Qalabka supercapacitor-ka isku-dhafka ah ee SLF 4.0V 4500F wuxuu bixiyaa ilaalin adag oo heer milisecond ah oo loogu talagalay korontada kaydka ah ee AI;rack server BBU.
1. Faa'iidooyinka: Wax soo saar awood sare leh
Su'aasha Muhiimka ah: Sidee ayuu supercapacitor-ka isku-dhafka ah u hubiyaa xasilloonida danabka baska DC iyo ka hortagga waqtiga nidaamka oo yaraada marka AI-gu uu hoos u dhaco;Culayska GPU ee server-ka ayaa la kulma isbeddello degdeg ah oo heerka milisecond ah ama isbeddellada shabakadda korontada?
Su'aal Laga Soo Gudbay: Culayska GPU ee server-ka AI wuxuu kor u kici karaa 150% milise ilbiriqsi gudahood, baytariyada aashitada rasaasta ee dhaqameedna ma sii socon karaan. Waa maxay waqtiga jawaabta gaarka ah ee supercapacitor-ka isku-dhafka ah ee Yongming, sideese u gaartaa taageeradan degdegga ah?
Nooca Su'aasha: Farsamo
Jawaab: Kaabayaasha isku-dhafka ah ee Yongming (SLF 4.0V 4500F) waxay ku tiirsan yihiin mabaadi'da kaydinta tamarta jirka waxayna leeyihiin iska caabin gudaha ah oo aad u hooseeya (≤0.8mΩ), oo awood u siinaya daadinta heerka sare ee degdegga ah heerka 1-50 millisecond. Marka isbeddel degdeg ah oo ku yimaada culayska GPU uu keeno hoos u dhac fiiqan oo ku yimaada danabka baska DC, waxay sii deyn kartaa koronto weyn oo ku dhawaad isla markiiba si toos ah u magdhaba baska luminta korontada. Tani waxay u baahan tahay waqti ay korontada BBU ee gadaal ka soo kacdo oo ay la wareegto, taasoo hubinaysa kala-guurka danabka oo siman iyo ka hortagga khaladaadka xisaabinta ama shilalka qalabka ee ay sababaan hoos u dhaca danabka.
Su'aal Laga Soo Dhacay: Qaab-dhismeedka isku-dhafka ah ee "supercapacitor + BBU," sidee bay Yongming supercapacitors iyo BBUs uga wada shaqeeyaan sidii ay ula tacaali lahaayeen koronto la'aanta ama isbeddellada ku yimaada miisaannada kala duwan ee laga bilaabo milliseconds ilaa daqiiqado?
Nooca Su'aasha: Farsamo
Jawaab: Qaab-dhismeedkan, module-ka isku-dhafka ah ee Yongming ee supercapacitor wuxuu ku xiran yahay baska DC ee server-ka isagoo ah "lakab kayd ah oo u dhow," si gaar ah loogu talagalay inuu wax ka qabto kororka awoodda degdegga ah ee miisaanka millisecond ilaa labaad (sida isbeddellada degdegga ah ee culeyska GPU ama isbeddellada shabakadda korontada degdegga ah). Waxay qabataa magdhowga degdegga ah ee bilowga ah, iyadoo xasilinaysa danabka baska. Dabadeed, sahayda korontada ee BBU ayaa la toosiyaa oo la wareegaa, iyadoo bixinaysa taageero koronto oo joogto ah dhowr daqiiqo, iyadoo hubinaysa in nidaamku haysto waqti ku filan oo lagu keydiyo xogta ama loogu beddelo sahayda korontada ee kaydka ah. UPS/HVDC-da hore waxay mas'uul ka tahay sahayda korontada ee aan kala go'a lahayn muddo dheer. Saddexda qaybood waxay u shaqeeyaan si heer sare ah, iyagoo daboolaya sahayda korontada maalinta oo dhan laga bilaabo hawlgalka degdegga ah ilaa hawlgalka joogtada ah.
