Wane abu ne da ke ƙarƙara bateri na sodium-ion?

Wannan shi ne Kusurin S sodium-Ion Batteries?

Batteries na sodium-ion suna da sababbin ƙarfi na haɗa su — raw materials da suka fiye, supply chains da suka fiye, da kuma behavior na cold-weather wanda ke amfani. Amma kowane battery technology yana da kusurin da su, kuma sodium-ion ba zai gaskiya ba. Wani mutum da ya so in yin amfani da battery ba za a yi amfani da shi ne kamar yadda ya dace, amma kusurin su ke nuna inda technology ya dace don amfani, kuma inda ba za a iya amfani da shi ba don wani application.

Wannan article yana nufin kusurin sodium-ion batteries, wanda ya kashe article na mu na yadda suka fiye. Ba mun yi amfani da shi don kawo mutane su daga sodium-ion chemistry ba. Mun yi amfani da shi don kawo importers, distributors, wholesalers, OEM da ODM procurement teams, da kuma engineering companies map na haɗa da kusurin sodium-ion batteries — da kuma inda kusurin su ke dace don automotive Start-Stop applications.

Kowace kowane ake bayani da su a matsayin kowane yadda ake so. Inda adadin da ke zama mabudai (saboda ƙarshen kowane karamin cathode, tsarin cell, ko masu sanyi sun kashe shi), wannan rubutu yana zama kowane. Kowane yadda ake amfani da shi yana taka muhimmiya ga kimiyar, tsarin cell, masu sanyi, da shirin amfani.

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Yadda ƙaramin energy Ta yin gaba daya da Lithiu m-Ion

Muhimmancin kowane daga cikin kowane kowane na bateri na sodium-ion shine yadda ƙaramin energy. Sodium-ion yana ƙarami da lithiu a matsayin atom, kuma yadda ƙaramin energy na cell da aka bayani da su daga cikin sodium-ion suna ta yin gaba daya da yadda ƙaramin energy na kimiyar lithium-ion na farko. Yadda ƙaramin energy na volumetric — watt-hours per liter na cell — akwai kuma ta yin gaba daya da lithium-ion na high-nickel ko cobalt-rich.

Don aikace-aikacen mota, wannan rata yana da mahimmanci daidai da yawan ƙarfin da ake sa ran batirin zai adana. A cikin wutar lantarki mai amfani da wutar lantarki, inda kowane kilogram da kowane lita na nauyin kaya yana matsawa don kara yawan tafiyar, shi ne ɓangaren inda rashi mai ƙarfi ya fi rauni. Sodium-ion sunadarai ba a halin yanzu amsar da ta dace ba ga wannan ɓangaren lokacin da ke gasa da manyan kwayoyin lithium-ion.

Ga batirin mota na farawa-dakatar, ratawar yawan kuzari ba ta da zafi sosai. Batirin farawa-dakatar da ba ya buƙatar adana makamashi na kayan aiki. Yana bukatar ya samar da wutar lantarki, ya karɓi wutar lantarki, kuma ya tsira daga dubban hawan keke. Rashin ƙarfin ƙarfin sodium-ion na gaske ne, amma ba sau da yawa ƙuntatawa a cikin wannan aiki ba. Masu sayen ya kamata su tambayi mai sana'a don ƙimar ƙarfin kuzari a matakin tantanin halitta da kuma kunshin. kawai ba za a iji sodium-ion numbers don zama da suka dace ga wajen lithium-ion high-energy, kuma ba za a sanya wannan teknoliji ta haka kawai ba.

Wani abu ne muna nufin gano cewa energy density ya kashe. Sodium-ion cathode families suna a wani lokaci na farko na energy density curve, kuma pack-level engineering (cell-to-pack designs, yadda ake sauyi module layouts, kuma enclosures da ke cika yawa) yana tsara. Gap na energy density zuwa lithium-ion yana ƙarami a wani chemistry kuma yana ƙarami a wani kuma, tare da wane cathode family kuma wane manufacturer ne ke aikata. Yi amfani da wani lamba da aka rubuta shi kamar yadda ake fara, ba kamar yadda ake ci gaba ba.

