Isinyathelo ngasinye sinonjiniyela we-QC olandelayo:
1.Khetha amaseli ebhethri alungile, ngesicelo esihlukile nobukhulu, singakhetha amaseli ebhethri alungile, amaseli angama-cylindrical noma amaseli e-prismatic, ikakhulukazi amaseli e-LiFePO4.Kusetshenziswe amaseli ebanga elingu-A asanda kusetshenziswa.
2.Ukuqoqa ibhethri ngomthamo ofanayo kanye ne-SOC, qinisekisa ukuthi amaphakethe ebhethri asebenza kahle.
3.khetha ibha yokuxhumana yamanje elungile, ukushisela amaseli ngendlela efanele
4.Ukuhlanganiswa kwe-BMS, hlanganisa i-BMS efanele kumaphakethe ebhethri.
5.Amaphakethe ebhethri e-LiFePO4 afakwa Ekesini lensimbi ngaphambi kokuhlolwa
6.Ukuhlolwa komkhiqizo
7.Umkhiqizo umile futhi ulungele ukupakishwa
8.Wood box Stronger Packing
Imijikelezo engu-4000 @80% DoD ngenani eliphansi lezindleko zobunikazi
Amabhethri okugcinwa okuphansi anamakhemikhali azinzile.
I-Battery Management System (BMS) ihlanganiswe ngokumelene nokuhlukumeza.
kufika ezinyangeni eziyisi-6 ngenxa yezinga layo eliphansi kakhulu lokuzikhulula (i-LSD) futhi ayikho ingozi ye-sulphation.
Yonga isikhathi futhi ukhuphule ukukhiqiza ngesikhathi esincane sokunciphisa ngenxa yeshaja ephezulu/ukukhipha kahle.
Ifanele ukusetshenziswa kuhlelo olubanzi lwezinhlelo zokusebenza lapho izinga lokushisa le-ambient liphezulu ngokungavamile: kufika ku-+60°C.
Amabhethri e-lithium ahlinzeka nge-Wh/Kg eyengeziwe kuyilapho efinyelela ku-1/3 isisindo se-SLA elingana nayo.
1.ibhethri yesistimu yokugcina amandla yasekhaya.
2.telcom isipele amandla.
3.off grid uhlelo sonozungezilanga.
4.Ikhophi yokugcina amandla.
5.Ezinye isicelo sokusekela ibhethri.
ubukhulu obuhlukile bokucushwa
*** Qaphela: Njengoba imikhiqizo ivuselelwa njalo, sicela usithinte ukuze uthole imininingwane yakamuva.***
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Isitoreji samandla esistimu yelanga
Isitolo Sezitshalo
Ibhethri ye-LiFePO4 | Imodeli | 48500 | 48400 (inketho) | 48300 (inketho) |
Amandla kagesi okuzisholo | 51.2 V | |||
Amandla Okuzisholo | 500Ah | 400Ah | 300 Ah | |
Amandla | 25600 W | 20480Wh | 15360 W | |
Ukuxhumana | CAN2.0/RS232/RS485 | |||
Ukumelana | ≤50 mΩ @ 50% SOC | |||
Ukusebenza kahle | >96% | |||
Inkokhiso Enconyiwe Yamanje | 0.2C | |||
Ukukhishwa Okukhulu Okuqhubekayo Kwamanje | 0.2C | |||
Amandla okulayisha aphezulu | 4KW/module | |||
Kunconyiwe Charge Voltage | 57.6V | |||
I-BMS Charge Cut-Off Voltage | <58.4 V (3.65V/Cell) | |||
Xhuma kabusha i-Voltage | >57.6 V (3.6V/Cell) | |||
Ukulinganisa I-Voltage | <57.6 V (3.6V/Cell) | |||
Ukulinganisa i-voltage evulekile | 55.2V (3.45V/Iseli) | |||
Kunconywe Ukunqamula I-Voltage Ephansi | 44 V (2.75V/Cell) | |||
I-BMS Discharge Cut-Off Voltage | >40.0V (2s) (2.5V/Cell) | |||
Xhuma kabusha i-Voltage | >44.0 V (2.75V/Cell) | |||
Ubukhulu (L x W x H) | 7537x498x962 | 537x498x830 | 537x498x697 | |
Cishe.Isisindo | 240kg | 190kg | 140 kg | |
Uhlobo Lwetheminali | DIN THUMELA | |||
I-Terminal Torque | 80 ~ 100 in-lbs (9 ~ 11 Nm) | |||
I-Case Material | I-SPPC | |||
I-Enclosure Protection | IP20 | |||
I-Discharge Temperature | -4 ~ 131 ºF (-20 ~ 55 ºC) | |||
I-Charge Temperature | -4 ~ 113 ºF (0 ~ 45 ºC) | |||
Izinga Lokushisa Lokugcina | 23 ~ 95 ºF (-5 ~ 35 ºC) | |||
I-BMS High Temperature Cut-Off | 149 ºF (65 ºC) | |||
Xhuma kabusha Izinga lokushisa | 131 ºF (55 ºC) | |||
Izitifiketi | I-CE (ibhethri) UN38.3 (ibhethri) UL1642 & IEC62133 (amaseli) | |||
Ukwahlukaniswa Kokuthunyelwa | UN 3480, CLASS 9 |