2.Faa'iidooyinka: Cabbirka iyo Hagaajinta Miisaanka
Su'aal Muhiim ah: Si loo hagaajiyo cufnaanta awoodda kombiyuutarka ee hal rak, cabbirka iyo miisaanka korontada kaydka ah ee BBU waa in la dhimo. Immisa boos iyo miisaan ayuu supercapacitor-ka isku-dhafka ahi dhimi karaa marka loo eego xalalka dhaqameed?
Su'aal Ka Soo Jeeda: Rafcaannadayada AI ee cufnaanta sare leh waxay leeyihiin meel xaddidan, xirmooyinka baytariyada BBU ee dhaqameedkuna aad bay u weyn yihiin oo culus yihiin. Intee in le'eg ayaa lagu horumarin karaa booska iyo miisaanka iyadoo la adeegsanayo modules-yada capacitor-ka ee Yongming square?
Nooca Su'aasha: Farsamo
Jawaab: Sida laga soo xigtay xogta tijaabada dhabta ah, iyadoo la bixinayo heer awood isku mid ah oo ah awoodda kaydinta, isticmaalka modules-ka Yongming ee isku-dhafka ah ee supercapacitor (sida modules-yada lagu dhisay SLF 4.0V 4500F) si loogu beddelo xirmooyinka baytariyada ee sunta rasaasta ama lithium-ka dhaqameed waxay yareyn kartaa mugga guud ee cutubka awoodda kaydinta BBU qiyaastii 50% ilaa 70% iyo miisaanka guud qiyaastii 50% ilaa 60%. Tani waxay si toos ah u xoraynaysaa booska rakooyinka qiimaha leh (U bays) waxayna yareysaa culeyska rakooyinka, taasoo kuu oggolaanaysa inaad isku darto nambarro badan oo xisaabeed ama aad kor u qaaddo kala-baxa kulaylka meel xaddidan, taasoo si wax ku ool ah u hagaajinaysa wadarta kharashka lahaanshaha (TCO) iyo isticmaalka kaabayaasha dhaqaalaha.
Su'aal Ka Soo Jeeda: Waxaan qorsheyneynaa jiil cusub oo ah racks server AI ah, annagoo higsaneyna inaan sare u qaadno cufnaanta GPU halkii rack. Si kastaba ha ahaatee, sahayda korontada ee BBU ee caadiga ah (iyadoo la adeegsanayo baytariyada aashitada rasaasta ama lithium) aad bay u culus yihiin oo culus yihiin, taasoo xaddidaysa tirada server-yada ku habboon hal rack. Ma jiraa xal koronto oo kayd ah oo si weyn u yareyn kara cabbirka iyo miisaanka? Ilaa heerkee ayaa la samayn karaa?
Nooca Su'aasha: Iibsi
Jawaab: Haa. Qaadashada qaab-dhismeedka kaydinta tamarta isku-dhafan oo ku salaysan supercapacitors-ka isku-dhafan waxay si weyn u wanaajin kartaa cabbirka iyo miisaanka sahayda korontada ee kaydka ah ee BBU. Iyadoo la bixinayo heer isku mid ah oo awood kayd ah, modules-yada supercapacitor-ka isku-dhafan waxay yareyn karaan mugga guud qiyaastii 50% ilaa 70% iyo miisaanka qiyaastii 50% ilaa 60% marka la barbar dhigo xalalka caadiga ah ee lead-acid ama lithium. Tani waxay ka dhigan tahay inay keydiso meel weyn oo rak ah waxayna yareysaa culeyska rak, taasoo kuu oggolaanaysa inaad ku rakibto server-yo badan ama GPU-yo hal rak ah inta lagu jiro qorsheynta, si toos ah u hagaajinaysa wax soo saarka awoodda xisaabinta hal rak ah iyo isticmaalka kaabayaasha.