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Farko na Kammal in Takamaten

Batteries na sodium-ion ba su tayi abin da suka gabata — suka kawo su a cikin many years —amma su ne tattaunawa a matsayin abu na koyon gida da aka bayar da shi a duniya. A matsayin wani abu da ke cikin yadda ya zama mai kyau don amfani, yanayin bateri na sodium-ion don otutu suna cikin yadda ya zama mai kyau da yawa kafin bateri na lead-acid, AGM, EFB, da lithium-ion don otutu. Adadin masu bayar da cell na daraja ta uku da ta biyu da suka gabata su ne yawa. Adadin rukunin bateri na otutu da aka duba su ne yawa. Adadin tsarin otutu da suka amfani da bateri na sodium-ion a cikin hanyar da suka ci gaba da tsarin su ne yawa.

Ga ƙungiyar masu sayayya, wannan rata ta balaga ta fassara zuwa abubuwa uku masu amfani don tabbatarwa. Na farko, tsawon rayuwar mai samarwa: Shin masana'antar samar da sel na sodium-ion kamfani ne mai karko tare da taswirar hanya na shekaru da yawa, ko kuma kamfani ne na farko wanda ci gaba ba shi da tabbas? Na biyu, tabbacin inganci: shin an yi amfani da ƙirar ƙwayoyin halitta da ƙirar ƙira a cikin motoci na dogon lokaci don samun bayanan filin, ko kuma har yanzu yana kan dubban dubban raka'a? Na uku, cibiyar tallafi: Shin mai samarwa yana da tsarin garanti, ƙungiyar goyon bayan fasaha, da kuma takardun takardun ga abokan ciniki na mota?

Wannan ba sababbin yin kari na sodium-ion. Shii ne sababbin yin gudun mataimaka ga abu da ke zama mafi yawa a wata lokaci, wanda ya kamata a yi. Mutum da ke so yin amfani da sodium-ion kamar yadda ya yi amfani da abu da ke cikin hali mai tsoro, yana da shugaban da ke cikin hali mai tsoro, yana da shugaban da ke cikin hali mai tsoro, yana da shugaban da ke cikin hali mai tsoro — ƙasa, ƙasa, ƙasa — zai samu shugaban da ke cikin hali mai tsoro da ke cikin hali mai tsoro. Mutum da ke yi gudun mataimaka zai samu abubuwa da ke cikin hali mai tsoro da ba a dace ba.

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Cell da ke cikin hali mai tsoro Standardisation na format

Batteries na lithium-ion na motor sun samu damar yin amfani da su a cikin lokacin da suka kashe manyan lokaci. Cell na cylindrical (18650, 21700, 4680), cell na prismatic, da cell na pouch na manyan hali suna da shugaban da ke cikin hali mai tsoro da standardised footprints. Design na lithium-ion na motor zai iya samun cell daga cewa mutane da ke cikin hali mai tsoro da za a sanya su a cikin module na musamman.

Sodium-ion automotive cells suna a wani ƙarƙashin yadda ake gudanen format na sodium-ion. Kamar yadda ake fahimta, karamin sodium-ion cells da suka kashe a cikin market na automotive suna a matsayin prismatic ko karamin pouch designs daga wani ƙaramin shugaban sarki. Cylindrical sodium-ion cells suna da wata karamin yadda suka kashe, amma ba su da yawa. Standardized cross-supplier formats —wanda ke nufin 21700 don cylindrical lithium-ion — suna zama da karamin yadda suka kashe.

