Iyiphi ishaja engcono ye-AC noma ye-DC ye-Electric Car Charger?

Iyiphi ishaja engcono ye-AC noma ye-DC ye-Electric Car Charger?

Ishaja Esheshayo ye-DC - Yonga Isikhathi, Imali kanye Nebhizinisi Elihehayo
Izimoto zikagesi seziphenduke inzuzo emabhizinisini, ezinkampanini zikahulumeni nasezindaweni zokuhamba eziseceleni komgwaqo.Kungakhathaliseki ukuthi unenqwaba yezimoto noma amaloli adinga ukugcwaliswa uphethiloli njalo noma unamakhasimende angazuza esiteshini sokushaja se-EV esisheshayo, i-DC Fast Charger iyimpendulo.

Yini engcono ishaja ye-AC noma ye-DC?
Impilo elindelekile yebhethri elishajiwe i-AC inkulu kunebhethri eshajwe nge-DC okwenza amashaja e-AC abe namandla kakhulu.Amashaja e-AC asetshenziswa kakhulu ezindlini uma kuqhathaniswa namashaja e-DC.Amashaja e-AC angalimaza noma acekele phansi amanye amasekhethi kagesi, aklanyelwe ngokukhethekile amashaja e-DC.

Gcina Imikhumbi Yakho Ishajiwe Futhi Ilungile
Amashaja e-EV afika ngamaleveli amathathu, asuselwa ku-voltage.Ngama-volts angu-480, i-DC Fast Charger (Izinga 3) ingashaja imoto yakho kagesi izikhathi ezingu-16 kuya kwezingu-32 ngokushesha kunesiteshi sokushaja seLeveli 2.Isibonelo, imoto kagesi engathatha amahora angu-4-8 ukushaja ngeshaja ye-Level 2 EV ngokuvamile izothatha imizuzu engu-15 - 30 kuphela nge-DC Fast Charger.Ukushaja okusheshayo kusho amahora engeziwe ngosuku izimoto zakho ezingagcinwa zisebenza.

Shaja Ngokugcwele
I-Level 3 DC Fast Charger iyisixazululo esingabizi kakhulu kumabhizinisi anezidingo ezisetshenziswa kakhulu.Ngamashaja asheshayo e-DC, isikhathi sokuphumula sincipha kakhulu, futhi izimoto zakho zizoshajwa ngokushesha futhi zilungele ukuhamba.Ukwengeza, umehluko wezindleko zikaphethiloli uma uqhathaniswa nezimoto ezisebenza ngegesi zendabuko mkhulu futhi kwenza inkampani yakho ihambisane nemvelo.Funda kabanzi

Ukushaja okusheshayo kusheshe kwashesha.Kuyeza amamodeli emoto kagesi ambalwa (EV) anamabhethri amakhulu nobubanzi obude futhi namashaja asheshayo e-DC anamandla aphezulu ezimoto zikagesi zesizukulwane esilandelayo alapha.

Ingabe ishaja yebhethri iyayicisha i-AC noma i-DC?
Ishaja yebhethri iwumthombo wamandla kagesi we-DC.Lapha i-transformer isetshenziselwa ukwehlisa i-voltage ye-AC mains ifike ezingeni elidingekayo ngokwesilinganiso se-transformer.Le transformer ihlale iwuhlobo lwamandla aphezulu futhi iyakwazi ukukhiqiza okukhiphayo okuphezulu kwamanje njengoba kudingwa amabhethri amaningi aneasidi yomthofu.

Iyini i-DC eshaja ngokushesha izimoto zikagesi?
Ukushaja okusheshayo kwamanje okuqondile, okuvame ukubizwa ngokuthi ukushaja okusheshayo kwe-DC noma i-DCFC, kuyindlela esheshayo etholakalayo yokushaja izimoto zikagesi.Kunamaleveli amathathu okushaja kwe-EV: Ukushaja kwezinga 1 kusebenza ku-120V AC, kunikeza phakathi kuka-1.2 – 1.8 kW.

Iyini ishaja yebhethri ye-DC?
Ishaja yebhethri ye-AC/DC yenzelwe ukushaja ibhethri lakho ngaphandle ngokukhipha ibhethri ocingweni lwakho bese ulibeka ethreyini yokushaja bese uxhuma ishaja nge-outlet yasodongeni noma nge-DC ephuma emotweni yakho.Amashaja amaningi ebhethri akhiwe ngendlela eqondene ngqo nemodeli yebhethri.

Ukushaja okusheshayo kwe-DC kusebenzisa isixhumi esihlukile esivela kusixhumi se-J1772 esisetshenziselwa ukushaja kweLeveli 2 AC.Izindinganiso zokushaja ngokushesha ezihamba phambili yi-SAE Combo (CCS1 e-US ne-CCS2 eYurophu), i-CHAdeMO ne-Tesla (kanye ne-GB/T e-China).Izimoto eziningi zihlonyiselwe ukushaja okusheshayo kwe-DC kulezi zinsuku, kodwa qiniseka ukuthi ubheka ngokushesha imbobo yemoto yakho ngaphambi kokuthi uzame ukuxhuma. Nakhu ukuthi ezinye izixhumi ezivamile zibukeka kanjani:

I-AC vs DC Ishaja yemoto kagesi
Okokugcina, uma uke wazibuza ukuthi kungani kubizwa ngokuthi “Ukushaja okusheshayo kwe-DC,” leyo mpendulo ilula, nayo.I-“DC” ibhekisela “ku-direct current,” uhlobo lwamandla asetshenziswa amabhethri.Iziteshi zokushaja ezikuLeveli 2 zisebenzisa i-“AC,” noma “alternating current,” oyoyithola ezindlini ezivamile zasendlini.Ama-EV "anamashaja angaphakathi" ngaphakathi emotweni aguqula amandla e-AC abe yi-DC ngebhethri.Amashaja asheshayo e-DC aguqula amandla e-AC abe yi-DC ngaphakathi kwesiteshi sokushaja futhi alethe amandla e-DC ngokuqondile ebhethrini, yingakho eshaja ngokushesha.