Lokacin sayen fitilun titi masu amfani da hasken rana,Masu kera hasken ranaSau da yawa ana tambayar abokan ciniki bayanai don taimakawa wajen tantance tsarin da ya dace na sassa daban-daban. Misali, ana amfani da adadin kwanakin ruwan sama a yankin shigarwa sau da yawa don tantance ƙarfin batirin. A wannan mahallin, ana maye gurbin batirin lead-acid a hankali da batirin lithium iron phosphate. Sau da yawa ana ɗaukar su mafi kyau, amma menene fa'idodin batirin lithium iron phosphate? A nan, kamfanin samar da hasken rana TIANXIANG ya raba ra'ayinsa a takaice.
1. Batirin Lithium:
Babu shakka batirin lithium iron phosphate sun fi batirin lead-acid kyau a dukkan fannoni na aiki. A halin yanzu, nau'in da aka fi sani shine lithium iron phosphate. Ba kamar batirin lead-acid ba, waɗanda ke fama da tasirin ƙwaƙwalwa, suna iya kiyaye kashi 85% na ƙarfin ajiyarsu bayan caji sama da 1,600. Idan aka kwatanta da batirin lead-acid, batirin lithium yana ba da fa'idodi kamar sauƙi, ƙarfin aiki mai yawa, da tsawon rai.
2. Batirin gubar-acid:
Ana yin electrodes ɗin ne da gubar da oxides, kuma electrolyte ruwan sulfuric acid ne. Idan aka yi caji a batirin gubar da oxide, electrode mai kyau galibi yana ƙunshe da gubar da oxide, kuma electrode mara kyau galibi yana ƙunshe da gubar. Idan aka fitar da shi, electrodes masu kyau da marasa kyau galibi suna ƙunshe da gubar da oxides. Saboda tasirin ƙwaƙwalwa, batirin gubar da oxide yana fuskantar raguwa sosai a ƙarfin ajiya bayan an sake caji shi fiye da sau 500.
Saboda wannan dalili, kwastomomi da yawa suna fifita fitilun titi na batirin lithium na Baoding sosai. Wannan ya bayyana yadda fitilun titi na lithium ke ƙara shahara.
3. Me yasa yawancin mutane ke zaɓeFitilun Titin Lithium na Hasken Rana?
a. Batirin lithium ƙanana ne kuma masu sauƙin ɗauka, suna adana lokaci da ƙoƙari don shigarwa.
A halin yanzu, hasken rana da aka fi so a duniya shine nau'in da aka haɗa. Idan ana amfani da fakitin batirin gubar-acid, yana buƙatar a binne shi a ƙarƙashin ƙasa a kusa da sandar haske a cikin akwati na ƙarƙashin ƙasa. Duk da haka, batirin lithium, saboda nauyinsu mai sauƙi, ana iya gina shi a cikin jikin haske, wanda ke adana lokaci da ƙoƙari.
b. Batirin lithium ba shi da gurɓatawa kuma yana da kyau ga muhalli fiye da batirin gubar-acid.
Duk mun san cewa batirin gubar-acid yana da ɗan gajeren lokaci. Duk da cewa ba su da tsada, amma ana iya buƙatar a maye gurbinsu bayan 'yan shekaru, wanda hakan ke ƙara gurɓatar muhalli sosai. Batirin gubar-acid ya fi gurɓata muhalli fiye da batirin lithium. Sauya akai-akai zai haifar da lalacewar muhalli akai-akai. Batirin lithium ba shi da gurɓata muhalli, yayin da batirin gubar-acid ke gurɓata sakamakon gubar ƙarfe mai nauyi.
c. Batirin lithium sun fi wayo.
Batirin lithium na yau yana ƙara zama mai wayo, tare da fasaloli masu inganci. Ana iya daidaita waɗannan batura bisa ga buƙatun mai amfani da lokacin amfani. Ana iya sanya wa batirin lithium da yawa tsarin sarrafa batir (BMS), wanda ke ba masu amfani damar duba yanayin batir a ainihin lokacin a wayoyinsu kuma su sa ido kan halin yanzu da ƙarfin batirin da kansu. Idan wani matsala ta faru, BMS yana daidaita batirin ta atomatik.
d. Batirin lithium yana da tsawon rai.
Batirin gubar-acid yana da tsawon lokacin zagayowarsa na kimanin zagaye 300. A gefe guda kuma, batirin lithium iron phosphate yana da tsawon lokacin zagayowarsa na 3C wanda ya wuce zagaye 800.
e. Batirin lithium sun fi aminci kuma ba su da tasirin ƙwaƙwalwa.
Batirin gubar-acid yana da sauƙin shiga ruwa, yayin da batirin lithium ba su da sauƙin kamuwa da cutar. Bugu da ƙari, batirin gubar-acid yana da tasirin ƙwaƙwalwa. Wannan yana faruwa ne lokacin da aka yi musu caji kafin a fitar da su gaba ɗaya, wanda hakan ke rage tsawon rayuwar batirin. A gefe guda kuma, batirin lithium ba shi da tasirin ƙwaƙwalwa kuma ana iya sake caji a kowane lokaci. Wannan yana sa su zama mafi aminci da aminci don amfani. An yi gwajin aminci mai ƙarfi na lithium iron phosphate kuma ba zai fashe ko da a cikin wani mummunan karo ba.
f. Yawan makamashi mai yawa na batirin lithium
Batirin lithium yana da ƙarfin kuzari mai yawa, wanda a halin yanzu yake kaiwa 460-600 Wh/kg, kusan sau 6-7 fiye da batirin gubar-acid. Wannan yana ba da damar adana makamashi mai kyau don hasken rana a kan tituna.
g. Fitilun hasken rana na batirin lithium suna da juriya sosai ga zafi.
Fitilun hasken rana suna fuskantar rana kowace rana, don haka suna da buƙatu mafi girma don yanayin zafi. Batirin lithium iron phosphate yana da mafi girman ƙarfin wutar lantarki na 350-500°C kuma yana iya aiki a cikin yanayi tsakanin -20°C zuwa -60°C.
Waɗannan su ne wasu daga cikin fahimta dagaMasana'antar hasken rana ta ChinaTIANXIANG. Idan kuna da wasu ra'ayoyi, da fatan za ku tuntube mu don ƙarin bayani.
Lokacin Saƙo: Satumba-10-2025