Batirin Vanadium Redox Flow, cikakken suna Batirin kwararar Vanadium REDOX (VRB), wani nau'in batirin REDOX ne wanda abubuwa masu aiki ke yawo a cikin yanayin ruwa. Batirin REDOX na ƙarfe-chromium sun kasance tun daga shekarun 1960, amma Marria Kacos ta gabatar da batirin vanadium REDOX a shekarar 1985 a Jami'ar New South Wales da ke Ostiraliya, kuma bayan fiye da shekaru ashirin na bincike da haɓakawa, fasahar tana gab da balaga. A Japan, batirin vanadium mai tsayayye (sabanin EV) don tashoshin wutar lantarki masu daidaita kololuwa da ajiyar makamashin iska suna haɓaka cikin sauri, kuma an yi amfani da tsarin adana makamashin batirin vanadium mai ƙarfi da kuma tallatawa.
Makamashin wutar lantarki nabatirin vanadiumana adana shi azaman makamashin sinadarai a cikin sinadarin sulfuric acid electrolyte na ions na vanadium na yanayi daban-daban na valence, kumana'urar lantarki ta lantarkiAna saka matsin lamba a cikin tarin batirin ta hanyar famfo na waje. A ƙarƙashin aikin ƙarfin injina, matsin lamba na lantarki yana zagayawa a cikin tankunan ajiya na ruwa daban-daban da kuma madauri na rabin baturi da aka rufe. Ana amfani da membrane na musayar proton azaman diaphragm na fakitin baturi, kuma maganin electrolyte yana gudana daidai da saman electrode kuma amsawar electrochemical yana faruwa. Ƙarfin sinadarai da aka adana a cikin maganin yana canzawa zuwa makamashin lantarki ta hanyar tattarawa da gudanar da wutar lantarki ta cikin faranti biyu na electrode. Wannan tsarin amsawar da za a iya juyawa yana ba da damar cajin batirin vanadium, fitarwa da sake caji cikin sauƙi. Positive electrolyte ya ƙunshi maganin ionic V (Ⅴ) da V (Ⅳ), electrolyte mara kyau ya ƙunshi maganin ionic V (Ⅲ) da V (Ⅱ), cajin baturi, kayan da aka tabbatar don maganin ionic V (Ⅴ), maganin ionic V (Ⅱ), fitar da baturi, electrode mai kyau da mara kyau bi da bi don maganin ionic V (Ⅳ) da V (Ⅲ), batirin yana ciki ta hanyar H+. Ion V(Ⅴ) da V(Ⅳ) suna wanzuwa a cikin nau'in ion VO2+ da ion VO2+ bi da bi a cikin ruwan acidic, don haka ana iya bayyana halayen kyau da mara kyau na batirin vanadium kamar haka:
Electrode mai kyau yayin caji: VO2++H2O→VO2++2H++e-
Wutar lantarki mara kyau lokacin caji: V3++ e-→V2+
Anod ɗin fitarwa: VO2++2H++e-→VO2++H2O
Electrode mara fitarwa: V2+→V3++ e-
Ana amfani da shi azaman tsarin adana makamashi,batirin vanadiumsuna da halaye masu zuwa
1, ƙarfin fitarwa na batirin ya dogara da girman tarin batirin, ƙarfin ajiyar makamashi ya dogara ne akan ajiyar lantarki da yawan amfani da shi, don haka ƙirar sa tana da sassauƙa sosai, idan aka tabbatar da ƙarfin fitarwa, don ƙara ƙarfin ajiyar makamashi, matuƙar ƙara girman tankin ajiyar lantarki ko inganta yawan amfani da lantarki;
2, sinadarin aiki na batirin vanadium yana nan a cikin ruwa, ion ɗin electrolyte ɗaya ne kawaiion na vanadium, don haka babu canjin lokaci na sauran batura lokacin caji da fitarwa, batirin yana da tsawon rai na sabis;
3, caji, aikin fitarwa yana da kyau, yana iya zama mai zurfi ba tare da lalata batirin ba;
4. Ƙarancin fitar da kai, lokacin da tsarin yake cikin yanayin rufewa, electrolyte ɗin da ke cikin tanki ba shi da wani abin da ke haifar da fitar da kai;
5, 'yancin wurin batirin vanadium, tsarin zai iya zama cikakken aiki ta atomatik, babu gurɓatawa, sauƙin gyarawa, ƙarancin kuɗin aiki;
6, tsarin batirin ba shi da haɗarin fashewa ko gobara, babban aminci;
7, sassan batirin galibi kayan carbon ne masu arha, robobi na injiniya, tushen kayan suna da wadata, masu sauƙin sake amfani da su, ba sa buƙatar ƙarfe masu daraja azaman mai haɓaka lantarki;
8, ingantaccen amfani da makamashi, har zuwa 75% ~ 80%, aiki mai tsada sosai;
9. Saurin farawa da sauri, idan reactor ɗin ya cika da electrolyte, ana iya fara shi cikin mintuna 2, kuma maɓallin yanayin caji da fitarwa yana buƙatar 0.02s kawai yayin aiki.
