Yadda ake zabar cajar baturin lithium-ion mai inganci

ଲେଖକ: ଆଇଫ୍ଲୋପାୱାର - Portable Power Station supplementum

Yaya za a zabi caja mai kyau na lithium-ion? Ingancin caja ya ƙayyade tsawon rayuwar baturin lithium-ion, don haka zaɓin caja mai inganci yana da mahimmanci. Dole ne a daidaita ƙarfin fitarwa na caja gwargwadon baturin ku, wannan dole ne ya fahimci daidai. Yaya za a zabi caja mai kyau na lithium-ion? 1.

Girman cajin halin yanzu, saurin caji yana da sauri. Tsawon lokacin caji yana da alaƙa da saurin caji, sannan kuma duba ƙarfin batirin lithium-ion. Ya kamata a lura cewa mafi girman cajin halin yanzu, mafi girman buƙatun ƙirar ƙira don ƙirar tsarin ciki na caja da baturin lithium-ion.

Gabaɗaya, girman cajin halin yanzu, ƙarin zazzabi yayin caji, mafi girman lalacewar aikin baturi. Ingancin Caja mai tsarkakewa da baturi Sauƙi don samun amintaccen aiki kamar ɗigowar ruwa lokacin da ake cajinsa cikin sauri. 2 Koyaushe ƙasa da 100%.

Lokacin caji, ya kamata a sarrafa cajin halin yanzu a cikin takamaiman kewayon, kuma cajin halin yanzu yana da girma ko kuma ƙarami, wanda zai rage ƙarfin caji. Game da caja mai sauri na babban halin yanzu, wajibi ne a yi wani tsari na musamman na hanyar caji na caja baturin lithium ion don inganta aikin caji. 3.

Kalli cajar cajar don ƙare cajar ƙaramar halin yanzu gabaɗaya amfani da hanyar sarrafa lokaci. Mafi girman samar da caja na yanzu, mafi rikitarwa hanyar sarrafa cajin caji, mafi girman farashi da farashi. Ga mai amfani, don zaɓar bisa ga ainihin yanayin ku.

Idan ƙarfin baturin da aka yi amfani da shi ba shi da girma sosai, ko kuma gudun cajin ba ya ƙima musamman, ana iya zaɓar cajin gabaɗaya; idan ya cancanta, akwai buƙatar zaɓar caja mai sauri, yana da kyau a sami ƙarin aikin caja da baturin lithium-ion. Yi ɗan fahimta. 4.

Yin la&39;akari da cajar abin hawan lantarki na ingancin caja shine fasaha mai kyau kuma mara kyau, wanda zai iya kiyayewa sosai, hanawa, kawar da vulcanization na baturi, da polarization. Sabuwar ƙarfin baturi za a iya kiyaye shi tsawon tsayi da tsayi; an yi amfani da shi, an dawo da ƙarfin tsohuwar ƙarfin baturi, kuma an ƙara tsawon rayuwar batir sau 2 zuwa 3 na rayuwar baturi. Kasance mai hankali akan kariyar lokaci, aikin ramuwa ta atomatik zafin jiki, kariyar tasirin tasirin grid, super anti-tide rigakafin lalata juriya, da sauransu.

5, cajin layin cajin waya shima iri ɗaya ne, yana da kyau a yi amfani da kebul na caji na asali ko suite. Idan kebul na caji irin wannan, yakamata a shigar da shi a sama don guje wa haɗuwa. Tsarin cajin baturi na Lithium-ion yana mai da hankali ga tushen shigarwa: Yawancin suna amfani da adaftar bango mai arha sosai azaman ikon shigarwa.

Wutar lantarkin da yake fitarwa yana da mahimmanci don dogaro da ƙarfin shigar da AC da ɗaukar nauyi na yanzu da ke gudana daga adaftar bango. Ƙimar da daidaiton caji na yau da kullum: Za a iya ƙayyade takamaiman zaɓin amfani da topology ta cajin halin yanzu. Yawancin manyan caja na yau da kullun ko cajin baturi mai ɓangarori da yawa suna amfani da canza hanyoyin sarrafa caji don cimma babban inganci da hana zafi mai yawa.

Daidaiton daidaiton ƙarfin wutar lantarki: Domin amfani da ƙarfin baturi gwargwadon yuwuwar, daidaiton ƙarfin wutar lantarki na fitarwa yana da matuƙar mahimmanci. Ƙananan raguwa a cikin daidaiton ƙarfin lantarki na iya haifar da raguwa mai mahimmanci a ƙarfin baturi na lithium-ion. Koyaya, saboda aminci da aminci, ba za a iya saita ƙarfin wutar lantarki mai ƙarfi yadda ake so ba.

Kula da zafin baturi: A ƙarƙashin yanayi na al&39;ada, kewayon zafin jiki a 0 ¡ã C zuwa 45 ¡ã C yayin cajin baturin lithium ion. Cajin baturi na iya haifar da zafi fiye da kima a wannan yanayin zafin. A cikin zagayowar caji, tashin matsi a cikin baturin shima zai sa baturin ya faɗaɗa.

Zazzabi da alkalami mai matsa lamba. Abin da ke sama shine zaɓi na cajar baturin lithium-ion. Don lura cewa tsarin cajin baturin lithium-ion ya sha bamban da tsarin caji na batir nickel-cadmium da nickel-hydrogen.

Yana da hadaddun tsarin amsawa na lantarki. Don haka don saita caja na musamman don yin caji.