Amapharamitha Obuchwepheshe Ayinhloko
| Into | Isici | |
| Ibanga Lokushisa Lokusebenza | -40~+70℃ | |
| I-Voltage Yokusebenza Elinganisiwe | 2.7V、3.0V | |
| Ububanzi Bomthamo Ojwayelekile | 100F~600F | |
| Ukuphambuka Komthamo Wokushisa Kwegumbi | -10%~+30%(25℃) | |
| Impilo Yomthwalo Wokushisa Okuphezulu | Ngemva kokusebenzisa njalo i-voltage elinganisiwe ekushiseni okulinganisiwe amahora ayi-1000, buyisela ku-25℃ ukuze ihlolwe; | ukuhlangabezana nezidingo ezilandelayo: ushintsho lomthamo ΔC < 30% wenani lokuqala, ukumelana kwangaphakathi < izikhathi ezine kunenani lokuqala |
| Impilo Yokushisa Okunomswakama Ozinzile | Ngaphansi kuka-40℃ kanye no-90%~95%RH, sebenzisa i-voltage ekalwe njalo amahora angu-240, bese uyibuyisela ku-25℃ ukuze ihlolwe; | ukuhlangabezana nezidingo ezilandelayo: ushintsho lomthamo ΔC < 30% wenani lokuqala, ukumelana kwangaphakathi < izikhathi ezine kunenani lokuqala |
| Izici Zokuzikhipha Emotweni | Ngemva kokushaja amandla kagesi aqhubekayo ku-voltage elinganisiwe, shaja ku-voltage engaguquki amahora angu-8, bese uyiyeka ime isekethe ivuliwe amahora angu-24. | I-voltage eseleyo ingaphezu kuka-80% we-voltage elinganisiwe. |
| Impilo Yomjikelezo Wokushaja Nokukhipha Igesi | Ku-25℃, sebenzisa ugesi oqhubekayo ukuze wenze umjikelezo we-capacitor ushaje futhi ukhiphe phakathi kuka-3.8V-2.5V izikhathi ezingu-50,000; | ukuhlangabezana nezidingo ezilandelayo: ushintsho lomthamo ΔC < 30% wenani lokuqala, ukumelana kwangaphakathi < izikhathi ezine kunenani lokuqala |
| Indawo Efanele Yokugcina Izinto | -10℃~40℃, ngaphansi kuka-60%RH | |
Umdwebo Wezilinganiso Zomkhiqizo
Iyunithi:mm
Ukuhola Inkathi Entsha Yokugcina Amandla: Ukuhlaziywa Okujulile Kwe-YMIN's SDN Series High-Performance Electric Double-Layer Supercapacitors
Enkathini yanamuhla yokuphishekela izixazululo zamandla ezisebenzayo, ezithembekile, nezisimeme, ubuchwepheshe bebhethri bendabuko bubhekene nezingqinamba ezimweni ezithile zokusetshenziswa ezidingayo. Kungakhathaliseki ukuthi kuyisinxephezelo sokuntuleka kwamandla ngokushesha noma ukusebenza okuzinzile ezindaweni ezimbi kakhulu, imakethe idinga ingxenye yokugcina amandla ekwazi ukushaja nokukhipha ngokushesha, isikhathi eside kakhulu, kanye nokuphepha kanye nobungane bemvelo. Ngokumelene nalokhu, i-YMIN Electronics, isebenzisa ubuchwepheshe bayo obujulile kwezobuchwepheshe, yethule uchungechunge lwe-SDN lwama-supercapacitor kagesi asebenza kahle kakhulu, ahlinzeka "ngomgogodla wamandla" onamandla futhi othembekile wezinkambu eziningi zobuchwepheshe obusezingeni eliphezulu ngokusebenza kwayo okuphezulu.
Uchungechunge lwe-YMIN SDN aluwona umkhiqizo ojwayelekile we-capacitor; luyi-supercapacitor kagesi engu-2.7V/3.0V esezingeni eliphezulu, engamelani nokushisa okuphezulu, enezingqimba ezimbili zikagesi ezisezingeni lezimoto. Lezi zici ezibalulekile zichaza indawo yayo eyingqayizivele emakethe.