3. Faa'iidooyinka: Xawaaraha dallacaadda oo la Hagaajiyay
Su'aasha Muhiimka ah: Xarumaha xogta AI waxay u baahan yihiin nidaamyada BBU inay si dhakhso leh u buuxiyaan ka dib marka la sii daayo si loo soo gaabiyo daaqadda nuglaanta nidaamka. Sidee ayuu uga dhakhso badan yahay xawaaraha dallacaadda ee supercapacitors-ka isku-dhafka ah marka loo eego baytariyada dhaqameed?
Su'aal Laga Soo Jeeday: Ka dib markii korontada korontada ku xirantay muddo gaaban ama koror ku yimid culayska, waxaan rabnaa in unugyada kaydinta tamarta ee nidaamka BBU si buuxda loo dallaco sida ugu dhakhsaha badan si loogu diyaar garoobo dhacdada xigta. Intee in le'eg ayay qaadataa in supercapacitor-ka isku-dhafka ah ee Yongming uu dib u buuxiyo?
Nooca Su'aasha: Farsamo
Jawaab: Koronto-dhaliyaha isku-dhafka ah ee Yongming wuxuu leeyahay astaamo awood oo aad u fiican, isagoo ku dallacaya in ka badan 5 jeer ka dhakhso badan baytariyada sunta rasaasta dhaqameed ama lithium. Xaaladaha codsiyada caadiga ah ee server-ka AI BBU, ka dib marka la sii daayo magdhowga, si dhakhso ah ayuu ugu buuxin karaa xaalad la isticmaali karo qiyaastii toban daqiiqo gudahood. Tani waxay si weyn u gaabinaysaa "muddada soo kabashada tamarta" ee nidaamka korontada ee kaydka ah, waxay yareysaa khataraha nidaamka ee ay keento awood la'aanta ku jirta cutubyada kaydinta tamarta inta lagu jiro xaaladaha degdegga ah ee joogtada ah, waxayna hagaajinaysaa helitaanka guud iyo adkeysiga nidaamka korontada.
4. Faa'iidooyinka: Cimriga Wareega Dheer
Su'aasha Muhiimka ah: Xarumaha xogta AI waxay shaqeeyaan 24/7, taasoo keentay kharashyo dayactir oo sarreeya oo loogu talagalay nidaamyada korontada ee kaydka ah. Sidee bay cimriga wareegga aadka u dheer ee supercapacitors-ka isku-dhafka ah u dhimayaan kharashyada dayactirka wareegga nolosha guud?
Su'aal Laga Soo Jeedo: Deegaankayaga xarunta xogta wuxuu leeyahay heerkul sare iyo isbeddello joogto ah oo ku yimaada culeyska, halka baytariyada BBU ee dhaqameed ay leeyihiin cimri gaaban. Waa maxay cimriga la filayo ee Yongming supercapacitors-ka isku-dhafka ah ee ku jira jawi adag oo heerkul sare leh iyo dallacaad/daadin heer sare ah?
Nooca Su'aasha: Farsamo
Jawaab: Cimriga Yongming ee supercapacitors-ka isku-dhafan waxay ku salaysan tahay sifooyinkooda fiisikokemikaaleed, iyagoo muujinaya dulqaad aad u wanaagsan oo ku aaddan heerkulka sare iyo xaaladaha dallacaadda/sii deynta ee soo noqnoqda sare. Cimrigooda wareeggu wuxuu gaari karaa in ka badan 1 milyan oo wareeg, xaaladaha caadiga ah ee codsiga xarunta xogta AI, cimrigooda naqshadaynta wuxuu ka badan yahay 6 sano. Taas macnaheedu waa in inta lagu jiro wareegga casriyeynta server-ka caadiga ah, beddelka cutubka kaydinta awoodda kaydinta ee kaydka ah sababtoo ah hoos u dhaca waxqabadka uu yahay mid aan loo baahnayn, taasoo ka dhigaysa mid si gaar ah ugu habboon cutub kayd ah oo ku meel gaar ah oo loogu talagalay BBU jawi adag oo leh dallacaad iyo sii deyn joogto ah oo ku yaal xarumaha xisaabinta AI.