Don mutum da ke so ya sake biya, wannan yana da muhimmanci a biyu hujja. Muna uku, yana kusantar da abin da za a iya sake biya cells ta hanyar karamin yadda: sodium-ion pack da aka raba a cikin cell na shugaba na farko ba za a iya sa a cikin cell na shugaba na biyu ba tare da canji na mechanical ko BMS ba. Biyu, yana kusantar da abin da za a iya ci gaba daya na format: idan shugaba da aka zaune ya canza format na cell, sodium-ion pack design na mutum da ke so ya iya canza kuma. Wannan ba za a iya amfani da shi a cikin karamin yadda ba — kamar yadda ake fahimta, shine yadda ake ci gaba daya na supply market a yanzu, kuma yana ci gaba daya idan shugaban sarki na biyu suka kashe sodium-ion capacity a cikin market.

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Real-World Cycle Kammalun Kashefai

Sodium-ion chemistry zai iya ba da tsari mai kyau na cycle a cikin shawara masu kuskure —wanda ke ne daga cikin ƙarfin tashin teknolujin. Amma rashin samun bayani na cycle suka faru a matsayin farko daga cikin abubuwan da suka haɗa da kishin cathode, format na cell, kamar yadda BMS ya saba kuma kamar yadda ta fuskanci, yadda ta saurin hanyar amfani, kuma yadda ta fuskanci na manufakturin. Wani mutum da ke so in gano rashin samun bayani na cycle daga wasu masu bayani za a ga rashin samun bayani da suka faru, kuma wani mutum da ke so in gano rashin samun bayani daga mutumin da ke same suna amfani da rashin samun bayani na marketing ko test report za a ga rashin samun bayani da suka faru.

Wani abu da ke nufin yana da ma'ana wadanda suka faru a matsayin rashin samun bayani na cycle ba zai iya amfani da lamba daya don chemistry. Ya kamata a saba shi da: wane kishin cathode, yadda ta fuskanci na discharge a matsayin test, yadda ta saurin hanyar amfani a matsayin test, yadda ta saurin hanyar charge da discharge da suka amfani, kuma yadda ta fuskanci na end-of-life da manufakturin ya amfani da shi. Rashin samun bayani biyu da suka faru a matsayin wani abu ba zai iya amfani da shi don yadda suka faru a matsayin abubuwa da suka faru.

Don aikace-aikacen fara-dakatar da mota musamman, rayuwar sake zagayowar tana da mahimmanci. Za a nemi batirin ya samar da dubban sake kunna injin a tsawon rayuwarsa, sau da yawa a yanayin caji na ɗan lokaci, sau da yawa a cikin injin injin mai zafi, wani lokacin kuma a cikin yanayin sanyi. Mai siye ya kamata ya nemi masu samar da bayanai game da sake zagayowar da aka ɗauka a zurfin fitarwa da zafin jiki wanda ya dace da yanayin amfani da abin hawa da aka yi niyya, kuma ya kamata ya tambayi ko bayanan sake zagayowar sun fito ne daga tantanin halitta guda ɗaya, wani ɓangaren, ko kuma cikakken kunshin. Bayanan zagaye na kunshin yana da mahimmanci fiye da bayanan zagaye na tantanin halitta ga mai siye da ke yanke shawara akan samfurin ƙarshe.

Yana da kyau kuma a rarrabe rayuwar sake zagayowar daga rayuwar kalanda. Batirin da ke aiki sau da yawa amma yana lalacewa da sauri a kan shiryayye yana da daraja dabam da batirin da ke aiki sau da yawa amma yana tsufa a hankali. Sodium-ion sunadarai ba su da wata dama ko rashin amfani a kan rayuwar kalandar idan aka kwatanta da lithium-ion; kwatanta ya dogara da takamaiman sunadarai da yanayin ajiya.

