IiParamitha zoBugcisa eziPhambili
| Into | Uphawu | |
| Uluhlu lobushushu bokusebenza | -40~+70℃ | |
| Ixabiso leVoltage yokusebenza elilinganiselweyo | 2.7V、3.0V | |
| Uluhlu Lomthamo Oqhelekileyo | 100F~600F | |
| 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
Iyunithi:mm
Ukukhokela Ixesha Elitsha Lokugcina Amandla: Uhlalutyo Olunzulu lwee-YMIN's SDN Series High-Performance Electric Double-Layer Supercapacitors
Kule mihla yokufuna izisombululo zamandla ezisebenzayo, ezithembekileyo, nezizinzileyo, iteknoloji yebhetri yendabuko ijongene nemiqobo kwiimeko ezithile ezifuna ukusetyenziswa. Nokuba kukuhlawula umbane onqongopheleyo okanye ukusebenza okuzinzileyo kwiindawo ezixineneyo, imakethi ifuna indawo yokugcina amandla ekwaziyo ukutshaja nokukhupha ngokukhawuleza, ubomi obude kakhulu, kunye nokhuseleko kunye nobuhlobo nokusingqongileyo. Ngokuchasene nale meko, i-YMIN Electronics, isebenzisa ubuchule bayo obukhulu kwezobuchwepheshe, iqalise uthotho lwe-SDN lwee-supercapacitors zombane ezisebenza kakhulu, ezibonelela "ngombane oyintloko" onamandla nothembekileyo kwiindawo ezininzi zobuchwepheshe obuphambili kunye nokusebenza kwayo okuphezulu.
Uthotho lwe-YMIN SDN aluyomveliso eqhelekileyo ye-capacitor; yi-2.7V/3.0V junction-wound ephezulu, imelana nobushushu obuphezulu, i-supercapacitor yombane enemigangatho emibini yeemoto. Ezi mpawu ziphambili zichaza indawo yayo eyahlukileyo kwimarike.
1. Ukusebenza kakuhle kobushushu obuphezulu kunye nexesha elide kakhulu lobomi:
Eyona nzuzo ibalulekileyo yolu thotho lwe-SDN ikukuguquguquka kwayo okubalaseleyo kokusingqongileyo. Ezi mveliso zinokusebenza ngokuzinzileyo kuluhlu olubanzi lobushushu ukusuka kwi--40℃ ukuya kwi-+70℃, kwaye ngakumbi ziqinisekisa ubomi bomthwalo obufikelela kwiiyure ezili-1000 kwi-85℃. Oku kuthetha ukuba nakwiindawo ezinobushushu obuphezulu ezifana neendawo zeenjini, ii-SDN supercapacitors ezineleya ezimbini zinokuqhubeka nokubonelela ngamandla ngokuncipha kokusebenza. Uvavanyo lubonise ukuba phantsi kweemeko ezinzima ngolo hlobo, izinga lokutshintsha kwamandla ayo lingaphantsi kwe-30% yexabiso lokuqala, kwaye ukwanda kokumelana kwayo kwangaphakathi kungaphantsi kwexabiso lokuqala ngokuphindwe kane, okugqitha kakhulu imigangatho yoshishino.
2. Isiqinisekiso Esigunyazisiweyo kunye nokuThotyelwa kweMithetho yokusingqongileyo:
Njengemveliso "yezinga leemoto", uthotho lwe-SDN lunamathela ngokungqongqo kumgangatho wesatifikethi sokuthembeka se-AEC-Q200. Lo mgangatho yipasipoti yomgangatho wezinto ze-elektroniki zeemoto, eqinisekisa ukuthembeka okuphezulu phantsi kweemeko ezinzima ezifana nokungcangcazela, ukushaqeka, kunye nokujikeleza kobushushu obuphezulu/obuphantsi. Kwangaxeshanye, iimveliso zithobela ngokupheleleyo imiyalelo ye-RoHS kunye ne-REACH, engenazo izinto eziyingozi ebantwini nakwindalo esingqongileyo, ebonisa uxanduva lwe-YMIN Electronics kwindalo njengenkampani enoxanduva.
