Incazelo:
I-high - voltage stackable LiFePO4 lithium battery iklanyelwe nge-modular. Iyunithi ngayinye ingama-102.4v 50Ah 5KWh, light in weight, futhi kulula ukuyifaka. I-smart BMS ye-stackable LiFePO4 battery isekela ibhethri ukuba ixhumane namabhendi angaphezu kwama-30 we-inverters nge-CAN / RS485 terminals. Izici ezihambayo nezihlanganisiwe zenza i-high - voltage LiFePO4 lithium battery ibe ukukhetha okuphezulu kwezinhlelo zokugcina amandla ekhaya, ama-villa, nezinhlelo zamandla elanga. Uma ufuna ukuthola intengo enkulu, ungangabazi ukusithinta ukuze uthole eminye imininingwane.
Izincazelo:
| Imodeli | HVXP - P10250 |
| Uhlobo lwebhethri | I-Lifepo4 Prismatic Cell |
| Amandla Okuqamba | 5.12KWh (* Inani le-Modular) |
| Amandla Okusetshenziswa | 4.6KWh (* Inani le-Modular, 90% DOD) |
| Inani le-voltage | 102.4V (* Modular Quantity) |
| Isivoltage esizenzekile | 92.8 – 115.2V (* Ubuningi beModular) |
| Amandla kagesi | 112V (* Ubuningi beModular) |
| UMax. Inani lamanje | 25A (* Ubuningi beModular) |
| UMax. Ukukhishwa Kwamanje | 40A (* Ubuningi beModular) |
| Ukuphila Okuhleliwe | iminyaka eyi-10 (25°C) |
| Isikhathi sokuphila | 6000 (25°C), 80% EOL |
| Ukwehla | Imodyuli: Max. 3 Ikhono: 15KWh |
| Ukuxhumana | I-RS485, i-CAN |
| Ukuphakama kokusebenza | ≤ 2000m |
| Ukuvikelwa Kokungena | IP54 |
| ## Ukuthola izinga lokushisa | ## 65±2°C (149±2°F) |
| Izinga Lokusebenza | 0°C – 50°C (32°F – 122°F) |
| Izinga Lokusebenza | -20°C – 50°C (-4°F – 113°F) |
| ## Izinga Lokugcina | 0°C – 45°C (Kuhlongozwa) (32°F – 113°F) |
| Umswakama Wendawo Yokugcina | ≤ 85% (RH) |
| Umswakama Wokusebenza | ≤ 95% (RH) Akukho Ukufingqa |
| Isisindo Esiphelele Sebhathri | 54kg (* Ubuningi beModular) |
| Isisindo Esiphelele seMkhawulo Ophakeme | izindleko |
| Isisindo Esiphelele seSisekelo | 13kg |
| Usayizi Wepakethe Yebhathri | 580mm*240mm*440mm (1 Imodyuli) |
| Usayizi Wepakethe seMkhawulo Ophakeme | 580mm*240mm*410mm |
| Usayizi Wepakethe seSisekelo | 580mm*240mm*110mm |
Izicateleni:
I-Stack Battery ku-GreenPower
IGreenPower ingumkhiqizi webhethri we-LiFePO4 onolwazi. Sinikeza izixazululo eziningi zokugcina amandla kumakhasimende ahlukahlukene ahlinzeka ngezinhlelo zokusebenza ezifana nokugcinwa kwamandla okuhlala, ezentengiselwano nezimboni. Amabhethri e-GreenPower LiFePO4 angafakwa ndawonye akhiqizwa ngezinga eliphakeme. Ubuchwepheshe bebhethri i-LiFePO4 buneminyaka engaphezu kwengu-10 yokusebenza. Njengoba zenziwe ngamasondo, kulula ukuzifaka nokuzishukumisela. Ibhodi lokuvikela i-BMS elakhelwe ngaphakathi linikeza ukuvikelwa okuphelele kwamabhethri angafakwa ndawonye. Kukhona ukufudumala okuzenzakalelayo, kanye nemisebenzi yokulawula kude i-wifi. Umkhiqizo we-GreenPower othuthukile ozenzakalelayo nomnyango ocwaningayo nowokuthuthukisa ukuqinisekisa ukuthi amabhethri e-lithium agcwele isikhathi eside aphephile. Izinsizakalo ze-OEM ne-ODM ziyatholakala.
