IiParamitha zoBugcisa eziPhambili
| Into | Uphawu | |
| Uluhlu lobushushu bokusebenza | -40~+70℃ | |
| Ixabiso leVoltage yokusebenza elilinganiselweyo | 5.5V, 7.5V | |
| Uluhlu Lomthamo Oqhelekileyo | 0.1F~30F | |
| Ukuphambuka komthamo wobushushu begumbi | -10%~+30%(25℃) | |
| Ubomi bomthwalo obuphezulu bobushushu | Emva kokusebenzisa rhoqo i-voltage elinganisiweyo kubushushu obulinganisiweyo kangangeeyure ezili-1000, buyisela kwi-25℃ ukuze kuvavanywe; | ukuhlangabezana neemfuno ezilandelayo: utshintsho lomthamo ΔC < 30% yexabiso lokuqala, ukumelana kwangaphakathi < amaxesha ama-4 exabiso lokuqala |
| Ubomi bobushushu obuhlala buzinzile | Phantsi kwama-40℃ kunye nama-90%~95%RH, qhubeka usebenzisa i-voltage elinganisiweyo iiyure ezingama-240, uze uyibuyisele kwi-25℃ ukuze ivavanywe; | ukuhlangabezana neemfuno ezilandelayo: utshintsho lomthamo ΔC < 30% yexabiso lokuqala, ukumelana kwangaphakathi < amaxesha ama-4 exabiso lokuqala |
| Iimpawu zokuzikhupha emzimbeni | Emva kokutshaja rhoqo kwi-voltage elinganisiweyo, tshaja kwi-voltage engaguqukiyo iiyure ezisi-8, uze uyiyeke ime ngelixa i-circuit ivuliwe iiyure ezingama-24. | I-voltage eseleyo ingaphezulu kwe-80% ye-voltage elinganisiweyo. |
| Ubomi boMjikelo wokuTshaja nokuKhupha | Kwi-25℃, sebenzisa i-constant current ukwenza i-capacitor cycle charge kunye ne-discharge phakathi kwe-3.8V-2.5V amaxesha angama-50,000; | ukuhlangabezana neemfuno ezilandelayo: utshintsho lomthamo ΔC < 30% yexabiso lokuqala, ukumelana kwangaphakathi < amaxesha ama-4 exabiso lokuqala |
| Indawo yokugcina efanelekileyo | -10℃~40℃, ngaphantsi kwe-60%RH | |
Umzobo Wemilinganiselo Yemveliso
Imizobo yembonakalo yemodyuli yemitya emi-2 (5.5V)
Ubungakanani bembonakalo yemodyuli yemitya emi-2 (5.5V)
| Ububanzi be-monomer | D | W | P | Φd | |
| Uhlobo lwe-Atype | Btyoe | ||||
| i-φ5 | 5 | 10 | 7 | / | 0.5 |
| Φ6.3 | 6.3 | 13 | 9 | / | 0.5 |
| φ8 | 8 | 16 | 11.5 | 4.5 | 0.6 |
| φ10 | 10 | 20 | 15.5 | 5 | 0.6 |
| φ12.5 | 12.5 | 25 | 17.5 | 7.5 | 0.6 |
| Φ16 | 16 | 33 | 24 | 8.5 | 0.8 |
| φ18 | 18 | 37 | 26 | 10.5 | 0.8 |
Imizobo yembonakalo yemodyuli yemitya emi-3 (7.5V)
Ubungakanani bembonakalo yemodyuli yentambo ezi-3 (7.5V)
| Ububanzi be-monomer | D | W | P | Φd | |
| Uhlobo lwe-Atype | Btyoe | ||||
| Φ8 | 8 | 24 | 20 | 13.5 | 0.6 |
| φ12.5 | 12.5 | 37.5 | 31 | 21 | 0.6 |
| φ16 | 16 | 49 | 25.5 | 21 | 0.8 |
Ukukhokela iNguqu yoGcino lwaMandla: Uhlalutyo oluNzulu lwee-YMIN's SDM Series Double-Layer Supercapacitors
Kule mihla yokufuna amandla asebenzayo nazinzileyo, zombini izithuthi zombane eziphucukayo ngokukhawuleza kunye neegridi ezikrelekrele zokwakha izixeko ezikrelekrele zibeka iimfuno ezingaqhelekanga kwizixhobo zokugcina amandla: akufuneki zigcine amandla ngokufanelekileyo kuphela kodwa ziwakhulule ngokukhawuleza nangokuzinzileyo. Iibhetri zemveli, nangona zine-energy density ephezulu, zinengxaki ye-energy density encinci, i-capacitor ecothayo, kunye nobomi bomjikelo omfutshane; ii-capacitor eziqhelekileyo zibonelela nge-energy density ephezulu kodwa aziphumeleli kwi-energy density. Kuchasene nale meko apho ii-supercapacitors ezimbini-layer ziye zavela njengesisombululo sokugcina amandla esiphazamisayo kwaye ziba zizinto eziphambili ngokukhawuleza kwiindawo ezininzi zobuchwepheshe obuphezulu.
