Inkqubo yokugcina amandla endawo yokuhlala, ekwabizwa ngokuba yinkqubo yokugcinwa kwamandla yekhaya, iyafana nesikhululo samandla esigcina amandla e-Micro. Abasebenzisi, inesiqinisekiso esiphakamileyo soBonelelo kwaye asichaphazeleki ziigridi zangaphandle. Ngexesha lokusebenzisa kombane ophantsi, ipakethi yebhetri kwindawo yokugcina amandla ekhaya inokuzenzela i-tench yokusetyenziswa kwi-Peak okanye ukuphuma kwamandla.
Iibhetri zokugcina amandla zeyona nxalenye ibaluleke kakhulu yenkqubo yokugcina amandla endawo yokuhlala. Amandla omthwalo kunye nokusetyenziswa kwamandla kuhambelana. Iiparamitha zobugcisa zeebhetri zezamazama kufuneka ziqwalaselwe ngononophelo. Kuyenzeka ukuba wandise umsebenzi webhetri ye-Blued, ukunciphisa iindleko zenkqubo, kwaye ubonelele ngexabiso elikhulu kubasebenzisi ngokuqonda kunye nokufumana iiparameters ezisebenzayo. Ukubonisa iiparameter eziphambili, masithathe ibhetri ye-turbo ye-turbo ye-turbo ye-turbo ye-turbo ye-gorting njengomzekelo.
Iiparamitha zombane
① I-voltage yonyulo: Usebenzisa iimveliso ze-turbo h3 uqhagamshelo, iiseli zixhunyiwe kwi-1p128s, ngoko ke i-voltage yebala le-3.2v * 129.6v.
② Umthamo ofanelekileyo: Umgangatho womthamo wogcino lweseli kwi-AMPIRE-HAT (Ah).
AMANQAKU AMANGQINA: Kwiimeko ezithile zokukhuphela, amandla otyunjiweyo yebhetri ngowona mbane ubuncinci wombane ekufuneka ukhutshwe. Xa ujonga ubunzulu bokukhupha, amandla asebenzayo ebhetri ibhekisa kwinqanaba elinokusetyenziswa. Ngenxa yobunzulu bokukhupha (i-DOD) yeebhetri ze-lithium, owona gunya kunye nenqanaba lebhetri nge-9.5kwh yi-8.5kwh. Sebenzisa ipharamitha ye-8.5kwh xa uyila.
Uluhlu lweeVoltity: Uluhlu lweevolthi kufuneka zilingane noluhlu lwebhetri ye-inverter. Ibhetri yebhetri ngaphezulu okanye ngaphantsi koluhlu lwe-Inity ye-Invertage ye-Initter iya kubangela ukuba inkqubo iphumelele.
Max. Ukutshaja okuqhubekayo / ukukhululeka okwangoku: Iinkqubo zebhetri zixhasa ukutshaya okuphezulu kunye nokuhambisa imijikelezo, echaza ukuba ibhetri inokuthi ihlawulwe ixesha elingakanani ibhetri. Amazibuko e-Inverter anendawo enobuchule bokuphuma Ukutshaja okuqhubekayo okuqhubekayo nokukhupha okwangoku kwe-turbo h3 uthotho yi-0.8c (188A). I-9.5kwh turbo h3 inokuwisa kunye nokushaja kwi-7.5kw.
I-Peak okwangoku: I-Peak yangoku yenzeka ngexesha lokutshaja kunye nokukhupha inkqubo yenkqubo yebhetri. I-1c (23a) yincopho yangoku ye-turbo h3 uthotho.
⑦ Amandla e-Peak: Imveliso yebhetri yebhetri kwicandelo ngalinye phantsi kwenkqubo ethile yokukhuphela. I-10kw ingamandla encopho ye-turbo h3 uthotho.