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Kwana da Kaza ta Farko B yadda Ake Amfani

Wani daga cikin ƙarfin sodium-ion wanda ke ƙarewa shine kwana da kaza ta farko — yadda zai iya ba da kaza ta farko a yadda yana da ƙarfi na gaba daya. Wannan ƙarfina yana da haƙiƙi kuma yana da kyau in zaune a matsayin amfani da shi a lokacin sauyin kaza. Amma kwana da kaza ta farko da kwana da kaza ta bayani ba su daidai ba, kuma yadda sodium-ion ke amfani da kwana da kaza ta bayani yana da fahimtar kamar yadda ke amfani da kwana da kaza ta farko.

Kwana da kaza ta cell na sodium-ion a yadda yana da ƙarfi na gaba daya — a ƙasa da −0zuwa −20 °C, ta hanyar cell — zai iya kusantar kwana da kaza ta bayani saboda ƙarfi na electrolyte wanda ya kashe ƙarfin ionic conductivity, saboda yadda sodium ke taka a anode, da saboda limits na BMS wanda aka saba da shi a kaza ta bayani a yadda yana da ƙarfi na gaba daya. Wani daga cikin sodium-ion cell programs suna ba da izini don kwana da kaza ta bayani a yadda yana da ƙarfi na gaba daya; wadansu suna kusantar kwana da kaza ta bayani zuwa a ƙasa da freezing kuma suna amfani da ƙarfi na gaba daya na motor ko heater na battery don kara ƙarfi na pack a lokacin kwana da kaza.

Don ƙarfi na kula da ayyukan gaba daya na bateri na Start-Stop na otu, ƙarfin yin fuskantarwa (discharge) a lokacin sanyi ya zama mafi mahimmanci daga biyu — bateri zai bukata yin fuskantarwa na injin lokacin da yaki ya kashe. Ƙarfin yin shigarwa (charging) ya zama ƙara yawa ba tare da amfani ba saboda injin ya tsaya kuma alternator ya bayyana ƙarfin shigarwa ga bateri wanda ya zama mai yanka. Amma don abokan da suka neman baterin sodium-ion don hanyoyin cikin wadanda suka fiye (gabatarwa na solar, ƙarfin yin amfani da kari, ko wani abu wanda za a iya yin shigarwa a lokacin sanyi), yin amfani da bateri a lokacin sanyi ya zama mahimmanci. Siga da kurba na yin shigarwa a lokacin da ke cikin wadanda suka fiye don amfani, ba tare da kurba na fuskantarwa ba.

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Sertipikeetin Otun da Farko na Homologation

Batteri na otomatik ba su batteri na sarrafa ba. Su ya kamata su dawo kafin bayanin OEM na jirgin kudin, standar din homologation na yankin (kamar ECE R100 don jirgin kudin elektriki a cewa many markets), amfani da UN 38.3 don tattaunawa na kudin, kuma a wasu lokuta suka dawo kafin bayanin masu amfani na gaba daya. Wasu daga cewa program din otomatik suna buƙatar IATF 16949 don siffo na kwalitas da ke cikin cell kuma pack supplier.

Batteri na sodium-ion na otomatik suna a wani yankin farko na wannan tattaunawa na siffo da ke cikin lithium-ion. Masu amfani na sodium-ion cell kuma pack suna kammala UN 38.3 don tattaunawa na kudin. Wasu suna kammala ECE R100 ko kuma standar din yankin da ke cikin kamar suna cikin wasu al'adu. Jimlar masu amfani da suka samu IATF 16949 don siffo ta hanyar sodium-ion production yana ƙarami da jimlar lithium-ion. Kuma jimlar program din jirgin da suka kammala tattaunawa na gaba daya ta yankin da sodium-ion batteries baya zama ƙarami.

Wannan ba ta yin kari da kari — kari na sertipikeshin zai ƙara yanzu a matsayin teknoliji — amma shi ne kari na farko. Wani mai buyi ce da ke gano bateri na sodium-ion don samun kuma amincewa na otomatik, ya bukata nuna wadanda sertipikeshin suka cire bateri na sodium-ion, wadanda sertipikeshin suka cire mai bayarwa, kuma yadda za a cire wadanda kari suka cire kafin samun kuma amincewa ya faru. A wadanda masu kari da kari, inda kari na homologation ta hanyar kari ne, kari na sertipikeshin na bateri na sodium-ion ba ta zama abu da za a iya gudanar da shi ba.

