Inkqubo yokugcina amandla kwindawo yokuhlala, eyaziwa ngokuba yinkqubo yokugcina amandla ekhaya, iyafana nesikhululo samandla esincinci sokugcina amandla.Kubasebenzisi, inesiqinisekiso esiphezulu sobonelelo lwamandla kwaye ayichatshazelwa ziigridi zamandla zangaphandle.Ngamaxesha osetyenziso lombane oluphantsi, ipakethe yebhetri kwindawo yokugcina amandla endlu inokuzihlawulela yona ukuze isetyenziswe xa umbane uphela ngexesha lokuhamba kombane.
Iibhetri zokugcina amandla ziyinxalenye ebaluleke kakhulu yendawo yokuhlala yokugcina amandla.Amandla omthwalo kunye nokusetyenziswa kwamandla kuhambelana.Imilinganiselo yobugcisa beebhetri zokugcina amandla kufuneka ziqwalaselwe ngokucophelela.Kunokwenzeka ukwandisa ukusebenza kweebhetri zokugcina amandla, ukunciphisa iindleko zenkqubo, kunye nokubonelela ngexabiso elikhulu kubasebenzisi ngokuqonda kunye nokulawula iiparitha zobugcisa.Ukubonisa iiparamitha eziphambili, makhe sithathe i-RENAC's Turbo H3 uthotho lwebhetri enevoltage ephezulu njengomzekelo.
Iiparamitha zoMbane
① I-Voltage ye-Nominal: Ukusebenzisa iimveliso ze-Turbo H3 njengomzekelo, iiseli ziqhagamshelwe kuthotho kunye nokuhambelana njenge-1P128S, ngoko ke amandla ombane angama-3.2V * 128 = 409.6V.
② Umthamo oqhelekileyo: Umlinganiselo womthamo wokugcina weseli kwiiyure ze-ampere (Ah).
③ Amandla aqhelekileyo: Kwiimeko ezithile zokukhupha, amandla aqhelekileyo ebhetri ngowona mlinganiselo uphantsi wombane ekufuneka ukhululwe.Xa kuqwalaselwa ubunzulu bokukhutshwa, amandla asebenzisekayo ebhetri abhekisa kumthamo onokuthi usetyenziswe ngokwenene.Ngenxa yobunzulu bokukhutshwa (i-DOD) yeebhetri ze-lithium, ukuhlawulwa kwangempela kunye nokukhupha umthamo webhetri kunye nomthamo olinganisiweyo we-9.5kWh ngu-8.5kWh.Sebenzisa iparamitha ye-8.5kWh xa uyila.
④ Uluhlu lweVoltage: Uluhlu lwamandla ombane kufuneka luhambelane noluhlu lwebhetri yegalelo le-inverter.Amandla ombane ebhetri ngaphezulu okanye ngaphantsi koluhlu lwamandla ombane webhetri ye-inverter luya kubangela ukuba inkqubo ingaphumeleli.
⑤ Ubukhulu.Ukutshaja rhoqo / ukuTshajwa ngoku: Iinkqubo zebhetri zixhasa ukutshaja okuphezulu kunye nokukhupha imisinga, emisela ukuba ibhetri inokutshajwa ixesha elingakanani.Amazibuko oguqulo anamandla aphezulu emveliso yangoku enqanda le yangoku.Ubuninzi obuqhubekayo bokutshaja kunye nokukhupha okwangoku kwi-Turbo H3 series yi-0.8C (18.4A).Enye 9.5kWh Turbo H3 ingakhupha kwaye itshaje nge-7.5kW.
⑥ Incopho yangoku: Incopho yangoku yenzeka ngexesha lokutshaja kunye nokukhupha inkqubo yebhetri.I-1C (23A) yincopho yangoku ye-Turbo H3 series.
⑦ Amandla Amandla: Ukukhutshwa kwamandla ebhetri ngexesha leyunithi nganye phantsi kwenkqubo ethile yokukhupha.I-10kW ngamandla aphezulu kuthotho lweTurbo H3.