Ividiyo:
Izinzuzo:
Isakhiwo
Ibhathri yeLiFePO4 Engabekwa Phezulu
1.Isiginali ye-positive: amandla okukhipha ama-battery
2.Isiginali engathandeki: amandla aphuma ebhakthri angathandeki
3.Umshayo: ulawula umjikelezo wokuphuma, shintsha iswishi ibe ON uma usebenzisa
4.PCS: ukuxhumana ngebhethri nama-PC nge-RJ45 8P8C
4.Iphuzu le-Parallel A: Ukufaka ikheli lokuxhumana kweqoqo lebhathri
5.Iphuzu le-Parallel B: Ukuphuma kwekheli lokuxhumana kweqoqo lebhathri
6.Umsebenzi wokuqala: Iswishi yokuqala yesistimu. Cindezela inkinobho, i-BMS izosebenza.
7.Umsebenzi wokuqala ophoqelelwe: Cindezela futhi ubambe inkinobho imizuzwana emi-5. I-BMS izosebenza futhi ivale ama-relay. Ukuhlinzekwa kwamandla ku-PCS uma ingenamandla.
Izici
Ibhathri Ephakeme
Imibuzo Evame Ukubuzwa:
Ingabe ibhethri le-lithium lingakwazi ukukala amandla aphezulu?
Iphakethe lamabhethri e - lithium e - high - voltage ngokwalo alikwazi ukukala amandla. Kuyithuluzi lamandla okugcina nokuhambisa amandla. Ungabona idatha yevolthi ngokusebenzisa uhlelo lokuphatha ibhethri (BMS) olwakhelwe ngaphakathi kwebhethri le - lithium elisebenza ngamandla aphezulu, noma ungasebenzisa imitha ekhethekile yokulinganisa amandla kagesi ukuze ubheke futhi uphathe amandla amabhethri.
Ngabe ngingahlanganisa amabhethri e-lithium anokuphakanyiswa okuphezulu namabhethri e-alkaline?
Akukhuthazwa ukuhlanganisa amabhathri e-lithium aphezulu - voltage namabhathri e-alkaline kudivayisi efanayo, ikakhulukazi amabhathri aphezulu - voltage. Nansi imbangela ebalulekile:
1.Umehluko Wokucindezela: Amabhethri e-lithium anokucindezela okuphezulu okuphezulu kunamabhethri e-alkaline. Uma uzixuba, kuzobangela ukungalingani kwamanje, okuyolimaza umshini wakho.
2. Izinga Lokukhishwa: Amabhathri e-lithium aphezulu - voltage akhishwa ngokwengeziwe futhi agcine i-voltage isikhathi eside, kanti amabhathri e-alkaline azokwehla kancane i-voltage njengoba ekhishwa. Uma uwaxhuma ahlanganisiwe, kuzoholela ekusebenzeni okungalingani.
3.Ukuphakama Kwezingcuphe: Lapho amabhethri e-lithium aphezulu - volt ne-alcaline ebhethri exhunywe ngochungechunge, ukungalingani kwe-voltage kungaphoqa amanye amabhethri ukuba asebenze ngokweqile, okuzoholela ekushiseni, ukulimala kwamacell e-lithium namacell e-alcaline.
4. Ukubamba iqhaza Ukungavumelani Kwamakhemikhali: Amabhethri e-lithium nama-alkaline anamakhemikhali angaphakathi ahlukile futhi awaklanyelwe ukusebenza ndawonye. Ukuzixuba kuzoholela ekungazinzeni, ekuvuza nasezingozini zokuphepha.
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