Njengomvelisi ophambili wee-supercapacitors ezikwi-double-layer eTshayina, i-YMIN imi phambili kweli nqanaba lobuchwepheshe kunye nee-supercapacitors zayo eziphambili ze-SDM series. Olu luhlu lwe-SDM aluyonto nje ye-elektroniki elula; lilitye lesiseko lamandla elisebenza kakuhle elenzelwe ukusetyenziswa kwamandla aphezulu anamhlanje.
Iingenelo eziphambili ze-YMIN's SDM series double-layer supercapacitors zakhiwe phezu kweparameters zobugcisa eziqinileyo kunye nolawulo lomgangatho oluqinileyo.
1. Uluhlu lobushushu olubanzi kunye nozinzo oluhle kakhulu:
Olu luhlu lwe-SDM lunemigangatho ebanzi yobushushu bokusebenza ukusuka kwi -40℃ ukuya kwi +70℃. Olu phawu luqinisekisa ukusebenza okuzinzileyo kunye nokungabikho kokwehla kokusebenza kwee-capacitors, nokuba kusebusika obuqatha kwimimandla esemantla okanye kwiindawo ezinobushushu obuphezulu ngaphakathi kwezixhobo. Uvavanyo lwayo lokuqina kobushushu obuphezulu kunye neempawu zokugcina lubonisa ukuba emva kweeyure ezili-1000 zokusebenza ngokupheleleyo okanye ukugcinwa kwi-70℃, izinga lotshintsho kwi-capacitance lilawulwa ngokungqongqo ngaphakathi kwe-±30% yexabiso lokuqala, kwaye ukwanda kokumelana kwangaphakathi (ESR) kungaphantsi kwesine komgangatho wokuqala. Olu hlengahlengiso oluqinileyo lokusingqongileyo lubonelela ngesiqinisekiso esiqinileyo sokuthembeka kwezixhobo phantsi kweemeko ezahlukeneyo eziqatha kunye neemeko zokusebenza ezinzima.
2. Ukumelana okuphantsi kwangaphakathi kunye nexesha elide lobomi:
Ukumelana nochungechunge olulinganayo oluphantsi (ESR) yeyona nto iphambili kuluhlu lwe-SDM. Ukumelana noxinzelelo oluphantsi lwangaphakathi kuthetha ukulahleka kwamandla okuncinci ngexesha lokutshaja nokukhupha, okubangela ukusebenza kakuhle okuphezulu, ngakumbi kwiimeko ezifuna ukukhutshwa kwamandla aphezulu ngoko nangoko (njengokuqala kwesithuthi kunye nokuhlawula amandla aphezulu kwezixhobo), okuvumela ukukhululwa kwamandla ngokukhawuleza nangokufanelekileyo. Okwangoku, umgaqo we-supercapacitors ezinamalaya amabini umisela ubomi bomjikelo wazo obudlula kakhulu obo beebhetri (ngokuqhelekileyo bufikelela kumakhulu amawaka okanye nakwizigidi zemijikelo). I-YMIN, ngokusebenzisa ubuchwepheshe bezinto eziphambili kunye neenkqubo zokuvelisa, iguqulele le nzuzo yethiyori yaba yinyani. Iimveliso zoluhlu lwe-SDM zinobomi obuqhelekileyo obungaphezulu kweeyure ezili-1000, nto leyo enciphisa kakhulu iindleko zokugcinwa kunye nokuphindaphinda kokutshintshwa kwezixhobo.
