I-Chengdu Heltec Energy Technology Co., Ltd. 
Smart BMS
Ugcino lwamandla e-BMS eFanayo neBalance esebenzayo kunye noNxibelelwano lwe-Inverter
Iinkcukacha
8-16S 1A 100A
8-16S 1A 150A
8-16S 2A 150A
8-16S 2A 200A
Iyahambelana 3.2 intshi ukubonisa
Ulwazi lweMveliso
| Igama lebrand: | HeltecBMS |
| Izinto: | ibhodi PCB |
| Imvelaphi: | Ilizwe laseTshayina |
| Iwaranti: | Unyaka omnye |
| MOQ: | 1 pc |
| Uhlobo Lwebhetri: | Lithium Ternary / Lithium Iron |
| Uhlobo lomncono: | I-Pasisive Balancing |
Ukwenza ngokwezifiso
- Ilogo eyenzelwe wena
- Ukupakishwa okulungiselelweyo
- Ulungelelwaniso lwegraphic
Iphakheji
1.Energy Storage BMS *1 iseti.
I-2.Isikhwama se-Anti-static, isiponji esichasene ne-static kunye ne-corrugated case.
Thenga Iinkcukacha
Ukuthunyelwa ngenqanawe ukusuka:
1. Inkampani / iFactory eChina
2. Iindawo zokugcina iimpahla eUnited States/Poland/Russia/Brazil
Qhagamshelana nathi ukuthethathethana ngeenkcukacha zokuthumela
Intlawulo: TT iyacetyiswa
Imbuyekezo kunye neMbuyiselo: Ifanelekile ukuba ibuyiswe kunye nembuyekezo
Iimbonakalo
Ulungelelaniso olusebenzayo
Ukusebenza okude kwe-APP
Inkxaso PC host ukusebenza kwikhompyuter
RS485\CAN\RS232 unxibelelwano
Ukufumana ukuchaneka okuphezulu kwamandla ombane
Ukufumana ngokuchanekileyo okuphezulu
Iisekethe zonikezelo ezikwanti
Ukukhuselwa kwesiphaluka esifutshane
Imiyalelo yobume be-LED
Ngaphezulu kombane kunye nokhuseleko lwangoku
Izibonisi zesikrini solwazi
Uqikelelo loMmandla webhetri
Ukugawulwa kwexesha elichanekileyo
I-4-indlela yokukhusela ubushushu bokubona
Ukhuseleko lokubeka iliso lobushushu lweMOS
Ii-Inverter Brands ezihambelanayo
| Iimpawu zeInverter | Umgaqo-nkqubo | Unxibelelwano | IModeli yoMguquli ovavanyiweyo | Iprothokholi kwiKhowudi yoMguquli |
| DEYE | 低压储能CAN通信协议 I-low-voltage hybrid inverter ye-CAN yonxibelelwano protocol | CANBUS-500K | SUN-5K-SG03LP1-EU | 1.IMenu yokuSeta iBattery->Lithium 2.Umsebenzi oPhezulu->Impazamo ye-BMS Yima |
| IPYILON | ILogo CAN总线协 Inkcazelo V1.2 IPYLON CANBUS Protocol V1.2 | CANBUS-500K |
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| 派能低压RS485通信协议 I-PYLON yombane ophantsi we-RS485 Protocol |
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| GROWATT
| 古瑞瓦特低压CAN总线协议REV 0S Growatt BMS CAN-Bus-protocol -low-voltage_Rev_05 | CANBUS-500K | SPF 3000TL HVM-48 | 1. Misela i-LI kwi-05 2. Beka kwi-1 kwi-36, unxibelelwano lwe-CAN |
| Inkcazelo ngokuthe gabalala V2.01. Growatt xxSxxP ESS Protocol V2.01 | RS485-9600 | SPF 3000TL HVM-48 | 1. Misela i-LI kwi-05 2. Misela kwi-51 kwi-36, unxibelelwano lwe-CAN | |
| VICTRON
| 维克多CAN总线协议201707 CAB-BUS_BMS_Protocol 201707 | CANBUS-500K | Cerbo GX | |
| INGELA
| 英感腾户用储能逆变器低压版BMS通信协议(V1.02) I-INVT I-BMS INOBA I-Bus protocol V1.02 | CANBUS-500K | BD5KTL-RL1 | |
| UGOODWE
| 固德感低压CAN总线协议V1.7(ES/EM/S-BP/BP系列) IProtokholi ye-GoodWe LV BMS(CAN) V1.7(Ye-ES/EM/S-BP/BP Series) | CANBUS-500K | GW5000-ES-20 | Khetha iGoodWe yohlobo lwebhetri->A5.4L*1 |
| I-SMA
