Ulwazi lwasekhaya: I-94.2% isabelo se-lithium-ion iteknoloji yokugcina amandla ebhetri ngo-2022,
Ibhetri yeLithium-ion,

▍Iprofayile yeSiqinisekiso esibalulekileyo

Isiqinisekiso se-CB-IEC 62619

Iprofayile yeSatifikethi se-CB

I-CB Certified IEC(Imigangatho.Injongo yesiqinisekiso se-CB “kukusebenzisa ngaphezulu” ukukhuthaza urhwebo lwamazwe ngamazwe;

Inkqubo ye-CB yinkqubo yamazwe ngamazwe (iNkqubo yoVavanyo lweSiqinisekiso soMbane kunye neNkqubo yeSiqinisekiso) esebenza kwi-IECEE, ebizwa ngokuba mfutshane kwi-IEC yoVavanyo loMbane woMbane kunye noMbutho wokuQinisekisa.

“I-IEC 62619 iyafumaneka:

1. Iibhetri zeLithium zezixhobo eziphathwayo: iilori zeforklift, iinqwelo zegalufa, i-AGV, umzila kaloliwe, inqanawa.

. 2. Ibhetri yeLithium esetyenziselwa izixhobo ezisisigxina: I-UPS, izixhobo ze-ESS kunye nokunikezelwa kwamandla kaxakeka

“Iisampulu zovavanyo kunye nexesha loqinisekiso

▍Isiqinisekiso se-ESS saseMntla Melika

▍ iMigangatho yoVavanyo eQinisekisiweyo ye-ESS yaseMntla Melika

“Ulwazi olufunekayo kuphando lweprojekthi

Ukucaciswa kwemodyuli yebhetri kunye nemodyuli yebhetri (iya kubandakanya umthamo wombane olinganisiweyo, umbane wokukhupha, ukukhutshwa kwangoku, ukukhupha umbane wokuphelisa, ukutshaja ngoku, umbane wokutshaja, umbane wokutshaja, ubuninzi bokutshaja okwangoku, umbane ogqithisiweyo wokutshaja, ubushushu bokusebenza, ubukhulu bemveliso, ubunzima. njl.)

Itheyibhile yenkcazo ye-inverter (iya kubandakanya igalelo lamandla ombane akhoyo ngoku, amandla ombane aphumayo ngoku kunye nomjikelo womsebenzi, uluhlu lobushushu obusebenzayo, ubungakanani bemveliso, ubunzima, njl.njl.)

Ubume be-ESS: ireyithingi yombane wegalelo langoku, amandla ombane ophumayo ngoku kunye namandla, uluhlu lobushushu obusebenzayo, ubungakanani bemveliso, ubunzima, iimfuno zokusingqongileyo zokusebenza, njl.

Iifoto zemveliso yangaphakathi okanye imizobo yoyilo lwesakhiwo

Umzobo wesekethe okanye umzobo woyilo lwenkqubo

“Iisampulu kunye nexesha lezatifiketi

Isiqinisekiso se-UL 9540 sidla ngokuba ziiveki ezili-14-17 (uvavanyo lokhuseleko lweempawu ze-BMS kufuneka luqukwe)

Iimfuno zesampulu (jonga ulwazi olungezantsi. Iprojekthi iya kuvavanywa ngokusekelwe kwidatha yesicelo)

I-ESS: 7 okanye kunjalo (i-ESS enkulu ivumela iimvavanyo ezininzi kwisampuli enye ngenxa yeendleko zesampula, kodwa ifuna ubuncinci benkqubo yebhetri ye-1, iimodyuli zebhetri ezi-3, inani elithile leFuse kunye nokudluliselwa)

Undoqo webhetri: 6 (UL 1642 izatifikethi) okanye 26

Inkqubo yolawulo ye-BMS: malunga ne-4

Ukuhanjiswa: 2-3 (ukuba kukho)

“Imiqathango yovavanyo ephathisiweyo yebhetri ye-ESS

▍Kutheni iyi-MCM?

