I-PANAILO LiFePO4 Energy Storage Battery Ukuhlola
I-Inverter Connection, Ukuxhumana kwe-BMS kanye Nokuqinisekiswa Kwepharamitha Yesistimu
Isingeniso
Ukugcinwa kwamandla okuthembekile kuqala ngomthamo webhethri. Ibhethri, isistimu yayo yokuphatha ibhethri (BMS), kanye ne-inverter kufanele kuxhunywe ngendlela efanele futhi kulungiswe ukuze kusebenze ndawonye. Kulo mboniso we-PANAILO, ithimba lethu lobuchwepheshe lidlula kubhethri{2}}liye{3}}liye{3}}izintambo ezishintshashintshayo, uxhumo lokuxhumana, kanye nochungechunge lokuhlola lisebenzisa isibonisi se-inverter namamenyu wezilungiselelo.
Okuboniswa Yividiyo
Ukulungisa ibhethri ne-inverter
Ukuboniswa kuqala ngebhethri le-PANAILO kanye ne-inverter ehambisanayo ebekwe ukuze ixhumeke. Uchwepheshe uhlonza izindawo zokuxhuma futhi ulungiselela izingxenye zokuhlola ukuhlanganiswa.
01
Ihlola ukuxhumeka kwamandla e-DC
Ividiyo ibonisa imikhondo yamandla ebhethri kanye namatheminali e-DC asemaceleni e-inverter. I-polarity elungile, uxhumo oluvikelwe ngokufanelekile, kanye nemishini yokuvikela efanele kubalulekile lapho uhlanganisa ibhethri ne-inverter. Umsebenzi wokuxhumanisa kufanele uhlale ulandela amamanyuwali omkhiqizo asebenzayo futhi wenziwe izisebenzi eziqeqeshiwe.
02
Ixhuma isixhumi esibonakalayo sokuxhumana se-BMS
Ikhebula ledatha lixhunywe kusixhumi esibonakalayo sokuxhumana se-inverter. Kuya ngesisetshenziswa nokucushwa kwayo okusekelwayo, ukuxhumana kwebhethri{1}}ku-inverter kungase kusebenzise i-CAN noma i-RS485. Isixhumi esibonakalayo, iphinikhodi, ikhebula kanye nephrothokholi kufanele ifane nencazelo yabakhiqizi bobabili; isixhumi esilingana ngokomzimba asiqinisekisi ukuhambisana kuphela.
03
Ibuyekeza izilungiselelo nesimo se-inverter
Uchwepheshe uzulazula kusikrini esithintwayo se-inverter, avule amakhasi ezilungiselelo, futhi abuyekeze ulwazi lwesistimu. Lawa mamenyu ajwayele ukusetshenziselwa ukukhetha uhlobo olufanele lwebhethri noma ukumiswa kokuxhumana kanye nokuhlola{1}}idatha yokusebenza ehlobene nebhethri.
04
Iqinisekisa ukusethwa kokuxhumana
Ukuhlolwa kokugcina{0}esikrinini kubonisa indlela ochwepheshe ababuyekeza ngayo ukucushwa nolwazi lwesimo olutholakalayo. Ividiyo ibhala inqubo yokuhlola, esikhundleni sokusebenza okulinganiselwe noma{2}}ukuhlolwa kokubekezela kwesikhathi eside.
05
Kungani I-BMS Communication Ibalulekile
Ibhethri ye-lithium iron phosphate (LiFePO4) ivamise ukugadwa yi-BMS. Indima yayo ukuqapha izimo zebhethri ezibalulekile nokusekela izenzo zokuvikela ngaphakathi kwedizayini yesistimu. Uma i-inverter ehambisanayo kanye nedatha ye-BMS ishintshisana ngendlela efanele, isiguquli singakwazi ukusebenzisa ulwazi olufana nesimo sokushaja (i-SOC), i-voltage yebhethri, yamanje, izinga lokushisa, ama-alamu, kanye nemikhawulo evunyelwe yokushaja noma yokukhipha, kuye ngokuthi iphrothokholi namandla emishini.
Lokhu kulawulwa okudidiyelwe kungasiza isistimu ukuthi iphendule ezimweni ezishintshayo zebhethri kunokuthembela kuphela kumathreshold kagesi asethiwe. Ngakho-ke ukuhambisana kokuxhumana kuyingxenye ebalulekile yokugunyazwa, ikakhulukazi uma izinhlobo ezahlukene zemikhiqizo noma amamodeli ehlanganisiwe.
Ukuhlolwa Okubalulekile Ngaphambi Kokugunyazwa
Ukuhambisana kukagesi:qinisekisa amandla kagesi ebhethri kanye nobubanzi bokusebenza bufana -nemininingwane yokokufaka yebhethri le-inverter.
Ukuhambisana kokuxhumana:qinisekisa uhlobo lwesixhumi esibonakalayo esisekelwayo, umsebenzi wephinikhodi, iphrothokholi yokuxhumana nanoma iyiphi iphrofayili yebhethri edingekayo.
Ukucushwa:hlola imodi yokusebenza ekhethiwe kanye nemikhawulo yokushaja/yokukhipha ngokumelene nesiqondiso somkhiqizi webhethri.
Isimo nama-alamu:buyekeza idatha yebhethri ebonisiwe, izinkomba zokuxhumana, nanoma yiziphi izexwayiso ezisebenzayo ngaphambi kokuthuthukela ekuhlolweni kokusebenza.
Ukuphepha:sebenzisa ukuhlukaniswa okufanele, ukulinganisa ikhebula, ukuvikeleka kwe-overcurrent, amalungiselelo okumisa phansi kanye nezinqubo zokufaka ezifanelekayo.
Kusuka Kumasheke Wokuhlanganisa Kuya Kusistimu Yokugcina Amandla Ethembekile
Lokhu kuhlola kokuqala kuyingxenye eyodwa yekhwalithi ebanzi nenqubo yokugunyazwa. Ngokuya ngohlelo lokusebenza, ukuqinisekiswa okwengeziwe kungase kuhlanganise ukushaja okulawulwayo nokukhipha, ukuhlola impendulo yokuvikela, ukuhlolwa komthwalo, nokuqapha ngaphansi kwezimo zokusebenza ezichaziwe. Ukuhlola okunjalo okwengeziwe akuvezwa njengemiphumela eqediwe kule vidiyo.
Emandleni ekhophi yasenqolobaneni yendawo yokuhlala, isitoreji samandla ezentengiselwano, namaphrojekthi esitoreji-kanye{1}}nelanga, ukufaniswa kwengxenye ngokucophelela kusiza ukwehlisa izinkinga zokuhlanganisa futhi kusekele ukusebenza kwesistimu okuqaphelekayo. I-PANAILO inikeza izixazululo zebhethri ye-LiFePO4 futhi isebenza namakhasimende ekucushweni okungokoqobo kwezidingo zabo zokugcina amandla.