Fihla imikhiqizo
I-Energy Storage BMS Parallel ne-Active Balance ne-Inverter Communication
Imininingwane
8-16S 1A 100A
8-16S 1A 150A
8-16S 2A 150A
8-16S 2A 200A
Isibonisi esihambisanayo esingu-3.2 intshi
Ulwazi Lomkhiqizo
| I gama le-brand: | I-HeltecBMS |
| Okubalulekile: | Ibhodi le-PCB |
| Umsuka: | I-Mainland China |
| Isiqinisekiso: | 1 unyaka |
| I-MOQ: | 1 pc |
| Uhlobo Lwebhethri: | I-LFP/NCM/LTO |
| Uhlobo lwebhalansi: | Ukulinganisa Okusebenzayo |
Ukwenza ngokwezifiso
- Ilogo eyenziwe ngokwezifiso
- Ukupakisha okwenziwe ngokwezifiso
- Ukwenza ngokwezifiso izithombe
Iphakheji
1. I-BMS Yesitoreji Samandla *1 isethi.
2. Isikhwama se-Anti-static, isipontshi se-anti-static kanye nekesi likathayela.
Thenga Imininingwane
- Ukuthumela Kusuka:
1. Inkampani/Imboni e-China.
2. Izindawo zokugcina izimpahla e-United States/Poland/Russia/Brazil
Xhumana nathiukuxoxisana ngemininingwane yokuthumela
- Inkokhelo: I-TT iyanconywa
- Izimbuyiselo nezimbuyiselo: Kufanele ukubuyiselwa nezimbuyiselo
Izici
- Ukulinganisa okusebenzayo
- Ukusebenza okukude kwe-APP
- Sekela ukusebenza kwekhompyutha ye-PC host
- Ukuxhumana kwe-RS485CANRS232
- Ukutholwa kwe-voltage enembe kakhulu
- Ukutholwa kwamanje okunembe kakhulu
- Amasekhethi atholakalayo angawodwa
- Ukuvikelwa kwesifunda esifushane
- Iziqondiso zesimo se-LED
- I-voltage engaphezu kwamandla kanye nokuvikelwa kwamanje
- Imibukiso yesikrini solwazi
- Isilinganiso Somthamo Webhethri
- Isikhathi sokungena esinembile
- Izindlela ezi-4 zokuvikela ukutholwa kwezinga lokushisa
- Ukuvikelwa kokuqapha izinga lokushisa kwe-MOS
I-Inverter Brands ehambisanayo
| I-Inverter Brands | Iphrothokholi | Ukuxhumana | Imodeli ye-Inverter ehloliwe | Iphrothokholi ku-Inverter Code |
| I-DEYE | 低压储能CAN通信协议 Iphrothokholi yokuxhumana ye-CAN ene-low-voltage hybrid inverter | I-CANBUS-500K | SUN-5K-SG03LP1-EU | 1.Imenyu Yokusetha Ibhethri->I-Lithium2.Umsebenzi Othuthukisiwe->Iphutha Le-BMS Misa |
| I-PYLON | 派能CAN总线协议V1.2PYLON CANBUS Protocol V1.2 | I-CANBUS-500K | ||
| I-派能低压RS485通信协 i-PYLON low voltage RS485 Protocol | ||||
| I-GROWATT
| 古瑞瓦特低压CAN总线协议REV 0SGrowatt BMS CAN-Bus-protocol -low-voltage_Rev_05 | I-CANBUS-500K | I-SPF 3000TL HVM-48 | 1. Setha i-LI kokuthi 052. Misa koku-1 kokungu-36, ukuxhumana kwe-CAN |
| I-储能机与电池PACK之间RS485通讯协讯V2.01Growwatt xxSxxP ESS Protocol V2.01 | RS485-9600 | I-SPF 3000TL HVM-48 | 1. Setha i-LI kokuthi 052. Misa ku-51 kokungu-36, ukuxhumana kwe-CAN | |
| VICTRON
| 维克多CAN总线协议201707CAB-BUS_BMS_Protocol 201707 | I-CANBUS-500K | I-Cerbo GX | |
| IMVENT
| 英感腾户用储能逆变器低压版BMS通信协议(V1.02)INVT BMS CAN Bus protocol V1.02 | I-CANBUS-500K | Idatha ye-BD5KTL-RL1 | |
| UGOODWE
| 固德感低压CAN总线协议V1.7(ES/EM/S-BP/BP系列)GoodWe LV BMS Protocol(CAN) V1.7(For ES/EM/S-BP/BP Series) | I-CANBUS-500K | I-GW5000-ES-20 | Khetha i-GoodWe yohlobo lwebhethri->A5.4L*1 |