1. Ukusebenza Okuphezulu Kokushisa Okuphezulu kanye Nesikhathi Sokuphila Eside Kakhulu:
Inzuzo ebaluleke kakhulu yochungechunge lwe-SDN ilele ekuzivumelaniseni kwayo okuvelele kwemvelo. Imikhiqizo ingasebenza kahle ngaphakathi kobubanzi bokushisa obuphakathi kuka--40℃ kuya ku-+70℃, futhi ikakhulukazi iqinisekisa isikhathi sokuphila komthwalo esingafika emahoreni ayi-1000 ku-85℃. Lokhu kusho ukuthi ngisho nasezindaweni ezinokushisa okuphezulu njengezingxenye zenjini, ama-supercapacitor e-SDN angqimba oluphindwe kabili angahlinzeka ngamandla ngokuqhubekayo ngokuncipha kokusebenza okuncane. Ukuhlola kukhombisile ukuthi ngaphansi kwezimo ezinzima kangaka, izinga lokushintsha kwamandla ayo lingaphansi kuka-30% wenani lokuqala, futhi ukwanda kokumelana kwayo kwangaphakathi kungaphansi kokuphindwe kane kunenani lokuqala, okudlula kakhulu amazinga embonini.
2. Isitifiketi Esigunyaziwe kanye Nokuthobela Imithetho Yezemvelo:
Njengomkhiqizo "wezinga lezimoto", uchungechunge lwe-SDN lunamathela ngokuqinile kuzinga lokuqinisekiswa kokuthembeka kwe-AEC-Q200. Leli zinga liyipasipoti yekhwalithi yezingxenye ze-elekthronikhi zezimoto, okuqinisekisa ukuthembeka okuphelele ngaphansi kwezimo ezinzima njengokudlidliza, ukushaqeka, kanye nokujikeleza kokushisa okuphezulu/okuphansi. Ngesikhathi esifanayo, imikhiqizo ihambisana ngokugcwele nemiyalelo ye-RoHS kanye ne-REACH, engenazo izinto eziyingozi kubantu kanye nemvelo, okubonisa umthwalo wemfanelo wezemvelo we-YMIN Electronics njengenkampani enomthwalo wemfanelo.
3. Ibhalansi Ephelele Phakathi Kobuningi Bamandla Aphezulu Nobuningi Bamandla Aphezulu:
Inani eliyinhloko lama-supercapacitor anezingqimba ezimbili lisekhonweni lawo lokukhipha amandla amakhulu ngokushesha. Uchungechunge lwe-SDN lufinyelela ibhalansi ephelele phakathi kokuminyana kwamandla aphezulu kanye nokukhishwa kwamandla aphezulu ngokusebenzisa izinto ezithuthukisiwe kanye nomklamo wesakhiwo. Ukumelana kwalo okuphansi kakhulu kochungechunge olulinganayo (i-ESR, ephansi njenge-2.5mΩ) kusho ukulahlekelwa kwamandla okuncane ngesikhathi sokudlulisa, okuvumela ukuthi kube nemisinga eqhubekayo ephezulu kakhulu kanye nephezulu (isb., imodeli ye-600F ingafinyelela umkhawulo wamandla ophakeme ongu-276.9A). Lokhu kuyivumela ukuthi ihlangabezane nezidingo zamandla okuqhuma zamadivayisi ngesikhathi sokuqalisa ngokushesha, ukusheshisa, noma ukuphatha imithwalo engazelelwe.
4. Impilo Yomjikelezo Wokushaja Okude Kakhulu:
Uma kuqhathaniswa nemijikelezo embalwa evamile yamabhethri e-lithium, isikhathi sokuphila sama-supercapacitor e-SDN aphindwe kabili cishe "asifi." Ngaphansi kokuhlolwa komjikelezo wokushaja nokukhipha amandla wamanje oqhubekayo phakathi kuka-3.8V no-2.5V ku-25°C, isikhathi sokuphila sidlula imijikelezo engu-50,000, kanti amandla kanye nokwehluka kokumelana kwangaphakathi kusele ngaphakathi kwamazinga amukelekayo. Lesi sici sinciphisa kakhulu izindleko zokulungisa umjikelezo wokuphila wedivayisi, okwenza ifaneleke kakhulu ezinhlelweni zokusebenza ezidinga ukushaja nokukhipha amandla njalo.
