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

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

Yini i-secc EV?
Supply Equipment Communication Controller.
I-Supply Equipment Communication Controller (SECC) isebenza njengesilawuli esiyinhloko senqubo yokushaja.

Iyini i-SECC?
I-SECC ingase ibhekisele ku: I-Single Edge Contact Cartridge, isixhumi sama-microprocessors. I-SECC (insimbi), insimbi yeshidi elishibhile evame ukusetshenziselwa amacala ekhompyutha. I-Scottish Exhibition and Conference Centre, manje eyaziwa ngokuthi i-SEC Centre, indawo yombukiso eGlasgow, eScotland.

Lesi isilawuli sokuxhumana sokushaja se-EV esisebenza ngokugcwele se-Electric Vehicle sisekela i-Bi-direction Vehicle to Grid communication (V2G Protocol) isofthiwe ye-Electric Vehicle.
i-plunk ye-ISO/IEC15118, DIN70121, SAE2847-2,SAE J2931-4, DIN70121
Iphutha ekuphatheni konke okuhlukile.
Easy Control & Monitoring usebenzisa RS232
Ukuhlola okuthobelanayo ne-CCS EV Charger
Izinga Lokushisa Lokusebenza -40 ~ +85ºC

Amasekhethi e-SECC kanye ne-EVCC okusayina okuyisisekelo kanye ne-HLC ngokuya nge-IEC 61851-1, idivayisi yokuhlola ye-AC/DC yokuxhumana nengqalasizinda eshaja imoto kagesi.

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

I-MIDA & RNL Iwumhlinzeki wesixazululo ogxile ekuhlinzekeni izixazululo zokushaja nokukhipha ama-EV, amashaja e-EV kanye nokuphakelwa kwamandla ebhethri nezinye izimboni (Okuthekelisa). Ngobuchwepheshe besofthiwe ye-elekthronikhi njengomgogodla, i-RNL iwucwaningo Olujulile Lwezinga lokushaja le-EU, izinga lokushaja lase-US, iphrothokholi yokuxhumana ye-CHAdeMO. Ibhizinisi lokuqala embonini ukusebenzisa lobu buchwepheshe, kanye ne-Enterprise yokuqala e-China ukuphumelela isitifiketi sokuhlolwa kokuxhumana njenge-TUV ne-DERKA.

Amasekhethi e-SECC kanye ne-EVCC okusayina okuyisisekelo kanye ne-HLC ngokuya nge-IEC 61851-1

I-MIDA ne-RNL ihlinzeka amakhasimende ngezixazululo ezijwayelekile ezisuselwe ku-GB/T27930 yasekuqaleni eguqulelwe ku-CCS1, CCS2, ne-CHAdeMO, futhi ihlinzeka ngesixazululo sephrothokholi eyimfihlo Engokwezifiso kakhulu.

Isiguquli sephrothokholi yokuxhumana yomkhiqizo eyinhloko i-EVCC kanye nemikhiqizo yochungechunge lwe-SECC, inamalungelo obunikazi bendawo yobuhlakani. Ngokuthembela Esimeni Esivelele embonini yezamandla entsha yaseShayina, isixazululo se-RNL sithumele emazweni nezifunda ezingaphezu kuka-50, amadolobha angaphezu kuka-200.

Ukusatshalaliswa okukhulu kwengqalasizinda eshajayo kubangela izinselele ekuzinzeni kwegridi yokusabalalisa. E-Hamburg, iphrojekthi ye-Electrify Buildings for Electric Vehicles (ELBE) isebenzisa futhi ihlola iphrothokholi yokuxhumana yokuphathwa kwesidingo evumela umqhubi wegridi yokusabalalisa ukuthi ehlise amandla okushaja eziteshi zokushaja imoto kagesi uma kunesidingo. Ngale njongo, idivayisi yokuhlola ekwazi ukuhlola uchungechunge lwesignali kanye nokwehliswa kwangempela komthwalo kwethulwa nengqalasizinda yokushaja ye-DC. Izimiso zokuxhumana ezisezingeni eliphezulu ziyachazwa. Ngamandla kagesi eshaja atholakala esiteshini sokushaja se-DC, isidingo sokulingisa ibhethri siyavela, okubuye kuxoxwe ngakho. Ekugcineni, kuthulwa umqondo wenoveli wokusethwa kokuhlolwa kweselula kanye nesemojuli yesiginali yokuhlola ehlanganisiwe kanye nokwehliswa kwangempela komthwalo wengqalasizinda yokushaja ye-AC ne-DC.