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<Nebula 900V Baturi Dual-Channel Regenerative Charge/File Test System>

Nebula 900V Baturi Dual-Channel Regenerative Charge/File Test System

Wannan tsarin sarrafa wutar lantarki na tashoshi biyu ne mai sabuntawa, wanda aka ƙera musamman don gwajin fakitin baturi mai ƙarfi da babban madaidaicin caji / kayan kwaikwaiyo, waɗanda za'a iya amfani da su don gwajin fakitin baturi mai ƙarfi na Li-ion.

 

Tsarin na iya cimma fitowar siffa ta siffa mai ƙarfi ta millisecond, fice tare da ingantaccen daidaito da sassauci.Kuma yana ba da damar gwajin simintin baturi bisa ga ainihin yanayin hanya, daidai da IEC, SAE, GB da sauran ka'idoji.Ta hanyar ingantaccen gwajin aikin lantarki don batirin wutar lantarki na EV/HEV, zai samar da bayanan gwaji don masana'antun baturi da EV ko dakunan gwaje-gwaje don kimanta ingancin batir gabaɗaya.

SIFFOFI

Mai sabunta makamashi:Za a iya mayar da makamashin fitar da baturi zuwa grid ɗin wutar lantarki, kuma a yi amfani da shi don sake haɓakawa tsakanin tashoshi na kayan aiki, da rage nauyi akan grid ɗin wutar lantarki, samun nasarar samar da makamashi na geothermal, rage farashin samarwa.
Gwajin kwaikwaiyo yanayin aiki bisa ga ainihin yanayin hanya:

Yana yiwuwa a canza ainihin bayanan yanayin gwajin kan jirgin zuwa tsarin gwaji don daidaita yanayin aiki na fakitin wutar lantarki don taimaka wa masu amfani su haɓaka samfuran yanayin gwajin nasu na musamman.

Daban-dabanSaitunan aikin fitarwa:tare da yanayin yau da kullun na yau da kullun, yanayin wutar lantarki akai-akai, halin yanzu zuwa gwajin ƙarfin lantarki akai-akai, yanayin bugun jini, yanayin juriya akai-akai, yanayin wutar lantarki akai-akai, yanayin mataki, yanayin ramp ɗin ƙarfin lantarki, yanayin ramp na yanzu, yanayin wutar lantarki mai canzawa, sake zagayowar, a tsaye da sauran matakan aiki. kayayyaki.

BAYANI

Fihirisa Siga
Kewayon yanzu Max.3600A a layi daya
Daidaiton halin yanzu 0.5 FSR
Wutar lantarki 5V ~ 1000V (0V / korau ne customizable)
daidaiton ƙarfin lantarki 0.5 FSR
Lokacin tashi 3ms (10% ~ 90%)
Canja lokaci 6ms (+90% ~ -90%)
Lokacin Samun Bayanai 1ms
THD ≤5%
Ƙarfi 30-800 kW
Daidaitaccen wutar lantarki 2 FSR

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