VET Technology Co., Ltd sashen makamashi ne na VET Group, wanda kamfani ne mai fasaha na ƙasa wanda ya ƙware a bincike da haɓakawa, samarwa, tallace-tallace da sabis na sassan motoci da sabbin makamashi, galibi yana hulɗa da jerin motoci, famfunan injinan iska, ƙwayoyin mai da kumabatirin kwarara, da sauran sabbin kayan aiki na zamani.
Tsawon shekaru, mun tattara gungun kwararrun masana'antu masu ƙwarewa da kirkire-kirkire da ƙungiyoyin bincike da ci gaba, kuma muna da ƙwarewa mai kyau a fannin ƙira da aikace-aikacen injiniya. Mun ci gaba da samun sabbin ci gaba a fannin sarrafa kayan aiki ta atomatik da kuma ƙirar layin samarwa mai sarrafa kansa, wanda ke ba kamfaninmu damar ci gaba da kasancewa mai ƙarfi a cikin wannan masana'antar.
Tare da ƙwarewar R&D daga manyan kayayyaki zuwa samfuran aikace-aikace na ƙarshe, manyan fasahohin haƙƙin mallakar fasaha masu zaman kansu sun cimma nasarori da dama na kimiyya da fasaha. Ta hanyar ingantaccen ingancin samfura, mafi kyawun tsarin ƙira mai araha da sabis mai inganci bayan tallace-tallace, mun sami karɓuwa da amincewa daga abokan cinikinmu.
Tambayoyin da ake yawan yi akai-akai
Me yasa zaka iya zaɓar likitan dabbobi?
1) muna da isassun garantin hannun jari.
2) marufi na ƙwararru yana tabbatar da ingancin samfurin. Za a kawo muku samfurin lafiya.
3) ƙarin hanyoyin jigilar kayayyaki suna ba da damar isar da kayayyaki gare ku.
T: Shin kai mai ciniki ne ko kamfani?
A: Mu masana'antar vears ce sama da 10 tare da takardar shaidar iso9001
T: Har yaushe ne lokacin isar da kayanku?
A: Gabaɗaya, kwanaki 3-5 ne idan kayan suna cikin kaya, ko kuma kwanaki 10-15 idan kayan ba su cikin kaya, ya dace da adadin ku.
T: Ta yaya zan iya samun samfurin don duba ingancin ku?
A: Bayan tabbatar da farashi, za ku iya buƙatar samfura don duba ingancin samfurinmu. Idan kawai kuna buƙatar samfurin da babu komai don duba ƙira da inganci, za mu ba ku samfurin kyauta matuƙar kuna da kuɗin jigilar kaya ta gaggawa.
T: Menene sharuɗɗan biyan kuɗin ku?
A: Muna karɓar kuɗi ta hanyar Western union, Pavpal, Alibaba, T/TL/Cetc..don yin oda mai yawa, muna yin jimlar ajiya 30% kafin jigilar kaya.
idan kuna da wata tambaya, don Allah ku ji daɗin tuntuɓar mu kamar yadda ke ƙasa
