'anaanshaha shabaqyada muhiimka ah oo siiya koronto marka shabaggu uu si caadi ah u shaqeeyo.
Shahaadooyinka
Faa'iidooyinkayaga
Naqshadaynta dhammaan-in-mid ah ayaa u oggolaanaysa hufnaanta nidaamka sare. Is dhexgalka u dhexeeya rookaha iyo batteriga ayaa wanaajinaya waxtarka gudbinta tamarta iyo beddelka waxayna yaraynaysaa luminta tamarta. Tani waxay awood u siinaysaa nidaamka inuu bixiyo koronto deggan oo leh waxtar weyn inta lagu jiro isticmaalka.
Soo Bandhigida Kiis
Xidhmada
Baakad taxaddar leh:
Waxaan diirada saareynaa tayada baakadaha, annagoo isticmaalna kartoonno adag iyo xumbo si aan u ilaalino alaabada ku dhex jirta gaadiidka, oo leh tilmaamo isticmaal oo cad.
dhoofin sugan
Waxaan la shuraakoobay bixiyeyaasha saadka ee la aaminsan yahay, anagoo hubinayna in alaabada si wanaagsan loo ilaaliyo.
| Qaabka | AIO-H3-8.0 |
| Model beddelka isku-dhafka ah | N3H-A8.0 |
| PV String Input | |
| Max. Awood-gelinta PV joogto ah | 16000 W |
| Max. Voltage DC | 1100 V |
| Voltage magac ahaan | 720 V |
| Xaddiga Korantada ee MPPT | 140-1000 V |
| Xaddiga Korantada ee MPPT (Cilmi buuxa) | 380-850 V |
| Tirada MPPT | 2 |
| Xadhkaha halkii MPPT | 1 |
| Max. Gali Hadda | 2* 15 A |
| Max. Wakhtiga gaaban ee hadda | 2*20 A |
| Wax soo saarka AC (Grid) | |
| Awoodda Soo-saarka AC magac ahaan | 8KW |
| Max. AC Awood muuqata | 8800 VA |
| Wax gelinta/soosaarka la qiimeeyay | 3/N/PE, 230/400 V |
| Xaddiga Soo noqnoqda AC Grid | 50/60 Hz ± 5Hz |
| Soo-saarka Magaca ah ee Hadda | 11.6 A |
| Max. Soo-saarka Hadda | 12.8 A |
| Qodobka Awoodda (cosCD) | 0.8 Hogaaminta-0.8 Dib u dhac |
| Gelitaanka baytari | |
| Nooca baytari | LFP (LiFeP04) |
| Voltage Battery Magaca | 51.2 V |
| Dallacaadda Range Voltage | 44-58 V |
| Max. Dallacaadda Hadda | 160 A |
| Max. Bixinta Hadda | 160 A |
| Awoodda baytari | 200/400/600/800 Ah |
| Soo-saarka AC (kaabta) | |
| Awoodda Soo-saarka AC magac ahaan | 7360 W |
| Max. Awoodda Wax-soo-saarka AC | 8000 VA |
| Soo-saarka Magaca ah ee Hadda | 10.7 A |
| Max. Soo-saarka Hadda | 11.6 A |
| Voltage Soo-saarka Magacaaban | 3/N/PE, 230/400 V |
| Soo noqnoqoshada Magacaaban | 50/60 HZ |
| Waxtarka | |
| Max. Waxtarka PV | 97.60% |
| Euro Waxtarka PV | 97.00% |
| Ilaalinta ka-hortagga gabood-fallada | Haa |
| Wax-soo-saar ka badan Ilaalinta Hadda | Haa |
| Ilaalinta Polarity Reverse DC | Haa |
| Helitaanka Ciladda Xadhkaha | Haa |
| Ilaalinta Qalliinka ee DC/AC | Nooca DC II; AC Nooca III |
| Ogaanshaha Dahaarka | Haa |
| Ilaalinta Wareegga Gaaban AC | Haa |
Wax su'aal ah oo noo ah?
U dir iimaylkaaga weydiimaha alaabta ama liiska qiimaha - waxaanu kaga jawaabi doonaa 24 saacadood gudahood. Mahadsanid!
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