3. Ulungelelwaniso olugqibeleleyo phakathi koxinano lwamandla aphezulu kunye noxinano lwamandla aphezulu:
Ixabiso eliphambili lee-supercapacitors ezinezitebhisi ezimbini lixhomekeke kubuchule bazo bokukhupha amandla amakhulu ngoko nangoko. Uthotho lwe-SDN lufezekisa ibhalansi egqibeleleyo phakathi koxinano lwamandla aphezulu kunye nemveliso ephezulu ngokusebenzisa izinto eziphambili kunye noyilo lwesakhiwo. Ukumelana kwayo nothotho olulinganayo oluphantsi kakhulu (ESR, oluphantsi njenge-2.5mΩ) kuthetha ukulahleka kwamandla okuncinci ngexesha lokuhambisa, okuvumela ukuba kubekho imisinga eqhubekayo ephezulu kakhulu kunye ne-peak currents (umz., imodeli ye-600F inokufikelela kwi-peak current ye-276.9A). Oku kuyivumela ukuba ihlangabezane neemfuno zamandla aqhumayo zezixhobo ngexesha lokuqalisa kwangoko, ukukhawulezisa, okanye ukuphatha imithwalo engxamisekileyo.
4. Ubomi boMjikelo woKhupha iCharge-Discharge obude kakhulu:
Xa kuthelekiswa nemijikelo embalwa eqhelekileyo yeebhetri ze-lithium, ubomi be-SDN supercapacitors ezimbini-umaleko phantse "abunakufa." Phantsi kovavanyo oluqhubekayo lomjikelo wokukhupha itshaja phakathi kwe-3.8V kunye ne-2.5V kwi-25°C, ubomi budlula imijikelo engama-50,000, kunye notshintsho lwe-capacitance kunye nokumelana kwangaphakathi okuhlala kuphakathi koluhlu olwamkelekileyo. Olu phawu lunciphisa kakhulu iindleko zokugcinwa komjikelo wobomi besixhobo, nto leyo eyenza ukuba sifaneleke ngakumbi kwizicelo ezifuna ukutshaja nokukhupha itshaja rhoqo.
5. Iimpawu eziBalaseleyo zokuZikhupha kunye nokukwazi ukutshaja ngokukhawuleza:
Emva kweeyure ezisi-8 zokutshaja i-voltage engaguqukiyo kunye neeyure ezingama-24 zokuphumla kwe-open-circuit, uthotho lwe-SDN lugcina ngaphezulu kwe-80% ye-voltage yalo elinganisiweyo. Eli zinga liphantsi lokuzikhupha liqinisekisa ukugcinwa kwamandla okusebenzayo ngakumbi. Kwangaxeshanye, indlela yalo yokugcina amandla emzimbeni enamaleko amabini ivumela ukutshaja ngokukhawuleza kwinqanaba lesibini okanye kwinqanaba le-millisecond, okungenakuthelekiswa nayo nayiphi na ibhetri yekhemikhali.
Iimpawu ezibalaseleyo ze-YMIN's SDN series double-layer supercapacitors zenza zibe zizinto ezibalulekileyo kwiindawo ezininzi ezibalulekileyo.
1. Iimoto ze-Elektroniki: "I-Energy Buffer" yeZithuthi eziNgcono neziNtsha zaMandla
• Inkqubo yokuqalisa/yokumisa: Xa imoto imiswa okwethutyana, i-SDN double-layer supercapacitor inokubonelela ngokukhawuleza ngombane omkhulu ofunekayo ukuze injini iqalise kwakhona, ikhusele ibhetri ephambili, yandise ubomi bayo, kwaye iqinisekise ukuqalisa ngokukhawuleza nangokutyibilikayo.
• Ukubuyiswa kwamandla: Ngexesha lokuqhobosha, ii-SDN supercapacitors ezisebenzisa layer double-layer zifunxa kwaye zibuyisele amandla e-kinetic ngokufanelekileyo nangokukhawuleza, ziwakhupha ngoko nangoko ngexesha lokukhawulezisa, zinegalelo ekugcineni amandla esithuthi kunye nokunciphisa ukukhutshwa komoya.
• I-Elektroniki System Backup esemotweni: Ibonelela nge-power backup ekhawulezileyo yokuhambahamba ngaphakathi emotweni, ii-smart dashboards, kunye neenkqubo zokhuseleko ngexesha lokucima kombane, ukuqinisekisa ukuba akukho lahleko lwedatha kunye nokusebenza okungaphazanyiswayo.
