I-Victron Cyrix-Li-Charge 24/48V-230A Intelligent Charge Relay

I-Cyrix Battery Combiner iyi-microprocessor-control control heavy duty relay exhuma ngokuzenzakalelayo amabhethri ngokuhambisana lapho elinye lawo selifinyelele i-voltage esethwe ngaphambilini (okubonisa ukuthi ibhethri liyashajwa) futhi iyanqamuka lapho i-voltage yehla ngaphansi kwezinga lokuntanta (okubonisa ukuthi ibhethri elilodwa noma ngaphezulu liyakhishwa). Ama-Cyrix Battery Combiners angcono kakhulu esikhundleni sezihlukanisi ze-diode. Isici esiyinhloko ukuthi akukho ukulahleka kwe-voltage ukuze i-voltage ephumayo yama-alternator noma amashaja webhethri angadingi ukunyuswa.
Ibhethri le-LiFePO4: ukuvimbela ukusha kwe-voltage yeseli, i-over-voltage, kanye nezinga lokushisa elingaphezulu Umugqa wokuqala wokuvikela ukulinganisa kwamaseli. Wonke amabhethri e-Victron LiFePO4 ahlanganisa ukulinganisa kwamaseli.
Umugqa wesibili wokuvikela uqukethe:

• Vala umthwalo uma kwenzeka iseli eliseduze lingaphansi kwe-voltage
• Vala noma unciphise amandla okushaja uma kwenzeka iseli lisondele kakhulu ku-voltage, izinga lokushisa eliphezulu (>50°C) noma izinga lokushisa eliphansi (<0°C).

I-VE.Bus BMS iwumgogodla wolayini wokuvikela wesibili.
Nokho, akuyona yonke imithwalo noma amashaja angalawulwa ngokuqondile yi-VE. Ibhasi BMS.
Ukuze uvale imithwalo enjalo noma amashaja ama-VE amaningi. Amaswishi e-Cyrix e-BMS alawulekayo ayatholakala.
I-Cyrix-Li-load I-Cyrix-Li-load izonqamuka lapho okokufaka kokulawula kwayo kuba kuntanta mahhala.
Uma i-voltage yebhethri ilulama ngemuva kokunqamuka (okuzokwenzeka lapho kungekho eminye imithwalo exhunywe ku-
ibhethri), ukuphuma kwe-BMS kuzoba phezulu futhi i-Cyrix izosebenza kabusha ngemva kwemizuzwana engu-30. Ngemva kwemizamo emi-3
ukuze izibandakanye kabusha, i-Cyrix izohlala ingasebenzisi kuze kube yilapho amandla omthamo webhethri akhuphuka abe ngaphezu kuka-13V (resp. 26V noma
52V) phakathi namasekhondi okungenani angu-30 (okuwuphawu lokuthi ibhethri liyashajwa). Kungenjalo, i-BatteryProtect ingasetshenziswa (inzuzo: ukusetshenziswa kwamandla okuphansi kakhulu).
I-Cyrix-Li-Charge I-Cyrix-Li-Charge izoxhuma ishaja yebhethri ngokulibaziseka kwamasekhondi angu-3:

• Uma Ukushaja Nqamula okukhiphayo kwe-VE. Ibhasi BMS iphezulu, futhi
• Uma izwa i-13,7V (resp. 27,4V noma 54,8V) noma ngaphezulu kutheminali yayo yokuxhuma ishaja yebhethri, futhi
• Uma izwa i-2V noma ngaphezulu kutheminali yayo yebhethri (i-Cyrix izohlala ivuliwe, uma ingaxhumekile ebhethrini).

I-Cyrix-Li-Charge izonqamuka ngokushesha noma nini lapho okokufaka kwayo kokulawula kubanda, iseli elisayinayo.
overvoltage noma iseli phezu kwezinga lokushisa.
Ngokuvamile, i-alamu yeseli phezu kwe-voltage izosethwa kabusha maduze nje ngemva kokumiswa kokushaja. UCyrix uzokwenza kanjalo
xhuma kabusha ishaja ngemva kokulibaziseka kwamasekhondi angu-3. Ngemuva kwemizamo emibili yokuzibandakanya kabusha nokulibaziseka kwemizuzwana emi-3, i
ukubambezeleka kukhuphuka kube yimizuzu eyi-10.
Noma kunini lapho amandla ogesi ebhethri engaphansi kuka-13,5V (resp. 27V noma 54V), i-Cyrix izonqamuka ngokulibaziseka kwehora elingu-1.
Qaphela 1: Endabeni yokukhipha i-zero yamanje, noma ukukhishwa okuncane kwamanje, i-Cyrix ngeke inqamule ngemva nje kwalokho.
ishaja icishiwe futhi/noma inqanyuliwe ngenxa yokuthi amandla omthamo webhethri azohlala ephakeme kuno-13,5V.
Qaphela 2: Uma, ngemva kokuthi i-Cyrix isinqamukile, ukuphuma kweshaja yebhethri kukhuphuka ngokushesha kube ngu-13,7V noma
ngaphezulu, i-Cyrix izophinde ihlanganyele, ngokulibaziseka kwamasekhondi angu-3.
I-Cyrix-Li-ct Ukusebenza kwe-Cyrix-Li-ct kufana ne-Cyrix-ct.
I-Cyrix-Li-ct izohambisana ngokuhambisana nokuxhuma ibhethri eliqalisa i-lead-acid kanye nebhethri ye-LiFePO4:

• Uma Ukushaja Nqamula okukhiphayo kwe-VE. Ibhasi BMS iphezulu, futhi
• Uma izwa 13,4V (resp. 26,8V) noma ngaphezulu kwenye yamatheminali ayo amandla.

I-Cyrix izokhipha ngokushesha:

• Lapho okukhiphayo kokulawula kuba ukuntanta mahhala, okubonisa iseli phezu kwe-voltage noma iseli phezu kwezinga lokushisa
• Lapho i-voltage yebhethri yehla ngaphansi kuka-13,2V.

Qala umsebenzi wokusiza: ukushaya kwenhliziyo okufushane kuzovala imizuzwana engama-30 (bheka umfanekiso ekhasini 2).
I-voltage suppressor eyakhelwe ngaphakathi izokhawulela i-voltage spike engenzeka lapho i-Cyrix kungazelelwe
iyanqamula ngenxa yokugcwala kweseli noma izinga lokushisa elingaphezulu.