Iiparamitha zoFakelo
① Ubungakanani kunye nobunzima boMnatha: Kuxhomekeke kwindlela yokufakela, kuyimfuneko ukuqwalasela umthwalo womthwalo womhlaba okanye udonga, kunye nokuba iimeko zofakelo zidibene.Kuyimfuneko ukuqwalasela indawo yokufakela ekhoyo kunye nokuba inkqubo yebhetri iya kuba nobude obulinganiselweyo, ububanzi kunye nobude.
② Indawo ebiyelweyo: Inqanaba eliphezulu lothuli kunye nokumelana namanzi.Ukusetyenziswa kwangaphandle kunokwenzeka ngebhetri enomgangatho ophezulu wokukhusela.
③ Uhlobo loFakelo:Uhlobo lofakelo ekufuneka lwenziwe kwindawo yomthengi, kunye nobunzima bofakelo, njengokunyuswa kodonga/ufakelo olunyuswe emgangathweni.
④ Uhlobo lokupholisa: Kuluhlu lwe-Turbo H3, izixhobo zipholile ngokwendalo.
⑤ Izibuko loNxibelelwano: Kuluhlu lwe-Turbo H3, iindlela zonxibelelwano ziquka i-CAN kunye ne-RS485.
Imilinganiselo yokusingqongileyo
① Uluhlu lobushushu obukhoyo: Ibhetri ixhasa uluhlu lobushushu ngaphakathi kwendawo yokusebenza.Kukho iqondo lobushushu eliphakathi kwe -17°C ukuya kuma-53°C lokutshaja nokukhupha iibhetri ze-Turbo H3 eziphezulu ze-lithium.Kubathengi abasemantla eYurophu nakweminye imimandla ebandayo, olu lolona khetho lubalaseleyo.
② Ukusebenza Ukufuma & Nokuphakama: Obona luhlu lokufuma kunye noluhlu lobude obunokuphathwa yibhetri.Iiparamitha ezinjalo kufuneka ziqwalaselwe kwiindawo ezinomswakama okanye eziphakamileyo.
Iiparamitha zoKhuseleko
① Uhlobo lwebhetri: Iibhetri zeLithium iron phosphate (LFP) kunye nenickel-cobalt-manganese ternary (NCM) zezona ntlobo zixhaphakileyo zeebhetri.Izinto ze-LFP ternary zizinzile ngakumbi kunezixhobo ze-NCM ternary.Iibhetri zeLithium iron phosphate zisetyenziswa yiRENAC.
② Iwaranti: Amagama ewaranti yebhetri, ixesha lewaranti, kunye nobubanzi.Jonga “kwipolisi yeWaranti yebhetri yeRENAC” ngeenkcukacha.
③ UBomi boMjikelo: Kubalulekile ukulinganisa ukusebenza kobomi bebhetri ngokulinganisa ubomi bomjikelo webhetri emva kokuba igcwaliswe ngokupheleleyo yaza yakhutshwa.
I-RENAC's Turbo H3 uthotho lweebhetri zokugcina amandla ombane aphezulu zamkela uyilo lwemodyuli.I-7.1-57kWh inokwandiswa ngokuguquguqukayo ngokudibanisa ukuya kumaqela ama-6 ngokuhambelanayo.Ixhaswe yi-CATL LiFePO4 iiseli, ezisebenza kakuhle kwaye ziqhuba kakuhle.Ukususela kwi-17 ° C ukuya kwi-53 ° C, inikezela ngokugqwesileyo kunye nokumelana nokushisa okuphantsi, kwaye isetyenziswa ngokubanzi kwiindawo zangaphandle kunye nezishushu.
Ipasile uvavanyo olungqongqo lwe-TÜV Rheinland, umbutho okhokelayo kwihlabathi wovavanyo kunye nesiqinisekiso.Imigangatho emininzi yokhuseleko lwebhetri yokugcina amandla iqinisekisiwe yiyo, kuquka i-IEC62619, i-IEC 62040, i-IEC 62477, i-IEC 61000-6-1 / 3 kunye ne-UN 38.3.
Injongo yethu kukukunceda ukuba uqonde ngcono iibhetri zokugcina amandla ngokutolika kwezi parameters zineenkcukacha.Chonga eyona nkqubo yebhetri yokugcina amandla kwiimfuno zakho.