5. Izici Ezinhle Zokuzikhipha Nokushaja Okusheshayo:
Ngemva kwamahora angu-8 okushaja i-voltage engaguquki kanye namahora angu-24 okuphumula kwe-open-circuit, uchungechunge lwe-SDN lugcina ngaphezu kwama-80% e-voltage yalo elinganisiwe. Leli zinga eliphansi lokuzikhipha liqinisekisa ukugcinwa kwamandla okusebenzayo kakhudlwana. Ngesikhathi esifanayo, indlela yalo yokugcina amandla engokwenyama enezingqimba ezimbili ivumela ukushaja okusheshayo kwezinga lesibili noma ngisho nele-millisecond, okungenakuqhathaniswa nanoma yiliphi ibhethri lamakhemikhali.
Izici ezinhle kakhulu zama-supercapacitor e-SDN ochungechunge lwe-YMIN ziwenza abe yizingxenye ezibalulekile ezindaweni eziningana ezibalulekile.
1. I-Elektroniki Yezimoto: "I-Energy Buffer" Yezimoto Ezihlakaniphile Nezintsha Zamandla
• Uhlelo Lokuqala/Lokumisa: Uma imoto imiswa okwesikhashana, i-SDN supercapacitor enezingqimba ezimbili ingahlinzeka ngokushesha ngogesi omkhulu odingekayo ukuze injini iqale kabusha, ivikele ibhethri eliyinhloko, yandise isikhathi sayo sokuphila, futhi iqinisekise ukuqala okusheshayo nokubushelelezi.
• Ukubuyiswa Kwamandla: Ngesikhathi sokubhuleka, ama-supercapacitor e-SDN angqimba oluphindwe kabili amunca futhi abuyise amandla e-kinetic ngempumelelo nangokushesha, awakhulule ngokushesha ngesikhathi sokusheshisa, okufaka isandla ekongiweni kwamandla emoto kanye nokunciphisa ukukhishwa komoya.
• Isipele Sesistimu Ye-elekthronikhi Esisemotweni: Sihlinzeka ngesipele samandla esisheshayo sokuzulazula emotweni, amadeshibhodi ahlakaniphile, kanye nezinhlelo zokuphepha ngesikhathi sokucima kukagesi, okuqinisekisa ukuthi akukho ukulahleka kwedatha kanye nokusebenza okungaphazamiseki.
2. Amaseva Edatha e-AI kanye Nemishini Yokuxhumana: Ukuqinisekisa ukuthi "Ubuchopho Bedijithali" Abukho Phansi
Ukushintshashintsha kwamandla ezikhungweni zedatha kanye neziteshi zesisekelo ze-5G kuyinselele enkulu. Ama-supercapacitor e-SDN angqimba oluphindwe kabili angasebenza njengesivikelo samandla esisheshayo semishini ebalulekile njenge-BBU (i-Baseband Processing Unit). Lapho amandla amakhulu ehlangabezana nokuphazamiseka noma ukuguquguquka kwezinga le-millisecond, angangena kalula ngokushesha, anikeze amandla azinzile ukusekela uhlelo ekuqedeni ukonga idatha noma ukushintshela emandleni okusekela, ukuvimbela ngempumelelo ukulahleka kwedatha kanye nokuphahlazeka kwesistimu, kanye nokuqinisekisa ukubalwa kwe-AI okungaphazanyiswa kanye nokuxhumana.
3. Amarobhothi nama-Drones: "Umthombo Wamandla" Wokunyakaza Okusheshayo
Ukunyakaza okuhlangene kwamarobhothi kanye nokusuka kanye nokulungiswa kwesimo sengqondo sama-drone konke kudinga ukuqhuma kwamandla okusheshayo. Izici zokukhipha amandla aphezulu zama-supercapacitor e-SDN angqimba oluphindwe kabili zihlangabezana kahle nezidingo zamandla aphezulu zama-actuator afana nama-motor nama-servo, okuvumela ukunyakaza okusheshayo nokunembile ngenkathi kunciphisa umthwalo ekuhlinzekweni kwamandla amakhulu.