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Kwayar Samun Kuma Kwayar Samun

Kwayar samun bateri na sodium-ion zai ƙara yanzu, amma yana da kwayar samun bateri na lithium-ion. Lambar GWh na seli na sodium-ion ce da aka samu a yankin duniya a cikin shekara shine karamin lambar GWh na seli na lithium-ion ce da aka samu a yankin duniya a cikin shekara. Wannan kari yana da matukar muhimmanci a madaidaici na wasu hanyoyi.

Don ya kuma, ƙaramin gaba na sannan yana nufin ƙaramin kwayoyin bayani a cewa kamar yadda ake fassara — wadanda suka yi amfani da sodium-ion cell suna da karamin kwayoyin bayani wanda ba su daga lithium-ion ba. Yana nufin lokacin da ke fi kamar yadda ake fassara don ya kuma a lokacin da ke cikin kariya, saboda karamin kwayoyin bayani a cikin karamin gaba na sannan yana karami. Yana nufin karamin wadanda suka shiga a matsayin mahaullata na biyu da karamin kwayoyin bayani. Yana nufin idan wani mahaullata ya koma da matsala na sannan —matsala na kwaliti, wani abu da ba za a iya tsaya ba, ko wani abu da ke cikin kariya na finaci —yana nufin yadda ake fassara da karamin kwayoyin bayani don ya kuma.

Yarjejeniyar shekaru da yawa tare da ci gaba da yawan alkawuran sune amsa ta kowa: suna ba da masana'antun siginar girman da suke buƙatar fadada ƙarfin aiki, kuma suna ba mai siye tabbacin samarwa da yake buƙatar yin alƙawarin shirye-shiryen saukarwa. Masu siye ya kamata su yi tsammanin tattaunawa mai aiki tare da masu samar da sodium-ion game da ajiyar damar, fadada damar, da ci gaba da samarwa fiye da yadda za su yi tare da cikakken mai samar da lithium-ion —kuma ya kamata mu bi da wadannan tattaunawa a matsayin wani ɓangare na al'ada samar, ba a matsayin ja flag.

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Recycling da Ƙarshen Rayuwa Har ila yau, Tsarin Gida Ga duniya

Batteri na sodium-ion suna da ƙarfin ƙananan aikin kariya — su ba su da cobalt a cewa mai zuwa wani abu, aluminiam na current collectors suna da kariya ta yau, kuma metali na cathode suna da karami a duniya. Amma infrastrukturin kariya na farko-bayani na sodium-ion ba ta gaba da yawa. Kullum kariya na bateri suna da amfani da lithium-ion. Shugaban kariya na sodium-ion, shugaban fuskantarwa, da shugaban kariya na hydrometallurgical ko pyrometallurgical ba su gaba da yawa.

Don ƙarshen yin amfani da bateri na sodium-ion a yau, wannan yana nufin kuma gudunmawa na farko ba tushen yanzu — baterin da aka shiga a yau zai ci gaba da tsayin sa akan shekara biyu zuwa hudu, kuma abin da ke aikata cikin tsayin bateri zai ƙarƙashan a wadannan lokuta. Amma don abokan da suka rufe kariya na sarrafa mai ƙarfi (EPR), ko da suka rufe kariya na kawo bateri da suko, ko da suka rufe kariya na tsayin bateri da suka faru (kamar Bayanin Bateri na EU), yana kyau in zaɓa mahaɗin da aka shiga waɗannan hujja: “Wane irin tsayin bateri ne da ke aikata don wannan kimya? Kuma wane irin bayanin tsayin bateri ne za su ba?”

