φ46mm 4.2V 8Ah HUC hybrid iiseli ultra capacitor
Ingcaciso yeMveliso
I-Hybrid ultra-capacitor (HUC) ngokwesayensi kwaye idibanise ngokugqibeleleyo iteknoloji ye-supercapacitor kunye ne-lithium-ion iteknoloji yebhetri (i-design parallel in powder), kwaye ibonisa zombini iimpawu eziphezulu zamandla e-EDLC kunye neempawu eziphezulu zamandla ebhetri ye-lithium-ion.Izixhobo ze-GMCC optimizd kunye neenkqubo ze-electrochemical, kwaye zamkele itekhnoloji ye-laser welding ye-pole-pole ukufezekisa ukuchasana okuphantsi kwe-ultra-low, ukuthembeka okuphezulu, kunye nezibonelelo zoyilo lolawulo lokhuseleko lwe-thermal;Ngokusekelwe kwiimpawu zangaphandle ze-linear charge kunye ne-curve yokukhupha, i-SOC kunye nokulawulwa kwentlawulo kunye nokukhutshwa kuchanekileyo kakhulu.Ngokulungelelanisa umthamo womphezulu kunye nomlinganiselo we-N / P, amandla afanelekileyo kunye angalunganga aphuculwe ukuze agweme ukuguquguquka kwe-lithium engalunganga, kwaye iseli yebhetri ikhuselekile ngokwangaphakathi kwinkqubo yokutshaja.Iiseli ze-8Ah zisetyenziswe ngempumelelo kwiinkqubo ze-12V ezingafunekiyo zonikezelo lwamandla eemoto zabakhweli kwiibhetshi, kwaye okwangoku, inokusebenziseka kwisicelo sokumodareyitha rhoqo kwesibini kwegridi yamandla kunye nezinye izicelo zesithuthi.
Itheyibhile 1 Iimpawu eziphambili zezobugcisa ze-HUC (C46W-4R2-0008)
| Into | Umgangatho | Phawula | |
| 1 Umthamo olinganiselweyo | ≧8 Ah | @25℃,1C Ukukhutshwa | |
| 2 amandla ombane aphakathi | 3.7 V | ||
| 3 Ukuchasa kwangaphakathi | ≤0.8 mΩ | @25℃,50%SOC,1kHz AC | |
| 4 Ukutshaja umbane wokuyeka umbane | 4.20 V | ||
| 5 Ukukhupha amandla ombane aphelileyo | 2.80 V | @25℃ | |
| 6 Ubuninzi bentlawulo eqhubekayo yangoku | 160A | ||
| 7 Max 10s intlawulo yangoku | 320 A | @25℃,50%SOC | |
| 8 Ubuninzi obuqhubekayo bokukhupha okwangoku | 160 A | ||
| I-9 Max 10s yokukhupha okwangoku | 450 A | @25℃,50%SOC | |
| 10 Ubunzima | 315±10 g | ||
| 11 Ubushushu bokusebenza | Ukuhlawulisa | -35~+55 ℃ | |
| Ukukhupha | -40~+60 ℃ | ||
| 12 Ubushushu bokugcina | Inyanga eyi-1 | -40~+60℃ | I-50% ye-SOC, itshaje kwakhona kanye kwiinyanga ezi-3 |
| Iinyanga ezi-6 | -40~+50℃ | I-50% ye-SOC, itshaje kwakhona kanye kwiinyanga ezi-3 | |
Imbonakalo kunye nobukhulu
4.1 Umda womda
Umda womda we-HUC uboniswe kuMfanekiso 1
Ububanzi:
45.6 mm (25±2℃)
Ubude:
94.6 mm (25±2℃)
4.2 Imbonakalo
Ukucoca umphezulu, akukho kuvuza kwe-electrolyte,
akukho mkrwelo ucacileyo kunye nomonakalo womatshini,
akukho deformation, kwaye akukho esinye isiphene kubonakala.
Umfanekiso woku-1
Ukusebenza
★Yenza zonke iimvavanyo kunye ne-HUC ngokudibana kakuhle nesixhobo sovavanyo.
