Menene dalilan da yasa masu aikin sadarwa ke canzawa zuwa siyayyabatirin lithium iron phosphateAjiyar makamashi a kasuwa ita ce inda ake amfani da batirin lithium iron phosphate. Ana amfani da batirin lithium iron phosphate sosai saboda kyawun aikinsu na tsaro da ƙarancin farashi. Haɓaka fasahar sadarwa yana haifar da sabbin kasuwannin aikace-aikacen batirin lithium, kuma a hankali ana maye gurbin batirin lead-acid da batirin lithium.

Mene ne dalilan da ya sa kamfanonin sadarwa ke komawa ga siyan batirin lithium iron phosphate?

An fahimci cewa a halin yanzu, manyan kamfanonin sadarwa guda uku na cikin gida, China Telecom, China Mobile, China Unicom da sauran kamfanonin sadarwa sun rungumi batirin lithium iron phosphate wanda ya fi dacewa da muhalli, ya fi kwanciyar hankali, kuma yana da tsawon rai don maye gurbin batirin lead-acid na baya. An yi amfani da batirin lead-acid a masana'antar sadarwa tsawon kusan shekaru 25, kuma rashin amfanin su yana ƙara bayyana, musamman ga yanayin ɗakin kwamfuta da bayan gyara.

Daga cikin manyan kamfanonin sadarwa guda uku, China Mobile tana amfani da batirin lithium iron phosphate fiye da da, yayin da China Telecom da China Unicom suka fi taka tsantsan. Babban dalilin da ya sa ake yawan amfani da batirin lithium iron phosphate shine tsadar da ake samu. Tun daga shekarar 2020, China Tower ta kuma nemi sayen batirin lithium iron phosphate a cikin tayin da yawa.

Idan aka kwatanta da batirin lead-acid, batirin lithium iron phosphate don samar da wutar lantarki yana da fa'idodi na ƙananan sawun ƙafa, yawan kuzari mai yawa, tsawon rai na zagayowar aiki, aminci, aminci, da kuma kariyar muhalli. Batirin lithium iron phosphate suna shiga fagen hangen nesa na mutane a hankali.

1. Dangane da tanadin makamashi, tashar sadarwa mai amfani da batirin lithium na iya adana wutar lantarki mai digiri 7,200 a shekara, kuma manyan masu aiki uku suna da tashoshin sadarwa 90,000 a cikin wani lardi, don haka ba za a iya raina tanadin wutar lantarki ba. Dangane da kariyar muhalli, batirin lithium ba shi da ƙarfe mai nauyi kuma ba shi da tasiri sosai ga muhalli.

2. Dangane da tsawon lokacin zagayowar, tsawon lokacin zagayowar batirin gubar-acid yawanci ya kai kusan sau 300, tsawon lokacin zagayowar batirin ƙarfe na lithium phosphate ya wuce sau 3000, tsawon lokacin zagayowar batirin lithium zai iya kaiwa fiye da sau 2000, kuma tsawon lokacin sabis ɗin zai iya kaiwa fiye da shekaru 6.

3. Dangane da girma, saboda nauyin batirin lithium mai sauƙi, shigar da batirin ƙarfe na lithium a cikin sabon ɗakin kwamfuta da aka yi haya zai iya biyan buƙatun ɗaukar kaya ba tare da ƙarfafawa ba, yana adana kuɗaɗen gini da suka shafi hakan da kuma rage lokacin ginin.

4. Dangane da yanayin zafin jiki, batirin lithium iron phosphate yana jure wa yanayin zafi mai yawa, kuma zafin aiki na iya kasancewa daga 0 zuwa 40. Saboda haka, ga wasu tashoshin macro, ana iya sanya batirin kai tsaye a waje, wanda hakan ke adana kuɗin gini (hayar) gidaje da kuma kuɗin siye da sarrafa na'urorin sanyaya iska.

5. Dangane da aminci, tsarin sarrafa batirin lithium na tashar sadarwa mai ƙarfi BMS yana da halaye na ayyukan sadarwa na ci gaba, cikakken duba kai na tsarin, babban aminci, babban aminci, ƙarfin sarrafa lantarki, ƙa'idodi masu tsauri, da kuma daidaitawa mai ƙarfi.

Yanayin Amfani da Batirin Lithium Iron Phosphate don Sadarwa

Ana amfani da shi don tashoshin tushe na macro, tare da ƙarancin aikin ɗaukar hoto da kuma ƙaramin yanki.

Saboda nauyin batirin lithium iron phosphate mai sauƙi da ƙaramin girman batirin, idan aka shafa shi a tashar tushe, ana iya shafa shi kai tsaye a tashar tushe tare da ƙarancin aikin ɗaukar nauyi na tashar tushe ta macro ko yankin da ke da sarari mai tsauri a tsakiyar birni, wanda babu shakka zai rage wahalar zaɓar wurin kuma ya sa zaɓin wurin ya yi aiki yadda ya kamata. A kafa harsashin mataki na gaba. Ana amfani da shi ga tashoshin tushe waɗanda ke fama da katsewar wutar lantarki akai-akai da rashin ingancin wutar lantarki.

Tunda batirin lithium iron phosphate yana da halaye na tsawon rai da kuma yawan zagayowar caji da fitarwa, ana iya amfani da shi a tashoshin jiragen ruwa masu yawan otal-otal da kuma rashin ingancin wutar lantarki mai kyau, wanda ke ba da cikakken amfani ga fa'idodinsa da kuma haskaka halayensa, don tabbatar da aikin sa na yau da kullun.

Samar da wutar lantarki a bango ya dace da tashoshin tushe da aka rarraba a cikin gida.

Batirin lithium iron phosphate yana da halaye na nauyi mai sauƙi da ƙaramin girma, kuma ana iya amfani da shi azaman batirin madadin don ƙarfafa wutar lantarki mai sauyawa don tabbatar da samar da wutar lantarki akan lokaci, aminci da amincin wutar lantarki.

Ana amfani da shi ga tashoshin tushe na waje da aka haɗa.

Yawancin tashoshin tushe suna amfani da yanayin kula da tashoshin tushe na waje, wanda ke magance matsalar wahalar hayar ɗakunan kwamfuta. Tashoshin tushe na waje da aka haɗa suna fuskantar matsaloli da yawa daga wasu abubuwa na waje, kamar zafin jiki, danshi da iska mai ƙarfi. A cikin wannan yanayi mai wahala, batirin lithium iron phosphate na iya tabbatar da aiki mai kyau na caji da fitarwa a yanayin zafi mai zafi. Ko da babu na'urar sanyaya iska a matsayin garanti, batirin lithium iron phosphate na iya aiki yadda ya kamata, yana guje wa lalacewar da zafin jiki mai yawa ke haifarwa.

Takaitaccen Bayani: Batirin lithium iron phosphate shine ci gaban da ake samu a fannin sadarwa. Masu amfani da sadarwa da yawa sun gwada batirin lithium iron phosphate, kuma fasaha ce mai shahara a fannin samar da wutar lantarki ta sadarwa.