- 18
- Aug
I-China yexabiso eliphantsi 48V Lithium iibhetri zelanga ziyathengiswa
48V LiFePO4 Powerbrick
Ixabiso leebhetri ezingama-48v 100-120 ah
| Hayi | iiprojekthi | Specification | ongenazi- |
| Ipharamitha yeyunithi yeseli | |||
| 1 | Iindidi zebhetri kunye nezinto | LiFePO4 | / |
| 2 | Rated voltage/capacity | 3.2V / 120Ah | / |
| 3 | Uluhlu lwebhetri enye | 2.5V ～ 3.65V | / |
| 4 | Single battery weight | 2.9Kg | / |
| 5 | Ukuxhathisa kwangaphakathi kwebhetri | Iimitha ezingama-0.5 | / |
| 6 | Ubungakanani bebhetri | 48 * 173 * 170mm | / |
| Ipharamitha yebhetri | |||
| 1 | Ulinganiswe umbane | 51.2V | / |
| 2 | Ulinganiswe amandla | 120Ah | / |
| 3 | Uluhlu lwebhetri yepakethe yebhetri | 58.4 ~ 40V | / |
| 4 | （KWh Power Amandla apheleleyo | 6144Wh | / |
| 5 | Umxube | 3P16S | / |
| 6 | （Ω Insulation resistance test value | Ii-60mΩ | / |
| 7 | lobushushu yokusebenza | Charging 0 ~ 45℃； Ukuchitha -10 ~ 50 ℃ |
/ |
| 8 | Standard charging current | 0.5C | / |
| 9 | Ukutshaja ngokukhawuleza kwangoku | 1.0C | / |
| 10 | Ukukhutshwa komgangatho okhoyo ngoku | 1.0C | / |
| 11 | Maximum continuous discharge current | 2.0C | 10S |
| 12 | ubunzima Gross | ≈61KG | / |
| 13 | Ambient ukufuma isihlobo | 25-85% RH | / |
| 14 | Ubungakanani bebhetri | 795*420*155mm(±2mm) | / |
| 15 | Vula i-voltage yesekethe | Open circuit voltage measured within 24 hours after standard charge | 51V |
| 16 | Ukugcina amandla | Ukutshaja ngokupheleleyo, kugcine (40 ± 20) ℃ kangangeentsuku ezingama-5, emva koko ukhuphe ukuya kwi-28V @ 40C. | ≥300min
Ixesha lokukhupha: 300min |
| Hayi | iiprojekthi | Specification | ongenazi- |
| 17 | Umjikelo wobomi @ 25 ℃ | Discharge to 40V @0.2C, then Charge the battery @0.2C to reach 58V. Then charge the battery at constant58.4V voltage until the charging current decreasing to 0.02C. Rest for 10 min. discharge to 40V@ 0.2C and rest for 10 min. Continue the charge/discharge cycles until discharge capacity lower than 80% of rated capacity. | Cycles life ≥2000 |
| 18 | zokugcina | Ukutshaja ibhetri ukuya kwi-40% ~ 65% yomthamo wayo olinganisiweyo usebenzisa imo yokutshaja esemgangathweni, emva koko uyigcine kwi-20 ℃ ± 5 ℃, ukufuma 45% ～ 85% yegumbi kangangeenyanga ezili-12, ukutshaja ngokupheleleyo kwaye uyikhuphe @ 0.2C kude kubanevolthi (Isampulu yovavanyo kufuneka ibe kwiinyanga ezi-3 zomhla ukusukela kumhla wokuvelisa) | ≥300min
Discharge time≥360min |
Umzobo wesystem
Ukucaciswa kweBMS
| HAYI. | izinto | Cwangcisa uluhlu | silela | |
| 1 | Ukuhlawula iVot | / | Lithium yentsimbi phosphate 3.40V ～ 3.65V | 3.6v |
| 2 | Protection High of total charging voltage | Alarm | 56.00V ～ 56.60V | 56V |
| Khusela | 57.00V ～ 57.60V | 57V | ||
| ukuchacha | 52.00V ～ 57.60V | 54V | ||
| 3 | Ukukhuselwa okuphezulu kweeseli zokutshaja ombane | Alarm | Lithium intsimbi
phosphate 3.50V～4.50V |
3.55V |
| Khusela | Lithium intsimbi
phosphate 3.50V～4.50V |
3.75V | ||
| ukuchacha | Lithium intsimbi
phosphate 3.00V～3.90V |
3.50V | ||
| 4 | Ukukhuselwa okuphantsi kwamandla okuphuma | Alarm | 36.00V ～ 50.00V | 43.20V |