5.1 Imeko yovavanyo olusemgangathweni
I-HUC yokuvavanya kufuneka ibe yintsha (ixesha lokuhambisa lingaphantsi kwenyanga ye-1), kwaye ayizange ihlawulwe / ikhutshwe ngaphezu kwemijikelezo ye-5.Iimeko zovavanyo kwinkcazo yemveliso ngaphandle kwezinye iimfuno ezikhethekileyo yi-25±2℃ kunye ne-65±2%RH.Ubushushu begumbi yi-25±2℃ kwinkcazo.
5.2 Umgangatho wezixhobo zovavanyo
(1)Ukuchaneka kwesixhobo sokulinganisa kufuneka ≥ 0.01 mm.
(2) Ukuchaneka kwe-multimeter ukulinganisa i-voltage kunye ne-current akufanele ibe ngaphantsi kwinqanaba le-0.5, kwaye ukuchasana kwangaphakathi akufanele kube ngaphantsi kwe-10kΩ / V.
(3) Umgaqo wokulinganisa umvavanyi wangaphakathi kufuneka ube yindlela ye-AC impedance (1kHz LCR).
(4)Ukuchaneka kwangoku kwenkqubo yovavanyo lweeseli kufuneka ibe ngaphezu kwe-±0.1%, ukuchaneka okungaguqukiyo kwamandla ombane kufuneka kube yi-±0.5%, kwaye ukuchaneka kwexesha kufuneka kungabi ngaphantsi kwe-±0.1%.
(5)Ukuchaneka kwesixhobo sokulinganisa ubushushu kufuneka kungabi ngaphantsi kwe ±0.5℃.
5.3 Intlawulo eqhelekileyo
Indlela yokutshaja isoloko ikhoyo kwaye emva koko itshaja umbane rhoqo kwi-25±2℃.Umjelo wokutshaja rhoqo ngoku ngu-1I1(A), amandla ombane wokutshaja ombane rhoqo yi-4.2V.Kwaye xa imbuyekezo cut-off langoku lehla ukuya 0.05I1(A) ngexesha lokutshaja rhoqo kwe-voltage, ukutshaja kunokupheliswa, emva koko iseli kufuneka imele i-1h.
5.4 Ixesha leshelufu
Ukuba akukho mfuneko ikhethekileyo, ixesha lokutshaja kunye nokukhutshwa kwe-HUC yi-60min.
5.5 Uvavanyo lwentsebenzo lokuqala
Izinto ezithile zovavanyo kunye nemigangatho ziboniswe kwiThebhile 2
| Inani | Into | Inkqubo yovavanyo | Umgangatho |
| 1 | Imbonakalo kunye nobukhulu | Ukuhlolwa okubonakalayo kunye ne-vernier caliper | Akukho mkrwelo ucacileyo, akukho deformation, akukho kuvuza kwe-electrolyte.Imilinganiselo kumzobo. |
| 2 | Ubunzima | Ibhalansi yohlalutyo | 315±10g |
| 3 | Umbane ovulekileyo wesiphaluka | Ukulinganisa i-voltage ye-open-circuit ngaphakathi kwe-1h emva kokutshaja ngokwe-5.3 | ≥4.150V |
| 4 | Umthamo wokukhutshwa okuqhelekileyo | Ukukhupha kwi-2.8V okwangoku ye-1 I1 (A) ngaphakathi kwe-1h emva kokutshaja ngokwe-5.3, kunye nomthamo werekhodi.Umjikelo ongentla unokuphindwa ngamaxesha angama-5.Xa uluhlu lweziphumo zovavanyo ezintathu ezilandelelanayo lungaphantsi kwe-3%, uvavanyo lunokupheliswa kwangaphambili kwaye umyinge weziphumo zovavanyo ezintathu unokuthathwa. | I-1 I1(A) umthamo ≥ umthamo wegama |