| I-SMA
| I-SMA电池与逆变器通信协议FSS-ConnectingBat-TI-en-10 Inguqulo 1.0 | I-CANBUS-500K | ||
| I-VOLTRONIC
| 日月元逆变器与BMS RS485通信协 议Voltronic Power Inverter kanye ne-BMS 485 yokuxhumana protocol | RS485-9600 | ||
| I-SRNE
| 硕日 Modbus通信协议PACE BMS Modbus Protocol ye-RS485 | RS485-9600 | I-HF2430S60-100 | 1. Hlela 39 ukuze BMS2. Hlela 32 ukuze BMS3. Misa 33 ukuze WOW |
Umdwebo Wohlelo Lomsebenzi
Amapharamitha ayisisekelo
| Cha. | Into | Amapharamitha azenzakalelayo | Kuyalungiseka noma cha | |
| 1 | Inombolo yezintambo | Uhlobo lwebhethri olusekelwe | I-LFP/NCM/LTO | Yebo |
| Inombolo esekelwe yeyunithi yezinhlamvu | 8~16/7~16/14~16 ngenhla ngokufanele | Yebo | ||
| 2 | Ukuvikelwa kokushajwa kweseli eyodwa | I-voltage yokuvikela i-overcharge | 3600mV | Yebo |
| I-voltage yokutakula ngokweqile | 3550mV | Yebo | ||
| 3 | Ukuvikelwa kwe-undervoltage yeseli elilodwa | I-voltage yokuvikela i-undervoltage | 2600mV | Yebo |
| I-Undervoltage recovery voltage | 2650mV | Yebo | ||
| I-Undervoltage automatic shutdown voltage | 2500mV | Yebo | ||
| 4 | Umsebenzi wokulinganisa osebenzayo | Qalisa umehluko wengcindezi yokulinganisa | 10mV |
Yebo |
| Ukulinganisa kuqala i-voltage yokusebenza | 3000mV |
Yebo | ||
| Ukulinganisa okuphezulu kwamanje | 1A | Yebo | ||
| 5 | Isamba sokuvikela inkokhiso eyengeziwe | Inani eliphezulu lokushaja okwamanje | 25A | Yebo |
| Shaja ukubambezeleka kwe-overcurrent | 2s | Yebo | ||
| Shaja ukukhishwa kwe-alamu ye-overcurrent | 60s | Yebo | ||
| Shaja umkhawulo wamanje | 10A | No | ||
| 6 | Isamba sokuvikelwa kokukhipha ngokweqile | Umkhawulo wokukhipha okwamanje | 150A | Yebo |
| Ukukhipha ukubambezeleka kwe-overcurrent | 300s | Yebo | ||
| Khipha ukukhishwa kwe-alamu ye-overcurrent | 60s | Yebo | ||
| 7 | Ukuvikelwa kwesifunda esifushane | Umsinga wokuvikela isiyingi esifushane | 300A | No |
| Ukubambezeleka kokuvikela isekethe emfushane | 20us | Yebo | ||
| Ukukhishwa kokuvikela isifunda esifushane | 60s | Yebo | ||
| 8 | Ukuvikelwa kwezinga lokushisa | Ukushaja ukuvikelwa kwezinga lokushisa elingaphezulu | 70°C | Yebo |
| Shaja ukutholwa kwezinga lokushisa elingaphezulu |
60°C | Yebo | ||
| Khipha ukuvikelwa kwezinga lokushisa elingaphezulu |
70°C | Yebo | ||
| Khipha ukutakula kwezinga lokushisa elingaphezulu | 60°C | Yebo | ||
| Ukushaja Ukuvikelwa Kwezinga Lokushisa Eliphansi | -20°C | Yebo | ||
| Shaja Ukutholwa Kwezinga Lokushisa Eliphansi | -10°C | Yebo | ||
| Ukuvikelwa kwezinga lokushisa elingaphezulu kwe-MOS | 100°C | Yebo | ||
| Ukuvuselelwa kwe-MOS phezu kwezinga lokushisa | 80°C | Yebo | ||
| I-alamu yebhethri ngaphezu kwezinga lokushisa | 60°C | Yebo | ||
| Ukutholwa kwe-alamu yebhethri ngaphezu kwezinga lokushisa | 50°C | Yebo | ||
| Amazwana: Ngenhla kukhona amapharamitha azenzakalelayo amaseli e-LiFePO4 (1A 150A BMS). | ||||