Iiparamitha zokufaka
Ubungakanani kunye nobunzima be-net: Kuxhomekeke kwindlela yokufaka, kuyimfuneko ukuqwalasela umthwalo womthwalo okanye udonga, kunye nokuba iimeko zokufakwa ziyafezekiswa. Kuyimfuneko ukuqaphela indawo yokufaka ifumaneka kwaye ingaba inkqubo yebhetri iya kuba nobude obuncinci, ububanzi, nokuphakama.
② okhethiweyo: inqanaba eliphezulu lothuli kunye nokuchasana kwamanzi. Ukusetyenziswa kwangaphandle kunokwenzeka ngebhetri enomgangatho ophezulu wokukhusela.
Uhlobo lofakelo: uhlobo lofakelo ekufuneka lwenziwe kwindawo yomthengi, kunye nobunzima bokufakwa, njengokufakwa kweWall / i-Wall-ikhutshwe phantsi komhlaba.
Uhlobo lokupholisa: kwi-turbo h3 uthotho, izixhobo zenziwe ngokwemvelo.
I-Port Nxibelelana nezibuko: kwi-turbo h3 uthotho, iindlela zonxibelelwano ziquka i-Rs485.
Iiparamitha zokusingqongileyo
Uluhlu lobushushu oluPhezulu: Ibhetri ixhasa amaqondo obushushu ajikelezile kwindawo yokusebenza. Kukho uluhlu lobushushu lwe-100 ° ukuya kwi-53 ° C ukuze kukhawuleze ukutshaya kunye nokuhambisa i-turbo h3 ephezulu ye-voltage i-lithium blies. Kubathengi kumantla eYurophu kunye neminye imimandla ebandayo, olu lukhetho oluhle kakhulu.
② Ukusebenza komswakama kunye neeallitu Iiparamitha ezinje kufuneka ziqwalaselwe kwiindawo ezinomswakama okanye eziphezulu.
Iiparamitha zokhuseleko
Uhlobo lwebhetri: I-Lithium ye-inyibilium phosphate (LFP) kunye ne-Nickel-Cobalt-Cobary-Manganese Ternary (NCM) yeyona ntlobo ziqhelekileyo zeebhetri. Izinto ze-LFP ze-LFP zizinza ngakumbi kunezixhobo ze-NCM. I-Lithium ye-Inyibium ye-phosphatele isetyenziswa yi-renac renac.
② Iwaranti: Iwaranti yeThebhetri, ixesha lewaranti, kunye nenqanaba. Jonga uMgaqo-nkqubo weShishini weThengi yeThekhi yeRenac "ngeenkcukacha.
③ Ubomi boMjikelezo: Kubalulekile ukulinganisa intsebenzo yebhetri ngokulinganisa umjikelo wobomi bebhetri emva kokuba ihlawulwe ngokupheleleyo kwaye ikhutshiwe.
I-Renec's Turbo H3 Series ephezulu ye-voltage ye-vorties ye-vorties yamkela uyilo lwemodyuli. 7.1-57Kwh ingandiswa ngokuguquguquka ngokuqhagamshela ukuya kumaqela ama-6 nge-parallel. Ixhotywe ziiseli ze-Bitl Pelpo4, ezisebenzayo kakhulu kwaye zenza kakuhle. Ukusuka kwi-17 ° C ukuya kwi-53 ° C, inika amaqondo obushushu ahle kwaye aphantsi kweqondo lobushushu, kwaye isetyenziswe ngokubanzi ngaphandle kweemeko ezishushu.
Idlulisele kuvavanyo olungqongqo nguTüv Rheinalland, okhokelayo kwihlabathi kunye nombutho wesiqinisekiso. Iqela eliqela lokhuseleko lwebhetri liqinisekisiwe yiyo, kubandakanya i-IEC62619, IEC 62477, IEC 61000-6-1 / 3 kunye no-33.
Injongo yethu kukunceda ufumane ukuqonda okungcono kweebhetri zamandla ngokutolikwa kwezi paramitha ezineenkcukacha. Chonga eyona nkqubo yebhetri ye-GORT ye-GORT ye-GORT kwiimfuno zakho.