Su'aal Ka Soo Jeeda: Marka laga eego aragtida guud ee kharashka maalgashiga, inkastoo kharashka iibsiga bilowga ah ee supercapacitors-ka isku-dhafka ah uu noqon karo mid sarreeya, sidee loo xaqiijin karaa inay dhaqaale ahaan ka dhaqaale badan yihiin mustaqbalka fog ee codsiyada BBU ee server-ka AI?
Nooca Su'aasha: Iibsi
Jawaab: Falanqaynta guud ee kharashka lahaanshaha (TCO), faa'iidooyinka dhaqaale waxaa lagu muujiyay saddex dhinac: Marka hore, cimri adeeg oo aad u dheer (in ka badan 6 sano, 200 oo jeer ka badan baytariyada dhaqameed), oo aan u baahnayn beddelaad inta lagu jiro cimriga server-ka, taasoo badbaadinaysa kharashyada iibsiga qaybaha dayactirka; marka labaad, hawlgal aan dayactir lahayn, badbaadinaya kharashyo badan oo kormeer iyo dayactir ah oo gacanta ah; iyo saddexaad, isku hallayn sare, yaraynta khatarta joojinta ganacsiga iyo khasaaraha ka dhasha fashilka nidaamka korontada ee kaydka ah. Inkasta oo maalgashiga bilowga ahi uu ka sarreeyo, marka la faafiyo muddo sanado badan ah oo la isticmaalo oo la tixgeliyo keydinta dayactirka iyo yaraynta khatarta, waxtarkeeda dhaqaale ee guud wuxuu si weyn uga wanaagsan yahay xalalka baytariyada dhaqameed.
5. Faa'iidooyinka: Beddelka Guriga
Su'aasha Muhiimka ah: Ma jiraan waxyaal kale oo caalami ah oo loo isticmaalo server-yada AI-ga ee heerka sare ah sida NVIDIA GB300, ma jiraan waxyaal kale oo gudaha laga soo saaray oo leh waxqabad la mid ah ama ka sarreeya?
Su'aal Laga Soo Gudbiyay: Waxaan diyaarinaynaa koox server ah oo naqshadeeda tixraaca ay isticmaasho supercapacitors isku dhafan oo ka yimid Musashi, Japan. Marka la eego amniga silsiladda sahayda iyo hagaajinta kharashka, badeecaddee ayaad ku talin lahayd?
Nooca Su'aasha: Farsamo
Jawaab: Waxaan kugula talineynaa Yongming SLF 4.0V 4500F supercapacitor isku-dhafan, oo ah badeecad gudaha ah oo waxqabad sare leh oo loo sameeyay baahiyaha kaydinta ku-meel-gaarka ah ee BBU-yada server-ka AI ee heerka sare ah. Marka la barbardhigo Musashi CCP3300SC (3.8V 3000F) ee loo isticmaalay naqshadaynta tixraaca GB300, badeecada Yongming waxay gaartaa halbeegga iyo horumarinta tilmaamayaasha asaasiga ah: danab heer sare ah (4.0V), awood magac oo weyn (4500F), iyo cufnaanta tamarta hal unug oo si weyn u kordhay. Waxay ilaalisaa isku-dheellitirka tilmaamayaasha kalsoonida muhiimka ah sida iska caabinta gudaha (labadaba)≤0.8mΩ) iyo cimriga wareegga (labaduba > 10 sano), kuwaas oo go'aamiya xawaaraha jawaabta. Marka kooxo lagu dabaqo nidaamyada 48V, awoodda ugu badan ee joogtada ah (17kW) iyo awoodda taageerada sii deynta (tusaale ahaan, 18s@15kW) waxay buuxisaa oo wax yar ka sarraysaa shuruudaha xaaladaha codsiga ee la midka ah, taasoo ka dhigaysa xal beddelka gudaha oo la isku halleyn karo.