"Uluhlu olukhulu lokulinganisa, izixhobo ezichanekileyo:

I-1) ineyunithi yebhetri yentlawulo kunye nezixhobo zokukhupha kunye ne-0.02% ngokuchanekileyo kunye nobuninzi bangoku be-1000A, i-100V / 400A izixhobo zokuvavanya imodyuli, kunye nezixhobo zokupakisha ibhetri ye-1500V / 600A.

I-2) ixhotyiswe nge-12m³ yokufuma rhoqo, i-8m³ yenkungu yetyuwa kunye namagumbi aphezulu kunye namaqondo aphantsi.

3) Ixhotyiswe ngezixhobo zokugqobhoza ukufuduswa ukuya kuthi ga kwi-0.01 mm kunye nezixhobo zokudibanisa ezinobunzima beetoni ezingama-200, izixhobo zokulahla kunye ne-12000A izixhobo zovavanyo olufutshane lwesekethe enokuxhathisa okulungelelanisiweyo.

4) Yiba namandla okugaya inani lesatifikethi ngaxeshanye, ukugcina abathengi kwiisampulu, ixesha lokuqinisekisa, iindleko zovavanyo, njl.

5) Sebenza ngoviwo kunye neearhente zezatifiketi kwihlabathi liphela ukwenza izisombululo ezininzi kuwe.

6) Siya kwamkela isatifikethi sakho kunye nokuthembeka kwezicelo zovavanyo.

“Iqela lobuchwephesha kunye nelobugcisa:

Sinokwenza isisombululo esipheleleyo sesatifikethi sakho ngokwenkqubo yakho kwaye sikuncede ukuba ufike ngokukhawuleza kwimarike ekujoliswe kuyo.

Siza kukunceda uphuhlise kwaye uvavanye iimveliso zakho, kwaye unikeze idatha echanekileyo.

Ixesha lokuposa:
Jun-28-2021 Usekela-mlawuli weSebe loLondolozo lwaMandla kunye neSayensi kunye neTekhnoloji yeZixhobo zoLawulo lwaMandla eSizwe kutshanje uthe kwinkomfa yabezindaba, ngokumalunga nesabelo sobuchwephesha obutsha bokugcina amandla kwi-2022, ukugcinwa kwamandla ebhetri ye-lithium-ion. itekhnoloji ibalelwa kwi-94.2%, isekwindawo ebalaseleyo. Ukugcinwa kwamandla omoya ocinezelweyo omtsha, ukuhamba kwebhetri yokugcina amandla okugcina iteknoloji ibalwa kwi-3.4% kunye ne-2.3% ngokulandelanayo. Ukongezelela, i-flywheel, i-gravity, i-ion ye-sodium kunye nezinye iitekhnoloji zokugcina amandla nazo ziye zangena kwinqanaba lokubonisa ubunjineli.Kutshanje, iQela eliSebenzayo kwiMigangatho yeebhetri zeLithium-ion kunye neeMveliso ezifanayo zikhuphe isisombululo se-GB 31241-2014 / GB 31241-2022, ukucacisa inkcazo yebhetri yesikhwama, oko kukuthi, ukongeza kwifilimu yendabuko ye-aluminium-plastiki iibhetri, kwiibhetri zesinyithi (ngaphandle kwecylindrical, iiseli zeqhosha) ezo ngqindilili zeqokobhe azidluli kwi-150μm nazo zinokuthathwa njengeebhetri zesingxobo. Esi sigqibo sakhutshwa ikakhulu kwezi zimbini zilandelayo.Ngenkqubela phambili yetekhnoloji, ezinye iibhetri ze-lithium-ion zaqala ukusebenzisa uhlobo olutsha lwe-enclosure, njengempahla ye-stainless steel foil, enobunzima obufanayo kunye nefilimu ye-aluminium-plastiki.