Izinhlelo Zokugcina Amandla Ebhethri Le-Lithium-ion Elinamakhonteyina angu-20ft 250KWh 582KWh
Incazelo Yezinhlelo Zokugcina Amandla Ebhethri le-Lithium-ion
| Igama | Imininingwane | Uhlu lokupakisha |
| Izinhlelo Zokugcina Amandla Ebhethri Le-Lithium-ion Ezisezitsheni | Isitsha esijwayelekile esingamamitha angu-20 | Kubandakanya uhlelo lwebhethri, umoya opholile, ukuvikelwa komlilo kanye nazo zonke izintambo zokuxhuma ezitsheni, i-PCS, uhlelo lokuphatha amandla i-EMS. |
(1) Uhlelo lokugcina amandla lwakhiwe yikhabhinethi yebhethri ye-lithium iron phosphate, ama-PC, ikhabhinethi yokulawula, uhlelo lokulawula izinga lokushisa kanye nohlelo lokuvikela umlilo, okuhlanganiswe esitsheni esingamamitha angu-20. Luhlanganisa amakhabhinethi amabhethri amathathu kanye nekhabhinethi yokulawula eyodwa. I-topology yesistimu iboniswe ngezansi.
(2) Iseli yebhethri yekhabhinethi yebhethri yakhiwe uchungechunge lwe-1p * 14s * 16S kanye nemodi ehambisanayo, kufaka phakathi amabhokisi ebhethri e-lithium iron phosphate angu-16 kanye nebhokisi lokulawula eliyinhloko elilodwa.
(3) Uhlelo lokuphatha ibhethri luhlukaniswe amazinga amathathu: i-CSC, i-sbmu kanye ne-mbmu. I-CSC itholakala ebhokisini lebhethri ukuze iqedele ukutholwa kwedatha yolwazi lwamaseli ngamanye ebhokisini lebhethri, ilayishe idatha ku-sbmu, futhi iqedele ukulingana phakathi kwamaseli ngamanye ebhokisini lebhethri ngokwemiyalelo ekhishwe yi-sbmu. Itholakala ebhokisini lokulawula eliyinhloko, i-sbmu inesibopho sokuphathwa kwekhabhinethi yebhethri, ithola idatha eningiliziwe elayishwe yi-CSC ngaphakathi kwekhabhinethi yebhethri, isampula i-voltage kanye nogesi wekhabhinethi yebhethri, ibala futhi ilungise i-SOC, iphatha ukushaja kwangaphambili kanye nokukhishwa kweshaja kwekhabhinethi yebhethri, futhi ilayishe idatha efanele ku-mbmu. I-Mbmu ifakiwe ebhokisini lokulawula. I-Mbmu inesibopho sokusebenza nokuphathwa kohlelo lonke lwebhethri, ithola idatha elayishwe yi-sbmu, iyihlaziye futhi iyicubungule, futhi idlulisele idatha yohlelo lwebhethri kuma-PC. I-Mbmu ixhumana nama-PC ngemodi yokuxhumana ngekani. Bheka iSithasiselo 1 ukuthola iphrothokholi yokuxhumana; I-Mbmu ixhumana nekhompyutha ephezulu yebhethri ngokuxhumana ngekani. Isithombe esilandelayo umdwebo wokuxhumana wohlelo lokuphatha ibhethri
Izimo Zokusebenza Zohlelo Lokugcina Amandla
Izinga lokushaja eliphezulu lomklamo kanye nezinga lokukhipha akudluli ku-0.5C. Ngesikhathi sokuhlolwa nokusetshenziswa, iQembu A alivunyelwe ukudlula izinga lokushaja nokukhipha kanye nemibandela yokushisa yokusebenza echazwe kulesi sivumelwano. Uma isetshenziswa ngale kwemibandela echazwe yiQembu B, iQembu B ngeke libe nesibopho sokuqinisekisa ikhwalithi yamahhala yalolu hlelo lwebhethri. Ukuze kuhlangatshezwane nezidingo zobuchwepheshe zenani lemijikelezo, uhlelo aludingi ngaphezu kuka-0.5C ukushaja nokukhipha, isikhathi esiphakathi kokushaja nokukhipha ngakunye singaphezu kwamahora ama-5, kanti inani lemijikelezo yokushaja nokukhipha ngaphakathi kwamahora angama-24 alidluli izikhathi ezi-2. Izimo zokusebenza ngaphakathi kwamahora angama-24 zimi kanje.
Ipharamitha Yezinhlelo Zokugcina Amandla Ebhethri le-Lithium-ion
| Amandla Okukhipha Alinganisiwe | 250KW |
| Amandla Okushaja Alinganisiwe | 250KW |
| Isitoreji Samandla Esilinganiselwe | 582KWh |
| I-Voltage Elinganisiwe Yesistimu | 716.8V |
| Ibanga Le-Voltage Yesistimu | 627.2～806.4V |
| Inani Lamakhabethe Ebhethri | 3 |
| Uhlobo Lwebhethri | Ibhethri le-LFP |
| Ibanga Lokushisa Eliphezulu Lokusebenza (Ukushaja) | 0～54℃ |
| Ububanzi Bokushisa Okusebenza Obukhulu (Ukukhishwa) | “-20～54℃ |
| Ukucaciswa Kwesitsha | 20ft |
| Ukunikezwa Kwamandla Okungeziwe Kwesitsha | 20KW |
| Usayizi Wesitsha | 6058*2438*2896 |
| Ibanga Lokuvikela Isitsha | I-IP54 |
Uhlelo Lokuqapha Ibhethri
Le phrojekthi ifakwe isethi yesistimu yokuqapha yendawo ukuze kuqedwe ukuqapha okuphelele nokusebenza/ukulawula uhlelo lonke lokugcina amandla. Uhlelo lokuqapha lwendawo ludinga ukulawula izinga lokushisa lesitsha ngokwendawo ekhona, lwamukele amasu okusebenza kokupholisa umoya afanele, futhi lunciphise ukusetshenziswa kwamandla kwe-air conditioner ngangokunokwenzeka ngesisekelo sokugcina ibhethri lisezingeni lokushisa elijwayelekile lokugcina. Uhlelo lokuqapha lwendawo kanye nohlelo lokuphatha amandla lusebenzisa i-Ethernet ukuxhumana nge-Modbus TCP protocol ukudlulisa i-BMS, i-air conditioner, ukuvikelwa komlilo kanye nolunye ulwazi lwe-alamu ohlelweni lokuphatha amandla lwezinga lesiteshi.