Su'aal Ka Soo Jeeda: Waxaan rajeyneynaa inaan ku beddelno qaybaha muhiimka ah ee kaydinta tamarta ee ku jira korontada kaydka ah ee BBU ee server-yada xarunta xogta AI qaybaha gudaha laga soo saaro, laakiin waxaan ka walaacsannahay waxqabadka iyo iswaafajinta nidaamka. Ma jiraa xal hubin kara is-dhexgalka aan kala go 'lahayn ee module-ka oo dhan iyo qaab-dhismeedka isku-dhafka ah ee "supercapacitor + BBU" ee jira?
Nooca Su'aasha: Iibsi
Jawaab: Haadaq waxay bixin kartaa xalal dhammaystiran oo heer module ah oo lithium-ion ah. Iyada oo la adeegsanayo badeecada SLF 4.0V 4500F tusaale ahaan, module-keedu wuxuu qaataa naqshad rak ah oo 19-inji ah oo caadi ah (tusaale ahaan, qaabaynta 12S1P), kala duwanaanshaha danabka wax soo saarka (48-30V) wuxuu la jaan qaadayaa danabka baska DC ee sida caadiga ah laga helo server-yada AI. Module-ku wuxuu leeyahay iska caabin gudaha oo hoose (4.8m) guud ahaan iska caabin gudaha ah (4.8m)Ω) iyo is-dhexgalka korantada oo si cad loo qeexay, cabbirrada farsamada, iyo shuruudaha maaraynta kulaylka. Tani waxay ka dhigan tahay in si toos ah loogu xiri karo baska DC ee server-ka isagoo ah "lakab kayd ah oo u dhow," isagoo samaynaya qaab-dhismeedka kaydinta tamarta isku-dhafan oo leh BBU dhinac saddexaad ah, isagoo gaaraya is-dhexgal aan kala go 'lahayn oo ku saabsan rakibidda farsamada, isku xirka korontada, iyo macquulka xakamaynta. Waxaan bixinaa dukumentiyo faahfaahsan oo is-dhexgalka farsamada iyo taageero si loo hubiyo habka beddelka siman iyo isku halaynta nidaamka guud.
6. Faa'iidooyinka: Kalsoonida Heerkulka Sare & Awoodaha Maareynta Kulaylka
Su'aasha Muhiimka ah: Qalabka server-ka AI wuxuu ku shaqeeyaa jawi heerkul sare leh oo ah 45-55℃sanadka oo dhan, iyadoo GPU-yada awoodda sare leh ay sababaan shoog kuleyl oo soo noqnoqda. Ma si joogto ah ayuu supercapacitor-ku u shaqayn karaa muddo dheer? Ma la dedejin doonaa hoos u dhaca waxqabadka?
Su'aal ka timid: Marka la eego heerkulka gudaha ee raafka server-ka AI guud ahaan waa 45 ~ 55℃, waa maxay heerka hoos u dhaca waxqabadka ee supercapacitor-ka isku-dhafka ah ee Yongming? Ma loo baahan yahay kala-baxa kulaylka dheeraadka ah?
Nooca Su'aasha: Farsamo
Jawaab: Supercapacitor-ka isku-dhafka ah ee Yongming ee SLF wuxuu adeegsadaa agab elektroodh oo heerkul sare u adkaysta iyo nidaam isku-dhafan oo diaphragm ah. Xitaa marka uu gaaro 55℃, way ilaalin kartaa≥Wax soo saarka awoodda 85%, oo leh isku-darka kor u kaca heerkulka ESR oo ka yar 0.1%/℃, iyo waxqabadkeeda sii deynta degdegga ah ee joogtada ah ma yaraan doonto. Deegaanka socodka hawada ee caadiga ah ee raafka server-ka AI, waxay si deggan u shaqayn kartaa 6-8 sano iyada oo aan lahayn qaab-dhismeedyo qaboojin dheeraad ah, taasoo ka dhigaysa xal kayd ah oo degdeg ah oo ku habboon marka loo eego baytariyada xarumaha xogta ee cufnaanta kulaylka sare leh.
