I-EVCC/SECC, Isixazululo Esiphelele se-EVCC, Isixazululo Esiphelele se-SECC

I-EVCC/SECC, Isixazululo Esiphelele se-EVCC, Isixazululo Esiphelele se-SECC

Kuyini i-secc EV?
Umlawuli Wokuxhumana Kwemishini Yokuphakelwa.
Umlawuli Wethu Wokuxhumana Nemishini Yokuphakelwa (i-SECC) usebenza njengomlawuli oyinhloko wenqubo yokushaja.

Kuyini i-SECC?
I-SECC ingabhekisela ku: I-Single Edge Contact Cartridge, isixhumi sama-microprocessors. I-SECC (insimbi), insimbi eshibhile evame ukusetshenziswa emakesini ekhompyutha. I-Scottish Exhibition and Conference Centre, manje eyaziwa ngokuthi i-SEC Centre, indawo yombukiso eGlasgow, eScotland.

Lesi isilawuli sokuxhumana sokushaja i-EV esisebenza ngokugcwele seMoto Kagesi sisekela isofthiwe yokuxhumana ye-Bi-direction Vehicle kuya kuGrid (V2G Protocol) yeMoto Kagesi.
i-plunk ye-ISO/IEC15118, DIN70121, SAE2847-2, SAE J2931-4, DIN70121
Iphutha ekusingathweni kwazo zonke izinto ezihlukile.
Ukulawula Nokuqapha Okulula kusetshenziswa i-RS232
Ukuhlolwa okuhambisanayo neshaja ye-CCS EV
Izinga Lokushisa Lokusebenza -40 ~ +85ºC

Amasekethe e-SECC kanye ne-EVCC okubonisa izimpawu eziyisisekelo kanye ne-HLC ngokusho kwe-IEC 61851-1, idivayisi yokuhlola ye-AC/DC yokuxhumana kwengqalasizinda yokushaja izimoto kagesi.

I-Plunk ye-ISO/IEC15118, DIN70121, SAE2847 EVCC Communication Controller
Hlangana nesilawuli Sokuxhumana Sokushaja se-AC/DC EV se-PLC (EVCC)
Ishaja ye-EV Isilawuli Sokuxhumana se-Evcc
I-GQEVPLC-V3.3 PLC Communication Moudle EV Charger Isilawuli Sokuxhumana se-EVCC.

I-MIDA & RNL ingumhlinzeki wezixazululo ogxile ekuhlinzekeni ngezixazululo zokushaja nokukhipha amashaja e-EV, ama-EV kanye nokunikezwa kwamandla ebhethri kanye nezinye izimboni (Zokuthumela ngaphandle). Njengoba ubuchwepheshe besofthiwe kagesi buyisisekelo, i-RNL iwucwaningo olujulile lwe-EU charging Standard, i-US charging standard, i-CHAdeMO communication protocol. Yibhizinisi lokuqala embonini ukusebenzisa lobu buchwepheshe, kanye neBhizinisi lokuqala eShayina ukuphumelela isitifiketi sokuhlolwa kokuxhumana njenge-TUV kanye ne-DERKA.

Amasekethe e-SECC ne-EVCC okubonisa izimpawu eziyisisekelo kanye ne-HLC ngokusho kwe-IEC 61851-1

I-MIDA kanye ne-RNL zinikeza amakhasimende izixazululo ezijwayelekile ezisekelwe ku-GB/T27930 yokuqala eguqulwe yaba yi-CCS1, CCS2, kanye ne-CHAdeMO, futhi zinikeza nesixazululo sephrothokholi yangasese esenziwe ngokwezifiso kakhulu.

I-converter yephrothokholi yokuxhumana komkhiqizo eyinhloko, imikhiqizo yochungechunge lwe-EVCC kanye ne-SECC, inamalungelo obunikazi empahla yobuhlakani. Incike kwisikhundla esivelele embonini yamandla amasha yaseShayina, isixazululo se-RNL sithumele emazweni nasezifundeni ezingaphezu kuka-50, emadolobheni angaphezu kuka-200.

Ukufakwa okukhulu kwengqalasizinda yokushaja kudala izinselele ekuzinzeni kwegridi yokusatshalaliswa. EHamburg, iphrojekthi i-Electrify Buildings for Electric Vehicles (ELBE) isebenzisa futhi ihlole inqubo yokuxhumana yokuphathwa kwesidingo evumela umqhubi wegridi yokusatshalaliswa ukuthi anciphise amandla okushaja eziteshini zokushaja izimoto zikagesi uma kudingeka. Ngale njongo, idivayisi yokuhlola ekwazi ukuhlola uchungechunge lwesignali kanye nokunciphisa umthwalo wangempela kuvezwa ingqalasizinda yokushaja i-DC. Kuchazwa izinqubo zokuxhumana ezisezingeni eliphezulu ezijwayelekile. Njengoba i-elekthronikhi yamandla eshaja itholakala esiteshini sokushaja i-DC, kuvela isidingo sokulingisa ibhethri, okuxoxwa ngaso futhi. Ekugcineni, umqondo omusha wokusetha ukuhlolwa kweselula kanye ne-modular kwesignali yokuhlola ehlanganisiwe kanye nokunciphisa umthwalo wangempela wengqalasizinda yokushaja i-AC ne-DC wethulwa.