3. Uqwalaselo lweVolthi eguquguqukayo kunye noBuchule:
Uthotho lwe-SDM lubonelela ngeendlela ezahlukeneyo zombane ezilinganisiweyo, kuquka i-5.5V, i-6.0V, kunye ne-7.5V, kwaye lugubungela uluhlu olubanzi lwe-capacitance ukusuka kwi-0.1 Farads ukuya kwi-30 Farads. Uluhlu olupheleleyo lweemodeli luyafumaneka, ukusuka kwi-Φ5mm encinci ukuya kumthamo omkhulu we-Φ18mm, ukuhlangabezana noyilo lwesithuba olwahlukileyo kunye neemfuno zamandla. Olu yilo lwemodyuli luvumela iinjineli ukuba zidibanise ngokulula iiyunithi ezininzi ngazinye kwiimodyuli ezine-voltage ephezulu okanye amandla amakhulu (njengeemodyuli ze-2-string ezikhankanyiweyo kuxwebhu), zibonelela ngokuguquguquka okukhulu kwizicelo ezahlukeneyo ezenzelwe wena.
4. Ukuthobela iMithetho yokusingqongileyo:
Iimveliso zochungechunge lwe-YMIN SDM zithobela ngokupheleleyo imiyalelo ye-RoHS kunye ne-REACH, zithintela ngokungqongqo ukusetyenziswa kwezinto ezinobungozi. Oku kubonisa ukuzibophelela kwe-YMIN kukhuseleko lokusingqongileyo njengommi wenkampani onoxanduva kwaye kuvumela iimveliso ukuba zingene kwimarike yehlabathi ngaphandle kwemiqobo.
II. Iimeko zokusetyenziswa: Ukunika amandla amashishini kunye nokusombulula iingongoma zentlungu eziphambili
Iimpawu zobugcisa ze-YMIN SDM series double-layer supercapacitors zenza ukuba zibe sisisombululo esingenakutshintshwa kwiindawo ezininzi ezibalulekileyo.
1. Izithuthi Ezintsha Zamandla kunye Nothutho Olukrelekrele:
• Ukubuyiswa kwamandla okuBhukha okuHlaziyiweyo: Ngexesha lokubhukha kwizithuthi zombane okanye ezixutyiweyo, ii-SDM supercapacitors ezinee-layer ezimbini zinokufunxa ngokukhawuleza nangokufanelekileyo kwaye zibuyisele amandla amakhulu e-kinetic aveliswayo kwaye ziwagcine. Ngenxa yokuba isantya sazo sokutshaja nokukhupha i-charging sikhawuleza kakhulu kuneseebhetri, ukusebenza kakuhle kokubuyisela amandla kuphuculwe kakhulu, okuncedisa ngokuthe ngqo ekwandiseni uluhlu lokuqhuba lwesithuthi.
• Uncedo Lokuqalisa Nokukhawulezisa: Ngexesha lokuqalisa okubandayo okanye ukukhawulezisa ngokukhawuleza, izithuthi zifuna inkxaso yamandla aphezulu ngoko nangoko. Ii-supercapacitors ze-SDM eziphindwe kabini zinokuqhagamshelwa ngaxeshanye nebhetri ephambili ukubonelela ngamandla aphezulu xa ibhetri ingakwazi ukuphendula ngokukhawuleza ngokwaneleyo, ukunciphisa umthwalo webhetri, ukukhusela impilo yebhetri, ukwandisa ubomi bayo, kunye nokuphucula amava okuqhuba.
