IGrowatt Ark High Voltage Apx Xh Hv Lithium Amandla eSolar Lifepo4 Ibhetri Eu Bms 2.56kwh 10.24kwh Hv Ibhetri(emva koku kubhekiselwa kuyo njengeGrwatt Ark HV Battery) yimveliso ephuhliswe yaze yaveliswaWuxi Yifeng Technology Co., Ltd..Ibhetri yeGrwatt Ark HV yinkqubo yebhetri esebenza kakhulu enokuthi isetyenziswe kwizicelo ezahlukeneyo, njengendawo yokuhlala, yorhwebo, kunye neshishini.Ibhetri ye-Glowatt Ark HV iyahambelana ne-Glowatt inverters kwaye inokubonelela ngombane othembekileyo kunye nozinzile kwiinkqubo zamandla elanga.
Ibhetri ye-Glowatt Ark HV ithatha i-cobalt-free lithium iron phosphate (LiFePO4) chemistry, enozinzo oluphezulu lomjikelo, ubomi obude, kunye nokusebenza okugqwesileyo kokhuseleko.Ibhetri yeGrwatt Ark HV ikwabonisa uyilo lwemodyuli kunye noyilo olupakishiweyo, oluvumela ukufakwa lula, ukwandiswa, kunye nokugcinwa.Ibhetri ye-Glowatt Ark HV inenkqubo yokulawula ibhetri eyakhelwe-ngaphakathi (i-BMS) ekwazi ukubeka iliso kunye nokulawula ubume bebhetri, ukwandisa ukusebenza kakuhle kwamandla, kunye nokukhusela ibhetri ekugqithiseni, ekukhutshweni, kwi-overcurrent, i-short circuit, kunye ne-anomalies yobushushu.
Ibhetri yeGrwatt Ark HV inomthamo wombane we-400V kunye nomthamo we-2.56kWh kwimodyuli nganye.Ibhetri yeHV yeGrwatt Ark ingamiselwa ngokunxuseneyo ukwandisa umthamo wenkqubo ukuya kuthi ga kwi-10.24kWh.Ibhetri ye-Glowatt Ark HV inomgangatho obanzi wokushisa osebenzayo we--10 ° C ukuya kwi-50 ° C kunye nomgangatho wokukhusela we-IP65 wofakelo lwangaphandle.
Ibhetri ye-HV yeGrwatt Ark inezinto ezininzi eziyenza ibe phezulu kunezinye iibhetri zamandla elanga ze-lithium, ezinje:
• Umthamo ophezulu: Ibhetri yeGrwatt Ark HV inomthamo wokugcina oyi-2.56 kWh ngemodyuli nganye, kwaye inokunyuswa ukuya kwiimodyuli ezine, kumthamo omkhulu we-10.24 kWh.
• Amandla ombane aphezulu: Ibhetri yeGlowatt Ark HV inomthamo wombane we-256 V kunye nowona mbane uphezulu wama-300 V, ohambelana neziguquli zombane zelanga zamva nje.
• Ukhuseleko oluphezulu: Ibhetri ye-Glowatt Ark HV isebenzisa i-cell cell ye-LFP ye-cobalt-free, enozinzo oluphezulu lwe-thermal kunye nomngcipheko ophantsi we-thermal runaway kunezinye iiseli zebhetri ze-lithium.I-BMS yaseYurophu ibonelela ngemisebenzi yokukhusela emininzi, enjengokuhlawulwa, ukukhupha, ukugqithiswa, i-overcurrent, isiphaluka esifutshane, kunye nobushushu.
• Ukuthembeka okuphezulu: Ibhetri yeGrwatt Ark HV inobomi bomjikelo omde ongaphezulu kwemijikelo engama-6000, kunye newaranti ende yeminyaka eli-10.Ukulinganiswa kwe-IP65 kuqinisekisa ukuba ibhetri inokumelana nothuli kunye nokungena kwamanzi, kunye nobubanzi obushushu obubanzi be-10 ° C ukuya ku-50 ° C buqinisekisa ukuba ibhetri inokusebenza kwiimozulu ezahlukeneyo.
• Ukuguquguquka okuphezulu: Ibhetri ye-Glowatt Ark HV ine-modular kunye ne-stacked design, evumela umsebenzisi ukuba alungelelanise umthamo kunye nendawo yokufakela ngokweemfuno.Ibhetri nayo inomsebenzi wokuzivusa, onokuthi usebenze ngokuzenzekelayo ibhetri xa i-voltage iphantsi.
Ngezi mpawu, i-Glowatt Ark HV Battery inokubonelela nge-high-capacity, high-voltage, high-safety, high-relibility, kunye nesisombululo esiphezulu sokugcinwa kwamandla elanga kunye nokusetyenziswa.
Inkqubo yokusebenzisa iGlowatt Ark HV Battery inokwahlulwa ibe ngamanyathelo amathathu aphambili: ukufakela, ukusebenza, kunye nokugcinwa.
Ukuhlohla
Inyathelo lokuqala lokusebenzisa iGrwatt Ark HV Ibhetri kufakelo.Kule nyathelo, ibhetri ifakwe eludongeni okanye phantsi, kwaye ixhunywe kwi-inverter yelanga kunye negridi yamandla.Ukwenza oku, umsebenzisi okanye umfaki kufuneka:
• Khetha indawo efanelekileyo kunye noqhelaniso lwebhetri, ngokwemiyalelo yencwadana.Ibhetri kufuneka ifakwe kwindawo eyomileyo, engena umoya, nendawo enomthunzi, kude nemithombo yobushushu, izinto ezinokutsha, kunye nezinto ezidlekayo.
