I-ROYPOW Lithium Battery Pack ifikelela kwiNtsebenziswano neVictron Marine Electrical System

Iindaba zebhetri yeROYPOW 48V zinokuhambelana ne-inverter kaVictron

Kwihlabathi elihlala litshintsha lezisombululo zamandla avuselelekayo, i-ROYPOW ivela njengeyona nto iphambili, inika iinkqubo zokugcina amandla ezisemgangathweni kunye neebhetri ze-lithium-ion. Esinye sezisombululo ezibonelelweyo yinkqubo yokugcina amandla aseMarine. Iqulathe zonke izinto ezifunekayo ukunika amandla yonke imithwalo ye-AC/DC ngexesha lokuhamba ngenqanawa. Oku kuquka iiphaneli zelanga zokutshaja, i-inverter yonke-kwinye, kunye ne-alternator. Ngoko ke, inkqubo yokugcina amandla yaseMarine ye-ROYPOW sisisombululo esipheleleyo nesiguquguqukayo kakhulu.

Olu bhetyebhetye kunye nokusebenza kakuhle kuye kwanda kutshanje, njengoko iibhetri zeROYPOW LiFePO4 48V zithathwa njengezifanelekileyo ukusetyenziswa ne-inverter ebonelelwa yiVictron. Umenzi odumileyo waseDatshi wezixhobo zamandla unedumela elihle ngokuthembeka nomgangatho. Inethiwekhi yabathengi bayo ijikeleza ihlabathi liphela kunye neendawo ezininzi zokusebenza, kubandakanya usetyenziso lwaselwandle. Olu hlaziyo lutsha luya kuvula ithuba kubathandi bokuhamba ngenqanawa ukuba bazuze kwiibhetri ezikumgangatho ophezulu zeROYPOW ngaphandle kwesidingo sokuseta umbane ngokupheleleyo.

Intshayelelo ngokubaluleka kweenkqubo zokugcina amandla olwandle

Kubekho utshintsho oluqhubekayo oluya kwizisombululo zamandla avuselelekayo, kunye nemiphumo yokufudumala kwehlabathi ebonakala ngakumbi ngokuhamba kwexesha. Olu tshintsho lwamandla luye lwachaphazela iinkalo ezininzi, kutshanje ukusetyenziswa kolwandle.

Iinkqubo zokugcina amandla olwandle azizange ziqwalaselwe ekuqaleni kuba iibhetri zokuqala zazingakwazi ukubonelela ngamandla aneleyo okuqhutywa okanye okusebenzisa izixhobo kwaye zazilinganiselwe kwizicelo ezincinci kakhulu. Kubekho utshintsho kwindlela yokuvela kweebhetri ze-lithium-ion ezinobunzima obuphezulu. Izisombululo ezipheleleyo ngoku zinokusetyenziswa, ezikwaziyo ukunika amandla zonke izixhobo zombane ezikwibhodi ixesha elide. Ukongeza, ezinye iinkqubo zinamandla ngokwaneleyo ukubonelela ngeemoto zombane zokuqhutywa. Nangona zingasebenzi kwiinqanawa zaselwandle, ezi moto zombane zisenokusetyenziselwa ukumisa iinqanawa nokuhamba ngesantya esiphantsi. Ngokubanzi, iinkqubo zokugcina amandla olwandle ziyindlela efanelekileyo yokuxhasa, kwaye kwezinye iimeko zithathe indawo yeenjini zedizili. Ngaloo ndlela izisombululo ezinjalo zinciphisa kakhulu umsi okhutshwayo, zithatha indawo yokuveliswa kwamandla efosili ngamandla aluhlaza, kwaye zivumela imisebenzi engenangxolo efanelekileyo yokumisa okanye ukuhamba ngenqanawa kwiindawo ezixineneyo.

I-ROYPOW ngumboneleli ophambili kwinkqubo yokugcina amandla olwandle. Babonelela ngeenkqubo zokugcina amandla olwandle ezipheleleyo, kuquka iiphaneli zelanga, i-DC-DC, ii-alternators, ii-air conditioners ze-DC, ii-inverters, ii-battery packs, njl. Ukongeza, banamasebe kwihlabathi liphela anokubonelela ngeenkonzo zasekuhlaleni kunye nokuphendula ngokukhawuleza ngenkxaso yobuchwephesha yobungcali.

Eyona nxalenye ibalulekileyo yale nkqubo yiteknoloji yebhetri ye-LiFePO4 entsha ye-ROYPOW kunye nokuhambelana kwayo kutshanje nee-inverters ze-Victron esiza kuzixoxa ngazo kwicandelo elizayo.

Inkcazo yeempawu kunye nobuchule beebhetri zeROYPOW

Njengoko bekutshiwo ngaphambili, iROYPOW iphuhlisa ubuchwepheshe bayo bebhetri ye-lithium-ion ukuze ihambelane ngcono nezicelo ezifuna amandla ezifana neenkqubo zokugcina amandla olwandle. Izinto ezintsha zamva nje, ezifana nemodeli ye-XBmax5.1L, zenzelwe iinkqubo zokugcina amandla olwandle kwaye zihlangabezana nayo yonke imigangatho yokhuseleko kunye nokuthembeka efunekayo (UL1973\CE\FCC\UN38.3\NMEA\RVIA\BIA). Inoyilo oluchasene nokungcangcazela oluphumelele uvavanyo lokungcangcazela lwe-ISO12405-2-2012, okwenza ukuba ifaneleke kwiindawo ezinzima ezifana nezicelo zolwandle.