| 5 | Protection low of cell discharging voltage | Alarm | Lithium intsimbi
phosphate 2.00V～2.90V |
2.65V |
| Khusela | Lithium intsimbi
phosphate 2.00V～2.90V |
2.50V | ||
| ukuchacha | Lithium intsimbi
phosphate 2.00V～3.60V |
2.90V | ||
| 6 | Ukukhuselwa kobushushu obuphezulu | Alarm | 35 ～ ～ 70 ℃ | 50 ℃ |
| Khusela | 35 ～ ～ 70 ℃ | 65 ℃ | ||
| ukuchacha | 45 ～ ～ 55 ℃ | 50 ℃ | ||
| 7 | Ukukhuselwa kobushushu obuphantsi | Alarm | -40 ℃ ~ 0 ℃ | 0 ℃ |
| Khusela | -40 ℃ ~ 0 ℃ | -10 ℃ | ||
| ukuchacha | 0 ～ ～ 10 ℃ | 0 ℃ | ||
Inkcazo ngemveliso kunye nenkcazo / 产品 图示 及 说明
L
W
H
| 48120 | |
| Ubungakanani | |
| L | 530mm |
| H | 190mm |
| W | 440mm |
| Hayi. | inkcazelo | ongenazi- |
| 1 | Isiphelo sendlela yeAnderson | Positive port
/ Izibuko elingalunganga |
| 2 | Isiphelo sendlela yeAnderson | Positive port
/ Izibuko elingalunganga |
| 3 | Utshintsho oluphambili | LAYITA ICIMA |
| 4 | isinxibelelanisi esiphambili | Umfowunelwa owomileyo |
| 5 | Yenza kwakhona iqhosha | RST |
| 6 | RS485 / NGABA | RS485 / NGABA |
| 7 | / | / |
| 8 | AIDS | Ukutshintsha ikhowudi kwidilesi |
| 9 | I-LED | RUN |
| 10 | I-LED | LM |
| 11 | I-LED | UKUPHAKATHI |
| 12 | Phatha | Phatha |
| 13 | IHanger | Pendant isibiyeli |
LINKSS udonga lokugcina amandla i-ESS isebenzisa inkqubo yebhetri ye-HESS yamva nje. Ngamava atyebileyo kunye nobuchwephesha obuphambili, iimveliso zineempawu zoyilo lwesitayile, amandla aphezulu, uxinano oluphezulu lwamandla, ubomi obude benkonzo, ukufakelwa okufanelekileyo kunye nokwandiswa, njl. inkampani.
Yinkqubo yamandla yokulondolozwa kwendalo. Sisebenzisa i-phosphate endaweni ye-cobalt ukuthintela iingxaki zokusingqongileyo, ukunciphisa amathuba okubaleka kwe-thermal ngenxa yokulahla okungafanelekanga, kunye nokugcina iindleko zemveliso. Xa kuthelekiswa nezinye iimveliso okwangoku kwimarike, olu hlobo lwemveliso lunezinga eliphantsi lokulahleka kwamandla. Ngamandla okuguqula amandla kunye netekhnoloji yokugcina amandla, inkqubo yethu yokugcina amandla (i-ESS) inokubonelela ngolawulo olusebenzayo lwamandla kulawulo lweemfuno, ukuhanjiswa kwamandla kunye nokuvuselelwa kwamandla okuvuseleleka. Iindawo zokuhlala, ezorhwebo kunye nezinto eziluncedo. Iphothifoliyo yethu yemveliso yebhetri ye-lithium-ion ibandakanya iibhetri, iimodyuli ezingama-48V, iikhabhathi (ngaphakathi / ngaphandle) kunye nezikhongozeli,
- Umdibaniso ophezulu kunye nendawo yokufaka encinci.
- Umjikelo wobomi obude,> amaxesha angama-6000 kwi-80% ye-DOD.
- Ayinazinyithi zinzima kwaye inobuhlobo kwindalo.
- Akukho sondlo, akukho siphumo sememori.
- Ukukhuselwa ngokupheleleyo kwe-BMS yangaphakathi, ukukhuselwa kwamandla ombane aphezulu, ukuthembeka okuphezulu.
- Ibhetri epheleleyo iqinisekisiwe iminyaka eyi-10, kwaye ixesha lokuphila elingaphantsi kwama-80% DOD liqinisekisiwe iminyaka engama-20.
Kutheni usikhethe?
Zonke iiseli zebhetri zivela kumvelisi onophawu olufana neATL, BYD, PANASONICS, LG, SAMSUNG.
ngaphezulu kwexabiso lama-48v 100ah ebhetri nceda uzame ukunxibelelana nathi!