Kule mihla yokukhula ngamandla kwamandla ekhompyutha ye-AI, ukuhla kombane kube kanye kunokuphazamisa imisebenzi yoqeqesho, nto leyo ebangela ilahleko enkulu kwezoqoqosho. Icandelo le-elektroniki elibonakala liqhelekile liba yintshatsheli efihlakeleyo ekuqinisekiseni ukunikezelwa kombane okuzinzileyo kwiiseva ze-AI.
Phantsi kwemithwalo ephezulu, amandla okudlula amandla eGPU enye kwiseva ye-AI anokunyuka aye kwi-1.4 kilowatts, avelise umsinga wokunyuka we-10-kilowatts kuyo yonke inkqubo, nto leyo ebeka iimfuno ezinkulu kwinkqubo yokubonelela ngombane. Ilahleko kwezoqoqosho ezivela ekuqaliseni imisebenzi yoqeqesho emva kokwehla kwevolthi zidlula kakhulu utyalo-mali lokuqala kubonelelo lombane.
Iinkqubo ze-UPS zemveli, ezisabela kancinci kwaye ziphila ubomi obufutshane, azisakwaneli ukhuseleko lwenqanaba le-millisecond olufunekayo kwimithwalo yokubala ye-AI.
01 Utshintsho ukusuka "kokuzikhethela" ukuya "komgangatho" kwi-BBUs
I-NVIDIA iphucule ngokusesikweni umbane ogciniweyo kwiiseva zayo ze-GB300 ukuya “kwizinga eliqhelekileyo.” Ukunyuka kweendleko nge-rack nganye ngenxa yokongezwa kwee-supercapacitors kunye neebhetri kudlula amawaka alishumi eeyuan, nto leyo ebonisa imfuno eqinileyo yombane “ongenasiphazamiso”.
Iinkqubo zobonelelo lwamandla kwiziko ledatha le-AI zijongene nemingeni emithathu ephambili: ukunyuka kwamandla ngoko nangoko ukuya kuthi ga kwi-150% ngexesha lotshintsho lomthwalo we-GPU, indawo encinci yetshasi, kunye nobushushu obuphezulu beendawo zedatha ezidlula i-35°C.
Izisombululo ze-UPS zemveli zinkulu, zikhawuleza ukuphendula, kwaye zihlala ixesha elifutshane, nto leyo ethintela ukufumaneka kweziko ledatha.
02. Impumelelo yobuchwepheshe be-YMIN LIC Supercapacitor
Ukujongana neengxaki zoshishino, i-YMIN Electronics iqalise isisombululo sesizukulwana esitsha se-BBU esisekelwe kwitekhnoloji ye-lithium-ion supercapacitor. Esi sisombululo sisebenzisa inkqubo yokujika yonke i-tab ukucinezela ukumelana kwangaphakathi kwi-<1mΩ, ukufezekisa amandla okuphendula kwinqanaba le-millisecond.
Ngokusebenzisa ii-electrode eziguqulwe ngegraphene kunye noyilo oluncinci lwesikwere, le mveliso ifikelela kumthamo omkhulu we-4500F ngaphakathi komthamo olinganiselweyo, ixhasa ukusebenza komgangatho wobushushu obanzi ukusuka kwi--30°C ukuya kwi-70°C kunye nobomi bomjikelo wesigidi esi-1.
Isisombululo se-YMIN LIC sinciphisa ivolumu nge-50%–70% kunye nobunzima nge-50%–60% xa kuthelekiswa neenkqubo ze-UPS zemveli, nto leyo ekhulula kakhulu indawo yerakhi kwaye ixhasa ukuthunyelwa kweqela le-AI elinoxinano olukhulu kakhulu.
03 Iziphumo ezibalulekileyo zokusetyenziswa
Kwizicelo zeseva ye-NVIDIA GB300, i-rack enye ifuna iiyunithi ze-supercapacitor ezifikelela kwi-252. Iimodyuli ze-LIC ze-YMIN, ezinomthamo ophezulu, impendulo ekhawulezayo, kunye nokuthembeka okuphezulu, ziye zaba lukhetho olukhethwayo kubathengi basekhaya abafuna ezinye iindlela zasekhaya eziphezulu.
Esi sisombululo sigcina ukuguquguquka kwe-voltage ngaphakathi kwe-±1%, ngokusisiseko sithintela imisebenzi yoqeqesho lwe-AI ukuba ingaphazanyiswa kukwehla kwe-voltage. Ubomi bayo bomjikelo budlula imijikelo yezigidi ezi-1, kunye nobomi obungaphezulu kweminyaka emi-6, isantya sokutshaja sinyuke ngokuphindwe ka-5, kunye nexabiso elipheleleyo lobunini (TCO) elincitshisiweyo kakhulu kulo lonke umjikelo wayo.
Isisombululo se-YMIN se-supercapacitor BBU sakha uyilo lwe-hybrid energy storage lwe-“supercapacitor + BBU,” oluhambelana ngokugqibeleleyo neemfuno zoxinano lwamandla aphezulu e-GB300.
Njengoko imfuno yamandla ekhompyutha ye-AI iqhubeka ikhula, ukuthembeka kwenkqubo yokubonelela ngombane kuya kuba yintsika ebalulekileyo yamaziko edatha. I-YMIN Electronics, ngetekhnoloji yayo ye-lithium-ion supercapacitor, ayichazanga kuphela imigangatho yokusebenza yee-BBU zeseva ye-AI kodwa ikwafezekise impumelelo epheleleyo kubungakanani, ubunzima, kunye nobomi bomjikelo.
Kwixesha elizayo, njengoko amaqela e-AI eqhubeka nokukhula, esi sisombululo sombane esisebenzayo nesincinci siya kuba yinto ephambili ekuqinisekiseni amandla ekhompyutha azinzileyo, sibonelela ngeziqinisekiso ezithembekileyo zezicelo ze-AI "ngempendulo ye-millisecond kunye neminyaka elishumi yokhuseleko".
Ixesha leposi: Novemba-28-2025