Yana da kyau kuma in gani cewa wani irin tsayin bateri na sodium-ion a yanzu ya yi amfani da tsayin bateri na lithium-ion da suka gabata — kamar yadda suka yi amfani da tsayin bateri na pyrometallurgical da suka samu kimyar dukkanin kimiyya ta hana kara yin amfani da wane irin lithium ko sodium cathode chemistry. Tsarin tsohon kuma yana da karami a cikin chemistry kamar yadda ake fahimta. Amma tsarin tsohon hydrometallurgical na sodium-ion cathode materials yana kashe kafin tausayi.

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Wadannan Iyakoki Kuma Yana Nufin Ga Sautin Kudin Mota start-Stop Mai yin amfani

Yi tafsiri na karamin gaba daya zuwa ayyukan biyayen Start-Stop, biyu uku sun daga cikin su sun zama mafi kyawawan.

• Tafassar yana ba da karamin muhimmi a wannan yanayi. Batirin Start-Stop ba za a iya amfani da tafassar na traction-pack. Farko na tafassar na sodium-ion zuwa lithium-ion yana da haqiqi amma yana da karami a cikin wannan duty cycle. Yi amfani da abubuwan da suka zama muhimmi a cikin amfani da batiri: cranking performance, cycle life a cikin depth of discharge da aka shiga, kuma yadda ya yi a canjin yaki mai sanyi.

• Karamin yana bukatar amfani da diligence na supplier. Sodium-ion yana a farko da lithium-ion. Yi amfani da ayyukan biyayen supplier a matsayin amfani da diligence da ke cikin tsari. — finans karamin kari, bayanai na amfani, shirin tashihin kari, taimakon teknikal, da rubutu — ba wani muhimmin kayan aikin yadda aka saba.

• Samun tsarin bayani yana gudanar da karamin kari na biyu. Tsarin cell na sodium-ion ba ta hanyar samun tsarin bayani a cikin masu bayani ba kamar tsarin cell na lithium-ion. Karamin kari na cell na gudanar da karamin kari na biyu ya zama mafi mahimmanci kamar yadda akwai a tsarin kimiyar da suka gabata.

•Karamin kari na gudanar da karamin kari a lokacin yaki mai saukin kari; karamin kari na gudanar da karamin kari a lokacin yaki mai saukin kari yana bukatar amfani. Don aikin Start-Stop, karamin kari a lokacin yaki mai saukin kari shine abin da ke cikin karamin kari, kuma kimiyar sodium-ion ta hanyar da karamin kari. Don abokan da suka yi amfani da sodium-ion don karamin kari a lokacin yaki mai saukin kari, za suwa da bayanai na karamin kari na gudanar da karamin kari.

• Samun tsarin bayani da karamin kari sun zama karamin kari na lokacin yaki. Nuna wadanda tsarin bayani da karamin kari wadanda cell suna da su, da wadanda masu bayani suna da su, kafin ku rufe aikin. Ku sanya karamin kari na lokacin yaki da karamin kari na lokacin yaki a cikin tsarin bayani na karamin kari don taimakon karamin kari na lokacin yaki.

Wadannan karama ba su kare sodium-ion chemistry daga aiki na Start-Stop na motor. Sun bayyana abin da ya kamata mai amfani ya sani. Mai amfani ne da ke shiga cikin sodium-ion sourcing da sanin wannan karama — kuma da ke ƙoƙarin yin aiki da mai baiwa don fahimci su — ya kashe wani mai amfani ne da ke shiga tare da ingantaccen sodium-ion zai yi kamar yadda yake aiki na battery na motor ta yanzu. Sodium-ion shine babban wani abu ne da ke iya aiki ga aiki na Start-Stop yanzu; amma ba ta kashe wani abu ne da ke yanzu a matsayin wani abu na gaba daya. Yi amfani da shi kamar haka.

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Masu Sabon Gaskiya

She shin ke ƙarƙashin karamar bateri na sodium-ion?

