Incazelo emfushane:
I-300V/300A Battery Discharge Load Bank yakhelwe ngokukhethekile ukuhlola ukukhishwa kwamandla kwebhethri (battery pack verification discharge test), ukuhlola amandla asele ebhethri (battery pack residual capacity test), ukunakekelwa kwansuku zonke kwebhethri kanye nokuhlolwa komthamo wokuthwala kwamandla kagesi we-DC (DC power supply load capacity inspection). Ngokusho kwezici zokukhishwa kwamandla kwamabhethri e-lead-acid namabhethri e-lithium, isihloli singaqapha amandla kagesi ebhethri, umsinga wokukhishwa, isikhathi sokukhishwa, umthamo wokukhishwa kanye namanye amapharamitha ngesikhathi sangempela phakathi nenqubo yokukhishwa. Ithuluzi lisebenzisa uhlelo lokusebenza olugxilisiwe (embedded operating system) ukuqedela ngokuzenzakalelayo yonke inqubo yokukhishwa futhi lifinyelele ngokuphelele ubuhlakani. Lingakhiqiza amajika ahlukahlukene, amagrafu emigoqo, imibiko, njll. akhombisa ngokuqondile ukusebenza kwebhethri, futhi angakhuliswa, abuzwe, futhi anyatheliswe. Ingahlaziya ukusebenza kwebhethri, okwenza ukunakekelwa nokuphathwa kwebhethri kube lula futhi kube ngokwesayensi, ngaleyo ndlela kwandiswe isikhathi sokusebenza sebhethri.
• Umsebenzi wokuqapha oku-inthanethi: Lapho ibhethri liphelele lisendleleni yokukhipha amandla ku-inthanethi, ukushaja ngokulingana, nokushaja okuntantayo, ibhethri kanye neseli ngalinye lingaqashwa ku-inthanethi ngesikhathi sangempela. Okuqukethwe ukuqapha kufaka phakathi: i-voltage yebhethri lonke, i-voltage yeseli ngalinye, amandla okushaja nokukhipha amandla ebhethri, isikhathi sokuqapha ibhethri, umthamo wokushaja nokukhipha amandla ebhethri kanye nezinye izinkomba.•
•Idivayisi ingakwazi ukuxhumana ne-PC ngokusebenzisa imbobo engu-485 ukuze ilawule ukukhipha amandla kwedivayisi.
• Imojuli yokuqapha amaseli angawodwa: Abasebenzisi bangakhetha ukusetha uhlobo lwe-voltage yeseli elilodwa. Imojuli yokuqapha i-voltage yeseli elilodwa, intambo noma engenantambo iyazikhethela. Imojuli ngayinye yokuqapha engenantambo ingaqapha ama-cell ebhethri angu-24pcs 1.2V\2V\4V\6\8V\12V ngasikhathi sinye, futhi ukusebenza kwezintambo zemojuli engenantambo kulula futhi kuphelele kakhulu.
• Uma kwenzeka ukuhlolwa kokukhipha umthamo, izimo ezine zokumisa ukukhipha zingasethwa ngesikhathi esisodwa: ① isimo sokumisa i-voltage yeqembu lonke; ② isimo sokumisa i-voltage yeseli eyodwa; ③ isimo sokumisa isikhathi sokukhipha; ④ isimo sokumisa umthamo wokukhipha. Inqubo yokuhlola eqhubekayo ingamiswa ngesandla uma kudingeka;
• Ngesikhathi senqubo yokuhlola, i-voltage yeseli ngayinye iyatholwa futhi ikhonjiswe ngesikhathi sangempela: umkhondo woshintsho lwe-voltage bar chart yeseli ngayinye ukhonjiswa esikrinini se-host, futhi amaseli e-voltage ephezulu nephansi kakhulu angakhonjiswa ngokuzenzakalela ngesikhathi sangempela ukuze akusize ukuhlaziya ngokushesha ukuthambekela koshintsho lwamaseli, futhi ingakhonjisa i-bar chart ye-voltage yamaseli ngamanye.
