Ukushaja imojuli kanye nokukhipha

1.Isingeniso somkhiqizo

Lo mkhiqizo uyidivayisi esetshenziselwa ukushaja nokukhipha iphakethe lebhethri le-lithium

amamojula. Idatha ye-voltage yebhethri iqoqwa ngebhokisi lamasampula langaphandle,     bese idatha idluliselwa kumojula yokushaja nokukhipha impahla  ngephrothokholi yokuxhumana ye-CAN yangaphakathi. I-voltage eqondiwe yemojuli yebhethri yedivayisi izonquma ngokuzenzakalelayo ukuthi ishaje noma ikhiphe imojuli yebhethri.

2.Isenzakalo sokufaka isicelo

Ilungele ukushajwa kwamandla aphezulu kanye nokukhipha imojuli yebhethri, nokushaja noma ukushajwa kwebhethri lilonke.

3.Izici ezisebenzayo

● Ukushaja nokukhipha amandla aphezulu

Amandla okushaja angafinyelela ku-4KW, futhi i-voltage yokushaja ingafinyelela ku-220V; amandla okukhipha angafinyelela ku-4KW, futhi amandla okukhipha aphezulu angama-75A;

● Idizayini yohlobo lokuthinta

Iphuma ne-screen esingu-7 inch touch display screen, esikwazi ukusetha amapharamitha wokushaja nokukhipha nge-screen. Kulula futhi kulula ukusebenza ngaphandle kwekhompyutha yangaphandle ye-PC.

● Ukuzihlolela imishini

Izinto ezisetshenziswayo zinokuvikela kwesekethe emfishane okukhiphayo, ukuvikelwa kwebhethri ngaphansi kwamandla, ukuvikelwa kokugcwala kwebhethri, ukuvikelwa kwe-monomer cell inversion, chassis

ukuvikelwa kwezinga lokushisa elingaphezulu; i-alamu ezenzakalelayo yokwehluleka okukhulu kwemishini, i-buzzer kanye ne-alamu yokukhanya yenkomba;

● Isu lokukhokhisa nokukhipha

Shaja futhi ukhiphe ibhethri ngokuvumelana nokulawula okuhlakaniphile kwedivayisi ye-voltage eqondiwe, usebenzisa imodi:

Ukushaja: amandla amanje/ahlala njalo;  Ukukhipha: amandla amanje/ahlala njalo.

● Idatha  ukudluliselwa

Sekela ukudluliswa kwedatha ye-USB flash drive. Ngemva kokuba idatha ilayishiwe ku-pc, isofthiwe esekelayo ingakhiqiza imibiko yedatha; amafayela okurekhoda angalandwa ngokubuka.

Amamodi amathathu okushaja  kanye  wokukhipha 

● A:Isampula eyakhelwe ngaphakathi

Ngenkathi ishaja futhi ikhipha yonke imojuli, lo mkhiqizo uqapha i-voltage yeseli ngesikhathi sangempela ngebhokisi lamasampula elinikezwe u-Zhanyun. Kule modi, ingasetshenziswa futhi nomnakekeli olinganiselayo we-Zhanyun. Ukuthatha i-voltage yesilinganisi njengereferensi, imojula yebhethri ingashajwa futhi ikhishwe.

①Idivayisi isekela kufika ku-64 uchungechunge lwamabhethri ngesikhathi esisodwa (kumele kufakwe intambo ngokulandelana);

②Umsebenzi wokuthola ukulandelana kwesigaba (ukwahlulela okuzenzakalelayo kokunemba kwezintambo);

③Ukunemba kwesampula ye-Voltge: iphutha 0.1%FS±2mV (akukho ukulinganisa okwenziwa ngesandla okudingekayo, kulungele ukusetshenziswa)

④Isampula lebhodi linokuvikelwa kwe-undervoltage kanye nokuvikelwa kwe-overvoltage.

B:Isampula yangaphandle

Lo mkhiqizo ungaphinda uqaphe amaseli e-monomer wemojuli nge-CAN yangaphandle

ukutholwa kwedatha yokuxhumana. I-interface yedivayisi ingangenisa kalula amafayela e-dbc amaphakethe ebhethri ahlukene namasignali emephu ngokuya ngezidingo zokuqapha.

C:Imodi yokushaja eyimpumputhe

Le modi ayidingi idatha ye-voltage yeseli eyodwa. Idinga kuphela ulayini wesampula wemojula ukuze iqoqe isamba somthamo wevolumu yemojuli yebhethri ukuze ishaje ngenkani futhi ikhiphe ibhethri.

4.Thayipha imiyalelo

Uhlobo Lokusebenza Lohlobo N: ● Support external sampling ● Sekela amasampula angaphakathi ● Sekela imodi ye-punch eyimpumputhe
Uhlobo P Lochwepheshe: ● I-algorithm yofuzo evusa isasasa elikhethekile ● Imizuzu engu-30 yokulinganisa okusheshayo kwe-SOH yeseli yebhethri ● imizuzu engu-30 ukubala ukumelana kwangaphakathi kweseli yebhethri ● imizuzu engu-30 ukuhlola ngokushesha ukuvumelana kweseli yebhethri
Inguqulo ye-Intelligent Type I: ● Kala ngokushesha i-SOH yeseli yebhethri emizuzwini emi-2. ● Thola i-spectrum ye-AC impedance yeseli yebhethri emizuzwini emi-2. ● Thola ngokushesha ukuvumelana kweseli yebhethri emizuzwini emi-2

Ipharamitha ye-4.Technical