7. Faa'iidooyinka: Iswaafajinta Nidaamka & Badbaadada Korontada
Su'aasha Muhiimka ah: Ka dib marka supercapacitor lagu xiro baska 48V DC oo ah cutub kayd degdeg ah, ma sababi doonaa dallacaad dib u soo noqota, koror hadda jira, ama khatar gelin doona nidaamka BBU/korontada ee jira?
Su'aal Laga Soo Jeedo: Ka dib marka la isku xiro supercapacitor isku-dhafan oo barbar socda baska, ma sababi doontaa dallacaad dib-u-soo-celin ah, dib-u-soo-noqoshada hadda, ama kor u kaca nidaamka degdegga ah?
Nooca Su'aasha: Farsamo
Jawaab: Modules-ka Yongming supercapacitor waxay leeyihiin wareegyo horay u dallacaya oo ku dhex jira + xaddidaadda hadda + xaddidaadda danabka + macquulka bilowga jilicsan. Marka lagu xidho baska barbar socda, waxay gashaa "qaabka dallacaadda kahor," iyadoo si tartiib tartiib ah u kordhinaysa danabka si looga fogaado kororka. Waxa kale oo ku jira wareegyada isku xirka dib-u-celinta gudaha iyo ka hortagga socodka, sidaa darteed dallacaadda dib-u-celinta ma dhici doonto. Isla mar ahaantaana, module-ku wuxuu leeyahay ilaalin dhammaystiran oo OVP/OCP ah, wuxuu la jaan qaadayaa sahayda korontada/BBU ee hadda jirta ee server-ka, mana keeni doono khatar koron.
8. Faa'iidooyinka: Iska caabbinta garaaca wadnaha & Cimri-nololeedka Saamaynta Soo Noqnoqoshada Sare
Su'aasha Muhiimka ah: Miyay culeysyada garaaca ee soo noqnoqda ee ka imanaya GPU-yadu sababi doonaan gabow degdeg ah oo ku yimaada supercapacitors-ka? Cimrigu ma dhab ahaan gaari karaa sannado badan?
Su'aal Laga Soo Dhacay: Xaaladaha soo noqnoqda ee "sii deynta garaaca wadnaha" (sida kor u qaadista awoodda GPU ee degdegga ah), ma saameyn doontaa cimriga Yongming supercapacitors?
Nooca Su'aasha: Farsamo
Jawaab: Maya. Taxanaha SLF waxaa si gaar ah loogu talagalay saameynta soo noqnoqoshada sare leh, iyadoo cimri wareeg hal unug ah uu ka badan yahay 1,000,000 wareeg, oo ku habboon daadinta heerka sare ah ee microsecond ilaa millisecond. Xitaa ka yar boqollaal ilaa kumanaan isbeddello culays ah maalintii oo ku jira kooxaha AI, wali waxay gaari kartaa cimri naqshadeed oo ah > 6-8 sano, oo aad uga sarreeya dhibaatada burburka cimriga ee soo noqnoqda ee baytariyada dhaqameed.
9. Faa'iidooyinka: Wadarta Kharashka Lahaansho ee La Dhimay (TCO)
Su'aasha Muhiimka ah: Ma awood u yeelan karaan in supercapacitors-ka isku-dhafka ah ay u oggolaadaan hoos u dhigista qeexitaannada BBU si loo yareeyo kharashka guud ee nidaamka korontada ee kaydka ah?