• Nxiba isiseko sebhetri eludongeni okanye emgangathweni, usebenzisa izikrufu neeankile, kwaye uqinisekise ukuba isiseko sikwinqanaba kwaye sizinzile.
• Beka imodyuli yebhetri kwisiseko, kwaye ulungelelanise iziqhagamshelo kunye neebhanti zemodyuli kunye nesiseko, kwaye uziqhawule kunye.
• Ukuba kufuneka imodyuli yebhetri engaphezulu kwesinye, beka iimodyuli ezongezelelweyo phezu kwemodyuli yokuqala, kwaye ulungelelanise kwaye uqhawule izihlanganisi kunye neebhakethi zeemodyuli.
• Qhagamshela intambo yonxibelelwano kunye nentambo yombane yebhetri kwiitheminali ezihambelanayo ze-solar inverter, kwaye uqinisekise ukuba iingcingo zichanekile kwaye zikhuselekile.
• Qhagamshela intambo yombane yesiguquli selanga kwigridi yombane, kwaye uqinisekise ukuba iintambo zombane zichanekile kwaye zikhuselekile.
• Vula iswitshi yamandla ebhetri kunye nesolar inverter, kwaye ujonge ukuba ibhetri kunye nesiguquli sesola zisebenza kakuhle kwaye zisebenza ngaxeshanye.
Ukusebenza
Inyathelo lesibini lokusebenzisa iGrwatt Ark HV Battery kukusebenza.Kule nyathelo, ibhetri igcina kwaye inikezela amandla ombane, ngokwemiyalelo ye-inverter yelanga kunye nomsebenzisi.Ukwenza oku, umsebenzisi kufuneka:
• Lawula imo yokusebenza kwebhetri kunye nesiguquli selanga, usebenzisa isikrini sokubonisa okanye inkqubo yokubeka iliso, kwaye ukhangele ukuba umthamo webhetri, amandla ombane, langoku, ubushushu, kunye nemowudi yesiqhelo kwaye ayiguquguquki.
• Ukuba i-solar inverter ifumanisa ukuba iiphaneli zelanga zenza amandla angaphezu kwayimfuneko yomthwalo, i-solar inverter iya kuthumela umyalelo kwibhetri ukuba itshaje, kwaye ibhetri iya kufumana amandla angaphezulu kwaye iwagcine kwiiseli zebhetri.
• Ukuba i-solar inverter ifumanisa ukuba iipaneli zelanga zenza amandla amancinci kunemfuno yomthwalo, i-solar inverter iya kuthumela umyalelo kwibhetri ukuba ikhuphe, kwaye ibhetri iya kukhulula amandla agciniweyo kwaye inikeze kumthwalo.
• Ukuba umsebenzisi ufuna ukusebenzisa ibhetri ngesandla, umsebenzisi unokusebenzisa isilawuli kude okanye i-app ukutshintsha imo yebhetri, kwaye akhethe ukutshaja, ukukhupha, okanye imowudi yokulinda, ngokuhambelana nomsebenzisi kunye nemeko yegridi.
• Ukuba ibhetri idibana nemeko engaqhelekanga, enjengokutshajiswa, ukukhupha ngaphezulu, i-overcurrent, i-short circuit, okanye i-overtemperature, i-BMS iya kuwuvula umsebenzi wokukhusela, kwaye iqhawule unikezelo lombane, kwaye ivuse umsebenzisi.
Isondlo
Inyathelo lesithathu nelokugqibela lokusebenzisa iGlowatt Ark HV Ibhetri kulondolozo.Kule nyathelo, ibhetri ihlolwe, ihlanjululwe kwaye ilungiswe rhoqo, ukuqinisekisa ukusebenza kwayo okuqhelekileyo nokuthembekileyo.Ukwenza oku, umsebenzisi okanye umfaki kufuneka:
• Cima iswitshi yamandla ebhetri kunye nesolar inverter, uze ulinde ibhetri kunye nesolar inverter ukuba iphole.
• Jonga inkangeleko kunye nokusebenza kwebhetri kunye nesolar inverter, kwaye ujonge naziphi na iimpawu zokuguga, ukonakala, okanye ukuvuza.
• Coca umphezulu kunye nomngaphakathi webhetri kunye nesiguquli selanga, kwaye ususe naluphi na uthuli, i-oyile, okanye umhlwa, usebenzisa ilaphu elithambileyo kunye nesicoci esiphakathi.
• Faka enye indawo ye- fuse, isiqhagamshelo, okanye naziphi na ezinye iindawo zebhetri kunye nesiguquli selanga, ukuba zonakele okanye zigugile, kusetyenziswa ezokuqala okanye iindawo ezisecaleni ezihambelanayo.
• Vula iswitshi yamandla ebhetri kunye nesolar inverter, kwaye uvavanye ukusebenza kwebhetri kunye nesolar inverter, kwaye ujonge ukuba zisebenza ngokufanelekileyo nangexesha elinye.
Ukuqukumbela
Ibhetri yeGrwatt Ark HV yinkqubo yebhetri ekumgangatho ophezulu kunye nephezulu ekwaziyo ukuhlangabezana neemfuno ezahlukeneyo zabasebenzisi bamandla elanga.Ibhetri yeHV yeGrwatt Ark inenkqubo yemveliso elula kwaye eguquguqukayo eqinisekisa ukusebenza kwayo okuphezulu, ukuthembeka, kunye nokhuseleko.Ibhetri yeGrwatt Ark HV lukhetho oluhlakaniphile noluluhlaza lokugcinwa kunye nokusetyenziswa kwamandla elanga.
Ngolwazi oluthe vetshe, ncedaQhagamshelana nathi:
I-imeyile:fred@yftechco.com/jack@yftechco.com
Ixesha lokuposa: Jan-24-2024