Matsalar rashin wutar lantarki na baturi ne ke haifar da ita. Da fatan za a duba idan ƙarfin baturi na al'ada ne. Idan ƙarfin baturi shine matsalar, duba haɗin baturi ko baturis. Idan wutar lantarki ta al'ada ce,amma batun har yanzu yana nan, don Allahduba idan inverter zai iya gano ƙarfin baturi. Idan ba za a iya gano ƙarfin baturi bata inverter, da fatan za a duba idan ikonkebul tsakanin inverter da baturi duba ko ta's cikin yanayi mai kyau(wani lokaci saboda tashoshin baturi ba a kutse batam). Idan matsalar matsalar da ke sama ita ceyiamma matsalar ta ci gaba, maye gurbinkokarin maye gurbinBMC.

Tushen tushen shine lokacin da mai amfani ya tara batura, SOC na kowane baturi baya daidaitawa, yana haifar da tsarin shigar da daidaitaccen yanayi.

Magani:

Haɗa kowane baturi daban zuwa inverter, cajin shi zuwa 20% ko 30%, sannan ku sauke shi zuwa kashi 10%, sannan ku auna ƙarfin baturin, wanda yawanci shine 97V, tabbatar da cewa duk ƙarfin baturi 97V ne, haɗa batir ɗin tare, cajin su zuwa 20% ko 30% ta inverter, sannan saita inverter azaman "yanayin amfani da kai".

Ya kamata a adana samfurin baturi mai tsabta, bushe, da iska a cikin gida tare da kewayon zafin jiki tsakanin -10 ℃ ~ + 35 ℃, kauce wa hulɗa da abubuwa masu lalata, kiyaye su daga wuta da tushen zafi, kuma a caje shi kowane watanni shida ba tare da fiye da 0.5C (C-rate shine ma'auni na ƙimar da baturi ya saki dangi da iyakar ƙarfinsa.) zuwa SOC na tsawon lokaci 4.

A'a, mun riga mun sami maɓallin DC akan BMC kuma ba mu ba da shawarar ku ƙara maɓallin DC na waje tsakanin baturi da inverter ba. Domin yana iya yin tasiri akan aikin precharge na baturin kuma ya haifar da lalacewar hardware akan baturi da inverter idan kun kunna na waje na DC fiye da baturi da inverter. Idan kun riga kun shigar da shi don Allah a tabbatar cewa mataki na farko yana kunna na'urar kunna DC ta waje, sannan kunna baturi da inverter.