Iinkqubo zokugcina amandla ebhetri ye-lithium-ion engama-20ft 250KWh 582KWh
Inkcazo yeeNkqubo zokugcina amandla ebhetri yeLithium-ion
| Igama | Inkcazo | Uluhlu lokupakisha |
| Iinkqubo zokugcina amandla ebhetri yeLithium-ion ekwisikhongozeli | Isikhongozeli esiqhelekileyo se-20ft | Kubandakanya inkqubo yebhetri, umoya opholileyo, ukhuseleko lomlilo kunye nazo zonke iintambo zokudibanisa kwisikhongozeli, i-PCS, inkqubo yolawulo lwamandla i-EMS. |
(1) Inkqubo yokugcina amandla yenziwe ngekhabhathi yebhetri ye-lithium iron phosphate, iiPC, ikhabhathi yokulawula, inkqubo yokulawula ubushushu kunye nenkqubo yokukhusela umlilo, ezidityaniswe kwisikhongozeli esingangeenyawo ezingama-20. Ibandakanya iikhabhathi zebhetri ezi-3 kunye nekhabhathi yokulawula e-1. I-topology yenkqubo iboniswe ngezantsi.
(2) Iseli yebhetri yekhabhinethi yebhetri yenziwe ngothotho lwe-1p * 14s * 16S kunye nemo ehambelanayo, kuquka iibhokisi zebhetri ze-lithium iron phosphate ezili-16 kunye nebhokisi yokulawula eyintloko enye.
(3) Inkqubo yolawulo lwebhetri yahlulwe yangamanqanaba amathathu: i-CSC, i-sbmu kunye ne-mbmu. I-CSC ikwibhokisi yebhetri ukuze igqibezele ukufunyanwa kwedatha yolwazi lweeseli nganye nganye kwibhokisi yebhetri, ilayishe idatha kwi-sbmu, kwaye igqibezele ukulingana phakathi kweeseli nganye nganye kwibhokisi yebhetri ngokwemiyalelo ekhutshwe yi-sbmu. Ikwibhokisi yokulawula ephambili, i-sbmu inoxanduva lolawulo lwekhabhathi yebhetri, ifumana idatha eneenkcukacha ezilayishwe yi-CSC ngaphakathi kwikhabhathi yebhetri, ithathe isampuli ye-voltage kunye nomsinga wekhabhathi yebhetri, ibale kwaye ilungise i-SOC, ilawula ukutshaja kwangaphambili kunye nokukhutshwa kwetshaja kwekhabhathi yebhetri, kwaye ilayishe idatha efanelekileyo kwi-mbmu. I-Mbmu ifakiwe kwibhokisi yokulawula. I-Mbmu inoxanduva lokusebenza kunye nolawulo lwenkqubo yonke yebhetri, ifumana idatha elayishwe yi-sbmu, iyihlalutye kwaye iyicubungule, kwaye idlulisele idatha yenkqubo yebhetri kwiiPC. I-Mbmu inxibelelana neePC ngemo yonxibelelwano lwekheni. Jonga iSihlomelo 1 seprotokholi yonxibelelwano; I-Mbmu inxibelelana nekhompyutha ephezulu yebhetri ngonxibelelwano lwekheni. Lo mfanekiso ulandelayo ngumzobo wonxibelelwano lwenkqubo yolawulo lwebhetri
Iimeko Zokusebenza zeNkqubo Yokugcina Amandla
Izinga eliphezulu lokutshaja kunye nezinga lokukhupha umbane akudluli kwi-0.5C. Ngexesha lovavanyo nokusetyenziswa, iQela A alivumelekanga ukudlula izinga lokutshaja kunye nokukhupha umbane kunye neemeko zobushushu zokusebenza ezichazwe kwesi sivumelwano. Ukuba isetyenziswa ngaphaya kweemeko ezichazwe yiQela B, iQela B aliyi kuba noxanduva lokuqinisekisa umgangatho wasimahla wale nkqubo yebhetri. Ukuze kuhlangatyezwane neemfuno zobugcisa zenani lemijikelo, inkqubo ayifuni ngaphezulu kwe-0.5C yokutshaja kunye nokukhupha umbane, ixesha eliphakathi kokutshaja kunye nokukhupha umbane ngalinye lingaphezulu kweeyure ezi-5, kwaye inani lemijikelo yokutshaja kunye nokukhupha umbane ngaphakathi kweeyure ezingama-24 alidluli izihlandlo ezi-2. Iimeko zokusebenza ngaphakathi kweeyure ezingama-24 zezi zilandelayo
Ipharamitha yeeNkqubo zokugcina amandla ebhetri yeLithium-ion
| Amandla okukhupha alinganiselweyo | 250KW |
| Amandla okutshaja alinganisiweyo | 250KW |
| Ugcino lwamandla olulinganisiweyo | 582KWh |
| I-Voltage Elinganiswe Yinkqubo | 716.8V |
| Uluhlu lweeVolthi zeNkqubo | 627.2～806.4V |
| Inani leeKhabinethi zeBhetri | 3 |
| Uhlobo Lwebhetri | Ibhetri ye-LFP |
| Uluhlu oluPhezulu loBushushu bokuSebenza (ukutshaja) | 0～54℃ |
| Uluhlu oluPhezulu lobushushu bokusebenza (ukukhupha) | “-20～54℃ |
| Iinkcukacha zeSikhongozeli | 20ft |
| Ubonelelo lwaMandla oluNcedisayo lweSikhongozeli | 20KW |
| Ubungakanani besikhongozeli | 6058*2438*2896 |
| Ibanga loKhuseleko lweSikhongozeli | IP54 |
Inkqubo yokuJonga iibhetri
Le projekthi ixhotyiswe ngeseti yenkqubo yokubeka esweni yendawo ukuze kugqitywe ukujonga nokusebenza/ulawulo olupheleleyo lwenkqubo yokugcina amandla. Inkqubo yokubeka esweni yendawo kufuneka ilawule ubushushu besikhongozeli ngokwemeko yendawo, yamkele amaqhinga okusebenza okupholisa umoya afanelekileyo, kwaye inciphise ukusetyenziswa kwamandla kwe-air conditioner kangangoko kunokwenzeka ngesiseko sokugcina ibhetri ikwiqondo lobushushu eliqhelekileyo lokugcina. Inkqubo yokubeka esweni yendawo kunye nenkqubo yolawulo lwamandla zisebenzisa i-Ethernet ukunxibelelana nge-Modbus TCP protocol ukuhambisa i-BMS, i-air conditioner, ukhuseleko lomlilo kunye nolunye ulwazi lwe-alamu kwinkqubo yolawulo lwamandla kwinqanaba lesikhululo.
