Kwinkqubo yokubonelela ngamandla yale mihla, inkqubo yokubonelela ngamandla e-AC ithatha indawo ebaluleke kakhulu. Le nkqubo yokubonelela ngamandla e-AC iba lukhetho olufanelekileyo kwiimeko ezininzi zesicelo ngemisebenzi yayo ebalaseleyo kunye nemisebenzi yesityebi.
I-voltage yayo echithwe i-intertage ixhomekeke kwi-690vac, i-voltage esebenzayo ye-400vac i-400vac, i-frequency ithethwa rhoqo kwi-50hz, kwaye inokumelana ne-2500vac) ye-2500vac. Le parameter ibonisa ngokupheleleyo inkqubo yamandla enkqubo yokuthwala i-voltage kunye nentsebenzo yokufakelwa, enokuqinisekisa ukhuseleko kunye nokuzinza kosasazo lwamandla kwaye kuthintele iingcali zamandla ezibangelwa kukuguquguquka kwe-voltage okanye iingxaki zombane.
Owona msebenzi uphezulu webhasi othe tyaba unokufikelela kwi-4000A, kwaye ixesha elifutshane kunye nexesha langoku (1s) liphezulu kwi-100ka. Umthamo onjalo wangoku wokuphefumla uyawenza ukuba ikwazi ukujamelana ngokulula neemfuno zokuhambisa amandla amakhulu. Nokuba yizixhobo ezinkulu ezikwimveliso yemizi-mveliso okanye kwizibonelelo ezininzi zamandla kwiindawo zentengiso, zinokufumana ukuhanjiswa kwamandla nothembekileyo. Inqanaba lokhuseleko lwe-IP3 enokuthi lithintele ngokufanelekileyo izinto zangaphandle kwi-infisolion, khusela izinto zombane zangaphakathi zonakalise njengothuli kunye nezinto zangaphandle, kwaye zandise ubomi benkonzo yezixhobo.
Iincwadana zonqulo ezityebileyo, kubandakanya i-Rs485, i-RS232 kunye ne-Ethernet, kunye neeprothokholi zonxibelelwano ezininzi ezifana ne-103, iModbus, i-IECMO61850, inike iliso kwinkqubo yendawo nekade. Abasebenzisi banokulujonga ngokulula ulwazi oluphambili njengemeko yokusebenza yenkqubo, ulwazi lwesiganeko, ukuguqula ubungakanani bendawo yebhasi, kwaye uqonde ukusebenza kwenkqubo ngexesha lokwenyani, kunye nolawulo .
Le nkqubo ikwanayo nemisebenzi ebonakalayo ebonakalayo neyokhuselo. Ingabeka iliso kulwazi olubalulekileyo njenge-voltage, i-floquency, kunye nesikhundla ngexesha lokwenyani. Nje ukuba kungaqhelekanga, kuya kupha umkhando ofanelekileyo kunye nokuvumela ukusebenza kunye nabasebenzi bokugcina abasebenzi ukuze bafumane kwaye bajongane neengxaki ngexesha. Ukugcwaliswa okubanzi, amanyathelo okhuselo omfutshane kunye ne-C-Merika anikezelwe kwisebe eliphambili kunye nesebe ngalinye lezondiso, ukunqanda ukonakaliswa kwezixhobo ezibangelwa ziimpazamo zombane, ukunciphisa umngcipheko wokuphunyezwa kwamandla. Uyilo olwahlukileyo luSulatorator ukusuka kwiindawo eziphila kumacandelo, ukuqinisekisa ukhuseleko loMqhubi ngexesha lokusebenza kwezixhobo, ulondolozo kunye ne-overthaul.
Ukongeza, inkqubo yamandla e-AC ikwaxhasa iintlobo ezahlukeneyo zeKhabhinethi ezinje nge-Gck, i-GCS, i-MS, i-GGD, njl njl. Inokukhetha ngokuguquguqukayo uhlobo lweKhabhinethi efanelekileyo ngokweemeko ezahlukeneyo zesicelo kunye neemfuno, ezilungele ukufakelwa kwenkqubo, kwaye zibonelela ngohlobo olukhethwayo ngakumbi kunye nezisombululo zobuqu.
Ngesishwankathelo, le nkqubo yamandla e-AC iye yaba zizixhobo eziphambili zobunjineli bobuchwephesha obunamandla, imisebenzi ephambili kunye nendlela yokhuseleko ebonakalayo, ukubonelela ngesiqinisekiso esiqinileyo sokuhambisa amandla kunye nokusebenza okukhuselekileyo okwahlukeneyo amashishini.
I-TAG: I-ESS ERRORT, i-ESSEALS, EV Chargers, ev Chargers yeshishini (AC)
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