2. Ulawulo lwe-Smart Grid kunye ne-Industrial Energy:
• Imbuyekezo yamandla aphezulu: Ngexesha lokusetyenziswa kombane ophezulu, umthwalo wegridi uyanyuka. Ii-SDM supercapacitors ezineeleya ezimbini zinokusebenza "njengombane wamandla," zifake ngoko nangoko amandla amaninzi kwigridi, zilungisa ijika lomthwalo, ziqinisekisa uzinzo lwegridi, kwaye zithintele ukungaphumeleli okubangelwa kukugqithiswa kombane.
• Amandla Okuxhasa Izixhobo Zoshishino: Kwizixhobo ezifana neemitha ezikrelekrele, abalawuli bemizi-mveliso, kunye nezikhululo zonxibelelwano, ii-SDM supercapacitors ezinamacala amabini zinokusebenza njengombane okhuselayo wokucima kombane. Impendulo yazo ekhawulezayo, ubomi obude, kunye neempawu ezingenakulungiswa ziqinisekisa ukuba idatha ebalulekileyo ayilahleki kwaye inkqubo inokuvala ngokukhuselekileyo okanye igcine ukusebenza kwexesha elifutshane emva kokucima kombane, nto leyo eyenza ukuba zithembeke ngakumbi kuneebhetri.
3. Izixhobo ze-elektroniki zabathengi kunye nezixhobo ezikrelekrele:
• Umbane Ophezulu Okhawulezileyo: Izixhobo ezinje ngeekhamera ezikhanyayo, iithoyi zombane, kunye nezikhiya zomnyango ezikrelekrele zifuna amandla aphezulu akhawulezileyo. Ii-SDM supercapacitors ezineleya ezimbini zinokutshajwa ngokupheleleyo ngexesha elifutshane kwaye zikhutshwe ngokukhawuleza xa kufuneka, nto leyo enika ukusebenza okunamandla.
• Ubonelelo lwaMandla oluGcina idatha: Lusetyenziselwa ukhuseleko lwedatha ye-RAM kwiibhodi zee-motherboard zekhompyutha, ii-smart meter, njl. Xa umbane ucima ngequbuliso, i-supercapacitor enamaleko amabini inokutshintsha ngokukhawuleza kwaye inike amandla okwethutyana kwimemori, iqinisekisa ukubuyiswa kwedatha ngokukhuselekileyo.
4. Izixhobo zoMkhosi nezeZixhobo eziPhezulu:
• Kwimimandla ebaluleke kakhulu efana neenqanawa ezingaphantsi komhlaba, iinqanawa, kunye neenqwelo-moya, izixhobo zineemfuno ezingqongqo kakhulu zokuthembeka, ukulungelelana nokusingqongileyo, kunye nobomi beenkqubo zamandla. Uluhlu olubanzi lobushushu bokusebenza, uzinzo oluphezulu, kunye nobomi obude beemveliso zothotho lwe-YMIN SDM zihlangabezana ngokugqibeleleyo neemfuno zezi zicelo ziphezulu, zibonelela ngenkxaso yamandla ezinzileyo nethembekileyo kwizixhobo ezibalulekileyo.
Ukukhetha ii-supercapacitors ezimbini ze-SDM ze-YMIN kuthetha ukukhetha iqabane elithembekileyo.
• UbuNkokheli boBugcisa: I-YMIN isoloko ityala imali kwi-R&D ukuqinisekisa ukuba iiparameter zobugcisa bemveliso yayo ziphambili kushishino kwaye inokubonelela ngophuhliso olulungiselelwe ngokweemfuno zabathengi.
• Umgangatho Othembekileyo: Ukususela kwizinto eziluhlaza ukuya kwiimveliso ezigqityiweyo, i-YMIN imisele inkqubo engqongqo yokulawula umgangatho ukusuka ekuqaleni ukuya ekupheleni ukuqinisekisa ukuba yonke i-supercapacitor enamaleko amabini ephuma kwifektri isebenza rhoqo kwaye ikumgangatho ophezulu.
• Inkonzo Epheleleyo: Ukususela kwinkxaso yokuqala yokukhetha ubugcisa ukuya kuvavanyo lwesampulu yexesha eliphakathi kunye nemveliso elandelayo yobuninzi, i-YMIN ibonelela ngeenkonzo zobungcali ezipheleleyo ukunceda abathengi banciphise imijikelo ye-R&D kwaye baphucule uyilo lwemveliso.