2. Iiseva zeDatha ze-AI kunye nezixhobo zoNxibelelwano: Ukuqinisekisa ukuba "ingqondo yedijithali" ayisoze ihle
Ukuguquguquka kwamandla kumaziko edatha nakwizikhululo zesiseko ze-5G kubeka umngeni omkhulu. Ii-SDN double-layer supercapacitors zinokusebenza njengokhuseleko lwamandla olukhawulezileyo kwizixhobo ezibalulekileyo ezifana ne-BBU (i-Baseband Processing Unit). Xa amandla e-mains efumana ukuphazamiseka okanye ukuguquguquka kwinqanaba le-millisecond, inokungenelela ngaphandle komthungo ngoko nangoko, inike amandla azinzileyo ukuxhasa inkqubo ekugqibezeleni ukugcina idatha okanye ukutshintshela kumandla okugcina idatha, ukuthintela ngempumelelo ukulahleka kwedatha kunye nokuwa kwenkqubo, kunye nokuqinisekisa ukuba i-AI computing kunye nonxibelelwano olungenakuphazamiseka.
3. Iirobhothi kunye neeDrone: "Umthombo wamandla" weNtsingiselo eVuselelekayo
Ukuqhuba ngokudibeneyo kweerobhothi kunye nokusuka kunye nokulungiswa kwendlela ezisebenza ngayo iidrone kufuna amandla akhawulezileyo. Iimpawu zokukhupha amandla aphezulu ze-SDN double-layer supercapacitors zihlangabezana ngokugqibeleleyo neemfuno zamandla aphezulu ee-actuators ezifana neemoto kunye nee-servo, okuvumela iintshukumo ezikhawulezayo nezichanekileyo ngelixa kunciphisa umthwalo kumbane ophambili.
4. Amandla Amatsha kunye neeGridi ezikrelekrele: Ukwakha iNethiwekhi yaMandla eZinzileyo neSebenza kakuhle
• Iimitha ezikrelekrele: Kwiimitha ezikrelekrele, ii-SDN supercapacitors ezinee-layer ezimbini zinokunika amandla iitships zewotshi kunye nememori ngexesha lokucima kombane, ukuqinisekisa ukuchaneka kwedatha ebalulekileyo yokuhlawula kunye nexesha, kunye nokuxhasa amandla afunekayo kwimisebenzi yokuvula/yokucima umbane ekude.
• Ii-Inverters ze-Photovoltaic kunye neeNkqubo zokuGcina Amandla: Zisetyenziselwa ukuthambisa ukuguquguquka kwamandla kwiiphaneli ze-photovoltaic, ukuphucula umgangatho wamandla, kunye nokusebenza njengamandla ancedisayo kwisekethe yangaphakathi ye-inverter ukujongana nokusilela kwegridi yesikhashana.
5. Iiprojekthi zeMizi-mveliso ezizenzekelayo kunye nezoMkhosi: Iqabane elithembekileyo kwiindawo eziyingozi kakhulu
Kwimimandla efana neemoto eziqhubayo, ukukhanya okukrelekrele, kunye nokuzisebenzela okuzenzakalelayo, impendulo ekhawulezileyo ye-SDN kunye nobomi obude kunciphisa amaxesha okugcinwa kwayo. Kwiiprojekthi zomkhosi, ukunyamezela kwayo amaqondo obushushu aphezulu, ukuthembeka okuphezulu, kunye nobomi obude kwenza ukuba ibe lukhetho olufanelekileyo lokugcina amandla kwizixhobo eziphezulu ezifana neenkqubo zerada kunye neerokhethi.
Uthotho lwe-YMIN SDN lubonelela ngoluhlu olubanzi lwe-capacitance ukusuka kwi-100F ukuya kwi-600F, kunye neendlela zombane ezilinganisiweyo ze-2.7V kunye ne-3.0V, kunye nobukhulu obahlukeneyo ukusuka kwi-22mm × 45mm ukuya kwi-35mm × 72mm. Le matrix yemveliso ecociweyo ivumela iinjineli ukuba zikhethe ngokuguquguquka ngokusekelwe kwindawo ethile, i-voltage, i-capacitance, kunye neemfuno zangoku ukuze kufezekiswe uyilo olufanelekileyo lwenkqubo. Inkqubo ecacileyo yokubala imveliso inceda ekuchongweni nasekuthengweni kwabathengi.