Karamin ƙarfi shine abin da aka bayyana ta yau. Karamin ƙarfi na sodium-ion a cikin cell ya kasance ƙasa don lithium-ion na farko, amma a cikin lithium-ion na high-nickel ko lithium-ion na mafi kyau na cobalt. Don wani abu da ke nufin karamin ƙarfi da karamin ƙwayoyi a cikin traction-pack, wannan shine abin da ke saukin gaskiya. A cikin bateri na Start-Stop da wadansu bateri na gaba, ba su zama abin da ke saukin gaskiya ba. Wadansu abubuwan da ke saukin gaskiya sun haɗa da ƙarfin teknoliji, tsarin standard na cell, tsarin sertifikeshin na otutu, da karamin ƙwayoyin da aka produce a yanzu.

Me ya sa? shin karamin ƙarfi na sodium ƙasa don lithium-i kafin?

Sodium yana ƙasa don lithium a cikin atomic level, wanda ke saukin karamin ƙarfi na gravimetric. Sodium kuma yana taka da karamin ƙwayoyi a cikin materials na host da karamin ƙwayoyi na fuskanci da karamin ƙwayoyi na cathode na mafi kyau, wanda ke saukin karamin ƙarfi na volumetric. Karamin cathode, karamin salt na electrolyte, tsarin cell, da inginiyarin pack duk sun haɗa da yadda ƙasa ne karamin farko a cikin amfani.

Shin kula sodium-ion suna da tsari ga matsayi?

Kimiya na sodium-ion ta kashe matsayi a yadda za a yi amfani da shi don gudun mataimakon koyaushe da kuma wasu mataimakon gaba'ida na motor. Ta zama babu kima da lithium-ion a cikin kimiya na motor, kuma adadin abokan cin rukuni, bayanan abubuwan da suka dace, da sertifikat suna ƙarami. Abokan cin rukuni su ya yi amfani da sodium-ion don hankali kuma suyi amfani da abokan cin rukuni wanda ya kamata a yi don kima mai zuwa.

Shin kula sodium-ion sun hada masu alheri na gida?

Kimiya na sodium-ion tana aiki da kyau a lokacin gida ta fuskanci, kamar yadda ta aiki da kyau kafin lithium-ion a lokacin gida ta fuskanci. A lokacin gida ta fuskanci na kula, yadda ake cin rukuni yana da karami —wani kimiya ya baka cin rukuni a lokacin gida ta fuskanci don kare kula na sodium da suka ci gida, kuma ya yi amfani da maita na kula don lokacin gida ta fuskanci. Don gudun mataimakon koyaushe, fuskanci na lokacin gida ta fuskanci ne wanda ke cikin muhimmi, kuma sodium-ion tana da kyau a wannan batu.

Za su kula sodium-ion su kawo kula lithium-ion?

Babu a matsayin bayanin kuma. A wasu daga cikin ƙarama —Start-Stop, wasu abubuwan da suka hada da kudin yadda, kudin elektriko na yawa mai gaba daya, da kudin kariya a wani lokaci da ke tsaya ta hanyar kudin kariya ko a wani lokaci da ke zama mafi kyau ko a wani lokaci da ke zama mafi sanyi —kimiyar sodium-ion zai iya canzawa ko taimaka kimiyar lithium-ion. A cikin ƙarama da ke nuna cewa kudin yadda shine babban ala'adu, kimiyar lithium-ion suna faru. Babban ala'adu ga mai amfani shine cewa yana da ala'adu ga ayyukan da ke aiki, ba cewa yana da ala'adu ga duk wani.

Bayanin Hanyar haɗi Talabtarwa

•Sodium-Ion Battery Shine Ne? Bayani Daga Karshe —sodium-ion cluster pillar (Article 01). Sanya a cikin bayanin farko don sanin matakan da suka hada da bayanin farko kafin karanta kuskuren da suka hada da kuskuren.