EV AC Charger cabbirada farsamada
Gelida awooda | Qiimaynta galitaanka | AC380V 3ph Wye 32A max. |
Tirada wejiga / siliga | 3ph/L1,L2,L3,PE | |
Wax soo saarka tamarta | Awoodda wax soo saarka | 22kW max (1 qori) |
Qiimaynta wax soo saarka | 380V AC | |
Ilaalinta | Ilaalinta | In ka badan hadda, Ku hoos jira danab, koronto ka badan, Resid ul hadda, Ilaalinta qalliinka, wareegga gaaban, Over t Emperature, Ciladda dhulka |
Interface user & xakamayn | Bandhig | LEDs |
Taageerada luqadda | Ingiriisi (Luqadaha kale ayaa la heli karaa marka la codsado) | |
Deegaanka | Heerkulka shaqada | -30℃ ku+ 75 ℃ |
Heerkulka kaydinta | -40℃ ilaa +75 ℃ | |
Qoyaanka | Qoyaanka <95% qaraabo ah, aan ciriiri lahayn | |
Dhererka | Ilaa 2000 m (6000 cagood) | |
Makaanik | Ilaalinta gudaha | IP65 |
Qaboojin | Qaboojinta dabiiciga ah | |
Dallacaadda dhererka fiilada | 7.5m | |
Cabirka (W*D*H) mm | TBD | |
Miisaanka | 10kg |
Deegaanka Adeegga Charger AC EV
I. Heerkulka shaqada: -30⁰C...+75⁰C
II.RH: 5%...95%
III.Aragtida:<2000m
IV.Deegaanka rakibida: aasaas la taaban karo oo aan lahayn faragelin xoog leh.Shiraac ayaa lagula talinayaa.
V. Meesha ku wareegsan:>0.1m
FAQ
S: Farqiga ugu weyn ee u dhexeeya Charger AC iyo DC Charger?
J: Farqiga u dhexeeya dallacaadda AC iyo dallacaadda DC waa meesha ay awoodda AC isku beddesho;gudaha ama dibadda baabuurka.Si ka duwan dabaysha AC, dabaylaha DC waxa uu leeyahay beddelaha gudaha dabaysha lafteeda.Taas macnaheedu waxa weeye in ay si toos ah ugu quudin karto tamarta batteriga baabuurka oo uma baahna dabaysha dusha saaran si uu u beddelo.
S: Kala duwanaanshaha heerarka dallacaadda degdegga ah ee DC ee caalamiga ah?
A: CCS-1: Heerka dallacaadda degdega ah ee DC ee Waqooyiga Ameerika.
CCS-2: Heerka dallacaadda degdega ah ee DC ee Yurub.
CHAdeMO: DC heerka dallaca degdega ah ee Japan.
GB/T: DC heerka dallaca degdega ah ee Shiinaha.
S: Marka ay sare u kacdo awoodda wax soo saarka saldhiga dalacadu miyay la macno tahay xawaaraha dallacaadda?
J: Maya, maya.Iyadoo ay ugu wacan tahay awoodda xaddidan ee batteriga baabuurka marxaladdan, marka awoodda wax soo saarka ee dabeysha DC ay gaarto xad sare oo gaar ah, awoodda weyni ma keento xawaare degdeg ah.Si kastaba ha ahaatee, muhiimadda awoodda-sare ee DC-ga ayaa ah in ay taageerto isku-xireyaasha laba-geesoodka ah isla markaana isla mar ahaantaana soo saari kara awood sare si ay ugu dallacaan laba baabuur oo koronto isku mar ah, iyo mustaqbalka, marka batteriga gawaarida korantada la hagaajiyo si loo taageero ku-dallacaynta awoodda sare. Muhiim ma aha in mar kale lacag la geliyo si loo cusboonaysiiyo saldhigga dallacaadda.
S: Intee in le'eg ayaa gaadhiga lagu dallaci karaa?
J: Xawaaraha raritaanka wuxuu ku xiran yahay arrimo badan oo kala duwan
1. Nooca Charger: Xawaaraha dallacadu waxa lagu muujiyay 'kW' waxayna ku xidhan tahay, waxyaabo kale, awoodda nooca dabaysha iyo xidhiidhka la heli karo ee shabakada korontada.
2. Baabuurka: Xawaaraha ku dallacaadda waxa kale oo go’aamiya gaadhiga oo ku xidhan dhawr arrimood.Dallacaadda joogtada ah, awoodda rogaha ama "korka dalladuhu" waa saameyn.Intaa waxaa dheer, xawaaraha dallacadu wuxuu ku xiran yahay inta uu batterigu buuxo.Tani waa sababta oo ah batarigu si tartiib tartiib ah ayuu u dallacaa marka uu buuxsamo.Dallacaadda degdegga ahi inta badan macno badan kama samaynayso 80 ilaa 90% awoodda batteriga sababtoo ah dallacadu si tartiib tartiib ah ayey u sii socotaa.3.Xaaladaha: Xaaladaha kale, sida heerkulka batteriga, waxay sidoo kale saameyn karaan xawaaraha dallacaadda.Batarigu si fiican ayuu u shaqeeyaa marka heerkulku aanu aad u sareyn ama aanu hoos u dhicin.Ficil ahaan tani inta badan waxay u dhaxaysaa 20 iyo 30 digrii.Xilliga jiilaalka, baytarigu aad buu u qaboojin karaa.Natiijo ahaan, dallacaadda ayaa laga yaabaa inay si aad ah u yaraato.Taa beddelkeeda, baytarigu aad buu u kululaan karaa maalinta xagaaga oo dallacadu sidoo kale wuu yarayn karaa.