Isiphelo: Sebenzisana ne-YMIN ukudala ikamva lamandla abiweyo
Ngamafutshane, ii-supercapacitors ze-SDM ze-YMIN, ezinobunzima obuphezulu, ukutshaja/ukukhupha ngokukhawuleza, ubomi obude kakhulu, uluhlu olubanzi kakhulu lobushushu bokusebenza, kunye nokuthembeka okugqwesileyo, zizalisa ngokugqibeleleyo umsantsa wetekhnoloji phakathi kweebhetri zemveli kunye nee-capacitors eziqhelekileyo. Azisisixhobo esinamandla sokusombulula nje kuphela amanqaku amaninzi entlungu yamandla akhoyo kumashishini ahlukeneyo, kodwa zikwayitekhnoloji ephambili yehlabathi lamandla elisebenza kakuhle neliluhlaza kwixesha elizayo.
Kwinguquko yanamhlanje yamandla ekhulayo, i-YMIN izimisele ukudibana namaqabane avela kuzo zonke iindawo ukufaka amandla amakhulu kwizicelo zakho ezintsha ngeemveliso eziphambili ze-SDM series double-layer supercapacitor, ngokudibeneyo iqhubela uluntu kwikamva elikrelekrele, elisebenzayo, nelizinzileyo.
| Uthotho | I-Voltage elinganisiweyo (V) | Ubungakanani (F) | Ubukhulu beMveliso ΦD×L (mm) | I-ESR (mΩ/20℃, 1kHz) | Ukuvuza kwangoku kwi-72h (μA) | Inombolo yeMveliso |
| I-SDM | 5.5 | 0.1 | 10×5×12 | 1200 | 2 | SDM5R5M1041012 |
| 5.5 | 0.22 | 10×5×12 | 800 | 2 | SDM5R5M2241012 | |
| 5.5 | 0.33 | 10×5×12 | 800 | 2 | SDM5R5M3341012 | |
| 5.5 | 0.47 | 13×6.3×12 | 600 | 2 | SDM5R5M4741312 | |
| 5.5 | 0.47 | 16×8×14 | 400 | 2 | SDM5R5M4741614 | |
| 5.5 | 1 | 16×8×18 | 240 | 4 | SDM5R5M1051618 | |
| 5.5 | 1.5 | 16×8×22 | 200 | 6 | SDM5R5M1551622 | |
| 5.5 | 2.5 | 20×10×22 | 140 | 10 | SDM5R5M2552022 | |
| 5.5 | 3.5 | 20×10×22 | 140 | 12 | SDM5R5M3552022 | |
| 5.5 | 5 | 20×10×27 | 100 | 20 | SDM5R5M5052027 | |
| 5.5 | 7.5 | 25×12.5×27 | 60 | 30 | SDM5R5M7552527 | |
| 5.5 | 10 | 25×12.5×32 | 50 | 44 | SDM5R5M1062532 | |
| 5.5 | 15 | 33×16×35 | 50 | 60 | SDM5R5M1563335 | |
| 5.5 | 25 | 37×18×43 | 40 | 100 | SDM5R5M2563743 | |
| 5.5 | 30 | 37×18×43 | 30 | 120 | SDM5R5M3063743 | |
| 7.5 | 0.33 | 24×8×14 | 600 | 2 | SDM7R5M3342414 | |
| 7.5 | 0.6 | 24×8×18 | 420 | 4 | SDM7R5M6042418 | |
| 7.5 | 1 | 24×8×22 | 240 | 6 | SDM7R5M1052422 | |
| 7.5 | 1.5 | 30×10×22 | 210 | 10 | SDM7R5M1553022 | |
| 7.5 | 2.5 | 30×10×27 | 150 | 16 | SDM7R5M2553027 | |
| 7.5 | 3.3 | 30×10×27 | 150 | 20 | SDM7R5M3353027 | |
| 7.5 | 5 | 37.5×12.5×27 | 90 | 30 | SDM7R5M5053827 |