| SMA电池与逆变器通信协议 FSS-ConnectingBat-TI-en-10 Version 1.0 | CANBUS-500K |
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| IVOLTRONIC
| 日月元逆变器与BMS RS485通信协议 I-Voltronic Power Inverter kunye ne-BMS 485 yonxibelelwano protocol | RS485-9600 |
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| I-SRNE
| 硕日 Modbus通信协议 I-PACE BMS ye-Modbus Protocol ye-RS485 | RS485-9600 | HF2430S60-100 | 1. Misela ama-39 kwi-BMS 2. Misela ama-32 kwi-BMS 3. Misela ama-33 ku-WOW |
| KUFUNEKA
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| UKUTHI GA
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Umzobo weSkimu soMsebenzi
Iiparamitha ezisisiseko
| Hayi. | Into | Iiparamitha eziMiselweyo | Iyalungiseka okanye hayi | |
| 1 | Inani leentambo | Uhlobo lwebhetri oluxhaswayo | LFP/NCM/LTO | Ewe |
| Inani elixhaswayo lemitya | 8~16/7~16/14~16 ngaphezulu ngokufanelekileyo | Ewe | ||
| 2 | Ukhuseleko lwentlawulo egqithisiweyo yeseli enye | Ivolthi yokukhusela i-Overcharge | 3600mV | Ewe |
| I-voltage yokubuyisela i-Overcharge | 3550mV | Ewe | ||
| 3 | Ukhuseleko kwiseli enye undervoltage | Umbane okhuselayo ongaphantsi kombane | 2600mV | Ewe |
| I-Undervoltage recovery voltage | 2650mV | Ewe | ||
| I-Undervoltage automatic shutdown voltage | 2500mV | Ewe | ||
| 4 | Umsebenzi wokulinganisa osebenzayo | Qalisa umahluko woxinzelelo lokulinganisa | 10mV |
Ewe |
| Ukulinganisa ukuqala kombane osebenzayo | 3000mV |
Ewe | ||
| Ubuninzi bokulinganisa okwangoku | 1A | Ewe | ||
| 5 | Ukhuseleko lwentlawulo egqithisileyo | Ubuninzi bokutshaja okwangoku | 25A | Ewe |
| Ukuhlawulisa ukulibaziseka okungaphaya | 2s | Ewe | ||
| Tshaja ukukhutshwa kwe-alam yangoku | 60s | Ewe | ||
| Ukuhlawula umda wangoku | 10A | No | ||
| 6 | Ukukhuselwa kokugqithiswa ngokupheleleyo | Ubuninzi bokukhupha okwangoku | 150A | Ewe |
| Ukukhutshwa kokulibaziseka kwangoku | 300s | Ewe | ||
| Khupha ukukhutshwa kwe-alam yangoku | 60s | Ewe | ||
| 7 | Ukukhuselwa kwesiphaluka esifutshane | Ukukhuselwa kwexesha elifutshane langoku | 300A | No |
| Ukulibaziseka kokukhusela isiphaluka esifutshane | 20us | Ewe | ||
| Ukukhutshwa kokhuseleko lwesiphaluka esifutshane | 60s | Ewe | ||
| 8 | Ukhuseleko lobushushu | Ukutshaja ukhuseleko lobushushu obugqithisileyo | 70°C | Ewe |
| Ukuhlawulisa ukubuyiswa kobushushu obungaphezulu |
60°C | Ewe | ||
| Ukukhupha ukhuseleko lobushushu obugqithisileyo |
70°C | Ewe | ||
| Ukukhupha ukubuyiswa kobushushu obungaphezulu | 60°C | Ewe | ||
| Ukutshaja uKhuseleko loBubushushu obuphantsi | -20°C | Ewe | ||
| Ukuhlawulisa ukuBuyisa ubushushu obuphantsi | -10°C | Ewe | ||
| Ukhuseleko lwe-MOS ngaphezulu kobushushu | 100°C | Ewe | ||
| Ukuchacha kwe-MOS ngaphezulu kobushushu | 80°C | Ewe | ||
| Ibhetri kwi-alarm yobushushu | 60°C | Ewe | ||
| Ibhetri phezu kwe-alarm yobushushu ukubuyisela kwakhona | 50°C | Ewe | ||
| Amagqabantshintshi: Ngaphezulu ziiparamitha ezingagqibekanga zeeseli ze-LiFePO4 (1A 150A BMS). | ||||