Su'aal Laga Soo Dhacay: Iyada oo booska raafka uu yar yahay, ma isticmaali karaa supercapacitors-ka isku-dhafka ah ee yareeya awoodda BBU oo hoos u dhigi kara guud ahaan TCO si loo yareeyo tirada baytariyada kaydka ah? Nooca Su'aasha: Iibsiga
Jawaab: Haa. Yongming supercapacitors waxay maareeyaan dhammaan kororka "awoodda ugu sarreysa heerka millisecond", taasoo meesha ka saareysa baahida loo qabo in BBUs loo qaabeeyo awood sare, taasoo yareyneysa awoodda 15-30% ama u oggolaanaysa isticmaalka nidaamyada baytariyada heerka hoose. Iyada oo la adeegsanayo supercapacitors, TCO guud ee nidaamka korontada ee kaydka ah ayaa hoos u dhacaya, oo ay ku jiraan baytariyo yar, qaybo beddelka yar, iyo kharashyada dayactirka oo hooseeya.
10. Faa'iidooyinka: Xasiloonida Beddelka UPS ee La Xoojiyay
Su'aasha Muhiimka ah: Xaaladaha ay waqtiga beddelka UPS uusan degganayn, ama xitaa uu ka dheereeyo 8ms ilaa 12ms, ma awoodi karaan supercapacitors inay magdhabaan farqiga korontada?
Su'aal Laga Soo Gudbiyay: Qaar ka mid ah nidaamyada UPS ee duugga ah waxay leeyihiin daaqado dhaadheer oo beddel ah. Haddii wakhtiga beddelashada UPS la kordhiyo (tusaale ahaan, 12ms ama xitaa 15ms), ma Yongming supercapacitors ma bixin karaan magdhow dheeraad ah oo koronto?
Nooca Su'aasha: Farsamo
Jawaab: Yongming supercapacitors waxay leeyihiin waqti jawaab celin heer microsecond ah, iyagoo si buuxda u daboolaya daaqadda UPS-ka. Marka UPS ay la kulanto dib u dhac 12-15ms ah, waxay si toos ah u magdhabi kartaa hoos u dhaca danabka oo dhan, iyadoo hubinaysa xasilloonida baska oo aan saameyn ku yeelanayn shaqada caadiga ah ee GPU-yada/SSD-yada.
11. Faa'iidooyinka: Adkeysiga Xarunta Xogta oo La Xoojiyay
Su'aasha Muhiimka ah: Adeegayaasha AI waxay si joogto ah ula kulmaan khataro badan sida kororka degdegga ah ee culeyska GPU, isbeddellada shabakadda korontada, iyo go'itaanka korontada ee UPS. Ma jiraa hal qalab oo hagaajin kara adkeysiga guud?
Su'aal Ka Soo Jeeda: Shaqaalaha hawlgallada iyo dayactirka waxay rabaan inay ku daraan "lakab badbaado leh." Sidee bay Yongming supercapacitors u horumarin karaan "adkeysiga awoodda" ee xarunta xogta server-ka AI oo dhan? Ma la gaari karaa kaydin badan?
Nooca Su'aasha: Farsamo
Jawaab: Yongming supercapacitors waxay u dhaqmi karaan sidii "lakab koronto oo degdeg ah," iyagoo si toos ah u nuugaya oo magdhabaya isbeddellada danabka heerka millisecond, si weyn u hagaajinaya xasilloonida baska iyo yaraynta tirada saameynta soo noqnoqoshada sare leh ee BBU iyo UPS, sidaas darteedna hagaajinaya "adkeysiga awoodda" ee silsiladda sahayda korontada oo dhan marka laga eego dhinaca nidaamka. Tani waa door aysan baytariyadu ciyaari karin, taasoo ka dhigaysa mid si gaar ah ugu habboon xaaladaha AI ee xisaabinta sare leh.