Ibhetri yeXBmax5.1L inomthamo olinganiselweyo we-100AH, i-voltage elinganiselweyo ye-51.2V, kunye namandla alinganiselweyo e-5.12Kwh. Umthamo wenkqubo unokwandiswa ukuya kwi-40.9kWh, kunye neeyunithi ezisi-8 eziqhagamshelwe ngaxeshanye. Iintlobo ze-voltage zolu luhlu ziquka ne-24V, 12V.

Ukongeza kwezi mpawu, ibhetri enye yeemodeli zombini inobomi obungaphezu kwemijikelo engama-6000. Ubomi boyilo obulindelekileyo buthatha iminyaka elishumi, kunye nexesha lokuqala leminyaka emi-5 eligutyungelwe yiwaranti. Olu kuqina luphezulu luqiniswa ngakumbi lukhuseleko lwe-IP65. Ukongeza, inesicima-mlilo se-aerosol esakhelwe ngaphakathi. Ukudlula kwi-170°c okanye umlilo ovulekileyo ngokuzenzekelayo kubangela ukucima komlilo ngokukhawuleza, kuthintela ukubaleka kobushushu kunye neengozi ezifihlakeleyo ngesantya esiphezulu!

Ukubaleka kobushushu kunokulandelwa emva kwiimeko zangaphakathi ze-short-circuit. Izizathu ezibini ezidumileyo ziquka ukutshaja kakhulu kunye nokukhupha ngaphezulu. Nangona kunjalo, le meko inqongophele kakhulu kwimeko yeebhetri ze-ROYPOW ngenxa yeSoftware ye-BMS eyenzelwe ngokwayo ngamalungelo obunikazi bobukrelekrele. Yenzelwe ukulawula ukutshaja kunye nokukhupha iibhetri zayo. Oku kwenza kube lula ukulawula ukutshaja kunye nokukhupha umbane, okwandisa ubomi bebhetri. Ngaphezu koko, inomsebenzi wokutshaja ngaphambi kokufudumeza onciphisa ukuwohloka kwebhetri ngexesha lokutshaja kumaqondo obushushu aphantsi angafanelekanga.

Iibhetri ezibonelelwa yiROYPOW ziphumelela kakhulu kwiimveliso ezikhuphisanayo ngenxa yeempawu zayo eziphambili, ukuqina, kunye nokuhambelana nee-inverters zeVictron. Zikwafana nezinye iibhetri ezikwimarike ezidityaniswe ne-inverter yeVictron. Iimpawu eziphawulekayo zeepakethe zebhetri zeROYPOW

ziquka ukhuseleko ekutshajisweni kakhulu kunye nomsebenzi wokukhusela ukukhupha okunzulu, ukujonga i-voltage kunye nobushushu, ukhuseleko lombane ogqithisileyo, ukhuseleko lobushushu obugqithisileyo, kunye nokubeka iliso kunye nokulinganisela ibhetri. Zombini ziqinisekiswe yi-CE ukuqinisekisa ukuthotyelwa kwemigangatho yomgangatho kunye nokhuseleko.

Ukuhambelana phakathi kweebhetri zeROYPOW kunye nee-inverters zikaVictron

Iibhetri zeROYPOW ziphumelele uvavanyo olufunekayo lokudibanisa nee-inverters zeVictron. Iphakheji yebhetri yeROYPOW, ingakumbi imodeli yeXBmax5.1L, inxibelelana ngokukhululekileyo nee-inverters zeVictron isebenzisa uqhagamshelo lweCAN.

I-BMS eziphuhlisileyo ezikhankanyiweyo apha ngasentla inokudityaniswa nezi inverters ukulawula ngokuchanekileyo itshaja kunye nomsinga wokukhupha, ukuthintela ukutshaja kakhulu kunye nokukhupha ibhetri kwaye ngenxa yoko yandisa ubomi bebhetri.

Okokugqibela, i-Victron inverter EMS ibonisa ngokufanelekileyo ulwazi olubalulekileyo lwebhetri olufana nokutshaja kunye nokukhupha umbane, i-SOC, kunye nokusetyenziswa kwamandla. Oku kunika umsebenzisi ithuba lokujonga kwi-intanethi iimpawu ezibalulekileyo zebhetri kunye neempawu zayo. Olu lwazi lunokuba lubalulekile ekucwangciseni ukugcinwa kwenkqubo kunye nokungenelela ngexesha elifanelekileyo xa kukho ukuphazamiseka okanye ukungasebenzi kakuhle kwenkqubo.

Ukufakelwa kweebhetri zeROYPOW kunye nee-inverters zeVictron kulula kakhulu. Iipakethi zebhetri zincinci ngobukhulu, kwaye inani leeyunithi linokwandiswa ngokulula kulo lonke ixesha lenkqubo ngenxa yokuba iyakwazi ukukhulisa amandla ayo. Ukongeza, i-terminal ye-quick-plug eyenzelwe wena kunye noyilo olusebenziseka lula yenza kube lula ukuyifaka ngokukhawuleza nangokulula.