• Uhlelo lokwahlulela okuhlakaniphile: ithuluzi lingakwazi ukwahlulela ngokuzenzakalela ukuthi ukugadwa kweseli kuwukuwa kwe-clip noma ngabe i-threshold ifinyelelwe ngempela, ukugwema ukuphazamiseka okwenziwa umuntu enqubweni yokukhipha, okwenza inqubo yokuhlola ihambe kahle.
• Umkhawulo wokuvala i-voltage yeseli eyodwa ungasethelwa amaseli amaningi: Ngale ndlela, amaseli amaningi asele emuva angatholakala ekuhlolweni kokukhipha okuqhubekayo okungaphazamiseki.
• Umsebenzi wokubala ngokuzenzakalela kwamanje kokukhipha amandla: Ifakwe i-coefficient yokukhipha amandla ngehora, ingakwazi ukubala ngokuzenzakalela amanje adingekayo okukhipha amandla ngokusekelwe kumthamo obiziwe kanye nezinga lokukhipha amandla elidingekayo lebhethri elihlolwayo.
• Ishadi lamabha kanye nokuhlaziywa kwejika kanye nomsebenzi wokuqhathanisa amajika: Ithuluzi lingenza ngqo ishadi lamabha kanye nokuhlaziywa kwejika kanye nokuqhathanisa amajika ezivivinyweni eziyinhloko. Ijika le-voltage lingakhuliswa futhi lincishiswe ngokuqhubekayo ukuze libonakale kalula. Ukuhlaziywa okucacile kwedatha ngaphandle kwesidingo sokulayisha ku-PC.
• Umsebenzi wesifanekiso sepharamitha yokukhipha amandla: Vele ushayele ipharamitha esethiwe ukuze wenze ukuhlolwa kokukhipha amandla. Uhlelo lokwahlulela oluhlakaniphile lungakwazi ukunquma ngobuhlakani ukuthi iyunithi eyodwa iwile yini, futhi uma iyunithi iwile, ukuhlolwa ngeke kuphazanyiswe. Ukuvikelwa kwe-overvoltage yokufaka, isikhombisi se-LCD, i-alamu ye-buzzer; Ukuvikelwa kwe-overcurrent, Ukuvikelwa kokuguqulwa kwe-polarity yamandla ebhethri;
• Umsebenzi ophelele wokuxhumana: une-RS232 communication interface kanye ne-SD card interface. Idatha idluliselwa kukhompyutha ukuze igcinwe futhi ilawulwe, okuvumela ukugcinwa kwesikhathi eside nokuhlaziywa kwedatha yomlando; Ukusebenzisa i-SD card ukudlulisa idatha, ukuhlola nokugcina noma nini, kulula futhi kuphathekayo, kuphephile futhi kuthembekile.
• Umsebenzi onamandla wokuhlaziya i-PC software: uhlinzeka ngokuphathwa kwedatha, ukuphrinta, ukuhlaziya, izibalo zombiko, ukukhiqizwa okuzenzakalelayo kwemibiko yokuhlola. I-voltage curve ingakhuliswa futhi incishiswe ngokuqhubekayo ukuze ibonakale kalula. Thola ngokushesha amarekhodi omlando.
• Isofthiwe ephelele yokuhlaziya idatha: ingakhombisa ngesikhathi esisodwa i-voltage eyodwa, igrafu yebha yokumelana kwangaphakathi okukodwa, ijika le-voltage iyonke, ijika lamanje, igrafu yebha yomthamo, ishadi lokuqhathanisa izici, ithebula ledatha, njll., ingakhiqiza ngokuzenzakalela umbiko wefomethi ye-EXCEL, elula ukuthumela noma ukulayisha idatha yokuhlola
• Isiphakamiso sokulungisa: Ngemuva kokuthi ukuhlola sekuqediwe, yonke imiphumela yokubala ikhonjiswa ngokuzenzakalela, futhi iziphakamiso zokulungisa zinikezwa ngokuya ngedatha yokuhlola ethile.
• Indlela yokugcina: ukugcina kwangaphakathi nokugcina kwangaphandle kuyazikhethela. Isikhathi esincane sokugcina kwangaphakathi umzuzu ongu-1. Okuncane kokugcina kwangaphandle imizuzwana engu-5.