Isiphelo
Ii-supercapacitors ze-YMIN SDN ezi-double-layer series zingaphezulu nje kwezinto ze-elektroniki; zivumela ukusebenza kakuhle, okuthembekileyo, kunye nobulumko kwiinkqubo zobuchwepheshe banamhlanje. Ngenxa yokumelana kwazo nobushushu obuphezulu, ubomi obude, amandla aphezulu, kunye neenkcukacha zezinga leemoto, zisombulula ngempumelelo iindawo ezibuhlungu ekugcinweni nasekukhululweni kwamandla kumashishini amaninzi. Ukukhetha i-YMIN SDN kuthetha ukukhetha isisombululo samandla esijolise kwixesha elizayo, esithembekileyo, nesinoqoqosho ngakumbi. Nokuba kwiimoto ezikhawulezayo, iiseva zekhompyutha ezikhawulezayo, okanye iidrone eziphakamayo, ii-supercapacitors ze-YMIN SDN ezi-double-layer zidlala indima yazo ephambili ngokuthula, ziqhuba ubuchule kwaye zinceda ihlabathi ukuba liqhubeke phambili ngokuthe chu.
| Uthotho | I-Voltage elinganisiweyo (V) | Ubungakanani (F) | Ubukhulu beMveliso ΦD×L (mm) | I-ESR (mΩ/20℃, 1kHz) | Ukuvuza kwangoku kwi-72h (μA) | Umbane oQhubekekayo (A) | Umsinga oPhezulu (A) | Amandla agciniweyo (J) | Inombolo yeMveliso |
| I-SDN | 2.7/3.0 | 100 | 22×45 | 12 | 160 | 19.8/22.0 | 48.2/53.5 | 364.5/450.0 | SDN2R7S1072245/SDN3ROS1072245 |
| 2.7/3.0 | 160 | 22×55 | 10 | 200 | 29.1/32.4 | 63.5/70.5 | 583.2/720.0 | SDN2R7S1672255/SDN3ROS1672255 | |
| 2.7/3.0 | 180 | 25×50 | 8 | 220 | 33.9437.7 | 76.9/85.4 | 656.1/810.0 | SDN2R7S1872550/SDN3ROS1872550 | |
| 2.7/3.0 | 200 | 30×50 | 6 | 240 | 39.7/44.1 | 96.4/107.1 | 729.0/900.0 | SDN2R7S2073050/SDN3ROS2073050 | |
| 2.7/3.0 | 240 | 30×50 | 6 | 260 | 45.2/50.2 | 102.5/113.9 | 874.8/1080.0 | SDN2R7S2473050/SDN3ROS2473050 | |
| 2.7/3.0 | 250 | 30×55 | 6 | 280 | 46.5/51.7 | 103.8/115.3 | 911.2/1125.0 | SDN2R7S2573055/SDN3ROS2573055 | |
| 2.7/3.0 | 330 | 30×55 | 4 | 320 | 63.8/70.9 | 149.4/166.1 | 1202.8/1485.0 | SDN2R7S3373055/SDN3ROS3373055 | |
| 2.7/3.0 | 360 | 35×60 | 4 | 340 | 67.8/75.4 | 153.7/170.8 | 1312.2/1620.0 | SDN2R7S3673560/SDN3ROS3673560 | |
| 2.7/3.0 | 400 | 35×60 | 3 | 400 | 79.4/88.2 | 192.8/214.2 | 1458.0/1800.0 | SDN2R7S4073560/SDN3ROS4073560 | |
| 2.7/3.0 | 470 | 35×60 | 3 | 450 | 89.1/99.0 | 203.6/226.3 | 1713.1/2115.0 | SDN2R7S4773560/SDN3ROS4773560 | |
| 2.7/3.0 | 500 | 35×65 | 3 | 500 | 93.1/103.4 | 207.6/230.7 | 1822.5/2250.0 | SDN2R7S5073565/SDN3ROS5073565 | |
| 2.7/3.0 | 600 | 35×72 | 2.5 | 550 | 111.7/124.1 | 249.2/276.9 | 2187.0/2700.0 | SDN2R7S6073572/SDN3ROS6073572 |