4. Amagridi Amasha Amandla kanye Ne-Smart: Ukwakha Inethiwekhi Yamandla Ezinzile Nesebenzayo
• Ama-Smart Meters: Kumamitha ahlakaniphile, ama-supercapacitor e-SDN angqimba oluphindwe kabili anganika amandla ama-chip ewashi kanye nememori ngesikhathi sokucima kukagesi, aqinisekise ukunemba kwedatha ebalulekile yokukhokha kanye nesikhathi, futhi asekele amandla adingekayo emisebenzini yokuvula/ukuvala amandla akude.
• Ama-Inverter e-Photovoltaic kanye Nezinhlelo Zokugcina Amandla: Asetshenziselwa ukushelela ukuguquguquka kwamandla kusuka kumaphaneli e-photovoltaic, ukuthuthukisa ikhwalithi yamandla, kanye nokusebenza njengamandla asekelayo esekethe yangaphakathi ye-inverter ukuze ibhekane nokwehluleka kwegridi yesikhashana.
5. Ukuzenzakalela Kwezimboni kanye Nemisebenzi Yezempi: Umlingani Othembekile Ezindaweni Ezibucayi
Emasimini afana nama-motor drive, ukukhanya okuhlakaniphile, kanye nokuzisebenzela okuzenzakalelayo kwezokuphepha, impendulo esheshayo ye-SDN kanye nokuphila isikhathi eside kunciphisa imvamisa yokugcinwa. Emaphrojekthini ezempi, ukubekezelela kwayo amazinga okushisa aphezulu, ukuthembeka okuphezulu, kanye nokuphila isikhathi eside kwenza kube ukukhetha okuhle kokugcina amandla kwemishini ephezulu njengezinhlelo ze-radar kanye ne-missile.
Uchungechunge lwe-YMIN SDN lunikeza ububanzi obukhulu be-capacitance kusukela ku-100F kuya ku-600F, ngezinketho ze-voltage ezilinganiselwe ze-2.7V kanye ne-3.0V, kanye nosayizi ohlukahlukene kusukela ku-22mm×45mm kuya ku-35mm×72mm. Le matrix yomkhiqizo ocwengekile ivumela onjiniyela ukuthi bakhethe ngokuguquguqukayo ngokusekelwe endaweni ethile, i-voltage, i-capacitance, kanye nezidingo zamanje ukuze bafeze ukwakheka kwesistimu okuhle kakhulu. Uhlelo olucacile lokufaka izinombolo zomkhiqizo lusiza ukuhlonza amakhasimende kanye nokuthengwa kwawo.
Isiphetho
Ama-supercapacitor e-YMIN SDN ochungechungeni lwe-YMIN SDN angaphezulu nje kwezingxenye ze-elekthronikhi; ayakwazi ukusebenza kahle, ngokwethenjelwa, nangokuhlakaniphile kwezinhlelo zobuchwepheshe obuphezulu zesimanje. Ngokumelana kwawo nokushisa okuphezulu, isikhathi eside sokuphila, amandla aphezulu, kanye nemininingwane yezinga lezimoto, axazulula ngempumelelo amaphuzu abuhlungu ekugcineni nasekukhululeni amandla emikhakheni eminingi. Ukukhetha i-YMIN SDN kusho ukukhetha ikhambi lamandla eligxile esikhathini esizayo, elithembekile, nelingabizi kakhulu. Kungakhathaliseki ukuthi ezimotweni ezisheshayo, amaseva ekhompyutha asheshayo, noma ama-drones akhuphukayo, ama-supercapacitor e-YMIN SDN e-double-layer adlala indima yawo eyinhloko ngokuthula, eqhuba ukusungula izinto ezintsha futhi esiza umhlaba ukuthi uqhubekele phambili kancane kancane.
| Uchungechunge | I-Voltage Elinganisiwe (V) | Umthamo (F) | Ubukhulu Bomkhiqizo ΦD×L (mm) | I-ESR (mΩ/20℃, 1kHz) | Ukuvuza Kwamanje ku-72h (μA) | I-Continuous Current (A) | I-Peak Current (A) | Amandla Agciniwe (J) | Inombolo Yomkhiqizo |
| 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 |
