Ezinhlelweni zesimanje zokusabalalisa, izinhlelo zokusabalalisa i-DC Power Supply zidlala indima ebalulekile, ukuhlinzeka ukwesekwa kokuhlinzekwa kwamandla okuzinzile futhi okuthembekile kwe-DC Power Supply ngemishini eminingi yamandla.
Uhlelo lunezinhlobonhlobo zezinga lokushintsha amandla, ukumboza i-DC110V, i-DC48V ne-DC24V, ezingahlangabezana nezidingo ezihlukanisiwe zemishini yamandla ehlukene ye-DC voltage, iqinisekise ukuthi yonke imishini ingasebenza kahle ngaphansi kwendawo efanelekile ye-voltage. Ukunemba kwayo kwama-voltage Rerulation kuphakeme njenge- Lezi zinkomba zokusebenza okuhle kakhulu ziqinisekisa ukuqina kanye nobumsulwa bokukhishwa kwamandla we-DC, ngempumelelo ukugwema ukulimala kwemishini yamandla okubangelwa ukuguquguquka kwamandla okuguquguquka, ukungazinzi kwamanje kanye nezinye izinkinga, futhi kuthuthukise kakhulu ukuphepha kohlelo lwamandla. Ukusebenza kahle kwesistimu kungu-≥94%, kukhombisa ukusebenza kahle kwamandla okuguqulwa kwamandla, ukunciphisa ukulahleka kwamandla, nokuthola inhlanganisela ephelele yokulondolozwa kwamandla nokusebenza kahle.
Ngokuya kwe-interface yokuxhumana, ifakwe i-RS485, i-RS232 noma i-Ethernet, kanye ne-Protocol yezokuxhumana isekela i-Modbus, 101, kanye ne-104, okuvumelanisa namanye amadivaysi ahlakaniphile, kusebenze ukuqapha okukude nokuphatha, futhi kungakwenza Bamba isimo sokusebenza sohlelo, imininingwane yepharamitha, njll. Ngesikhathi sangempela, ukuhlinzeka ngokusekelwa okuqinile kokutholwa okufika ngesikhathi kanye nokusingathwa kwamaphutha, kanye nokwenza ngcono izinga lobuhlakani bohlelo lonke lwenethiwekhi yokuhambisa.
Umqondo wayo ohlukile ohlanganisiwe wokudidiyela ugqamile. Siqukethe ibhokisi lokusabalalisa (imodyuli ehlanganisiwe yokuqapha, imodyuli ephezulu yokushintshanisa imodyuli, imodyuli ye-step-Down) nebhokisi lebhethri, futhi imodyuli ngayinye inokwehlukaniswa okucacile kwabasebenzi futhi isebenza ndawonye. Imodyuli yokuqapha ebhokisini lokusabalalisa isebenzisa isibonisi se-LCD Chinese kanye nemenyu yezinhlamvu zesiShayina, nokusebenzisana kwekhompyutha yabantu kungabonakala kalula ngokusebenza okusemqoka, okunempilo kakhulu futhi elula. Inemisebenzi enamandla yokuphathwa kwebhethri, engabheka ngokunembile nokulawula ukushaja kwebhethri kanye nenqubo yokukhipha ukunweba impilo yebhethri; Inomsebenzi we-alamu omnandi futhi olula. Lapho uhlelo selunezimo ezingejwayelekile, njengezinkinga zokufakwa kwebhasi, kungakhipha i-alamu ngesikhathi ukukhumbuza abasebenzi ukuthi babhekane nakho; Ngaphezu kwalokho, umsebenzi wokukhipha i-Flash futhi uhlinzeka lula ngesexwayiso sokuphepha kanye nesimo sesimo.
Imodyuli ephezulu kakhulu yokushintshanisa i-module ikhombisa izinga lobuchwepheshe elithuthukile. Ukusetshenziswa kwesinxephezelo se-Power Factor kanye nobuchwepheshe obukhulu bokushintsha okuthambile okuthambile akunakufezekisa kuphela ukudicilela phansi okupholisa nokushisa, kepha futhi akudingi amadivaysi angemuva okushisa okushisa, ukonga isikhala nezindleko. Iphinde ihlangane, isebenza kahle futhi inento ephezulu yamandla. Imisebenzi ephelele yokuvikela, kufaka phakathi ukuvikelwa okusebenzayo kokufakwayo kwe-AC ngaphezulu-voltage, ama-voltage, amazinga okushisa, okuphuma ngaphezulu kwamanje nokukhipha, kuqinisekisa ukusebenza okuphephile futhi okuzinzile kwemodyuli uqobo kanye nalo lonke uhlelo oluyinkimbinkimbi oluyinkimbinkimbi.
Ngokufundwa, uhlelo lokusabalalisa i-DC Power Supply System seluphenduke isakhi esingukhiye esisemqoka kwiphrojekthi yenethiwekhi yokusatshalaliswa ngokusebenza kwayo okuqondile, idizayini ehlanganisiwe, futhi ivikela ukuqina nokwethenjwa kokuhlinzekwa kwamandla .
I-Tag: I-Essom Esemishini, I-Resations Ess, i-EV Charger, i-EV Charger yebhizinisi (AC)
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