| 5 | Ubuninzi bentlawulo yangoku | Ukukhupha kwi-2.8V kwi-1 I1 (A) emva kokuhlawula ngokwe-5.3, kunye nomthamo werekhodi.Ukutshaja rhoqo ngoku kwi-n I1 (A) de i-voltage ibe yi-4.2V, kwaye emva koko i-voltage itshaja rhoqo kwi-4.2V ide ihla iye ku-0.05 I1 (A).I-50% SOC: ukukhupha kwi-1I1 (A) kwi-0.5h emva kokutshaja ngokwe-5.3, ukutshaja ngokuqhubekayo kwi-n I1 (A) kude kube yi-4.2V | 20 I1(A) (intlawulo eqhubekayo/ukukhutshwa)40 I1(A)(10s,50%SOC) |
| 6 | Ubuninzi bokukhupha okwangoku | Ukukhupha kwi-2.8V kwi-1 I1 (A) emva kokuhlawula ngokwe-5.3, kunye nomthamo werekhodi.Ukutshaja kwi-1I1 (A) kunye nokukhupha kwi-2.8V kwi-n I1 (A).I-50% SOC: ukukhupha kwi-1I1 (A) kwi-0.5h emva kokutshaja ngokwe-5.3, ukukhupha kwi-n I1 (A) kude kube yi-voltage ye-2.8V. | 20 I1(A) (intlawulo eqhubekayo/ukukhutshwa)50 I1(A)(10s,50%SOC) |
| 7 | Ukuhlawulisa / ukukhupha ubomi bomjikelo | Intlawulo: ngokwe-5.3discharge: khupha kwi-1I1 (A) de i-voltage ibe yi-2.8VCycling ngaphezulu kwamaxesha angama-5000, kunye nomthamo wokurekhoda. | Umthamo ogqithisiweyo≥80% umthamo wesiqhelo okanye amandla ogqithiso ≥0.5MWh |
| 8 | Ukuhlawulisa ukukwazi ukugcina | Emva kokutshaja ngokwe-5.3, yima kwisekethe evulekileyo kwi-25 ± 2℃ ye-30d, kwaye emva koko ukhuphe ngokuqhubekayo kwi-1 I1 (A) de i-voltage ibe yi-2.8V kunye nomthamo wokurekhoda. Emva kokutshaja ngokwe-5.3, yima kwiqondo lokushisa eliphezulu. ikhabhinethi kwi-60±2℃ ye-7d, emva koko ikhuphe kwi-1 I1 (A) de i-voltage ibe yi-2.8V emva kokuma kwiqondo lokushisa kwe-5h kunye nomthamo wokurekhoda. | Umthamo≥90% umthamo wegama |
| 9 | Ikhono lobushushu obuphezulu | Emva kokutshaja ngokwe-5.3, yima kwikhabhinethi ephezulu yokushisa kwi-60 ± 2 ℃ ye-5h, emva koko ukhuphe kwi-1 I1 (A) de i-voltage ibe yi-2.8V kunye nomthamo wokurekhoda. | Umthamo≥95% umthamo wegama |
| 10 | Ikhono lobushushu obuphantsi | Emva kokutshaja ngokwe-5.3, yima kwikhabhinethi ephantsi kweqondo lokushisa -20 ± 2 ℃ kwi-20h, emva koko ukhuphe kwi-1 I1 (A) kude kube yi-2.8V kunye nomthamo wokurekhoda. | Umthamo≥80% umthamo wegama |
| 11 | Uxinzelelo oluphantsi | Emva kokutshaja ngokwe-5.3, faka iseli kwikhabhinethi yoxinzelelo oluphantsi, kwaye ulungelelanise uxinzelelo kwi-11.6kPa, ubushushu ngu-25 ± 2 ℃, yima i-6h.Qwalasela i-1h. | Akukho mlilo, uqhushumbo kunye nokuvuza |
| 12 | Intambo emfutshane | Emva kokuhlawula ngokwe-5.3, Xhuma izibonda ezilungileyo kunye nezibi zeseli ye-10min ngesekethe yangaphandle.Ukuchasana kwesiphaluka sangaphandle kufuneka kube ngaphantsi kwe-5mΩ.Qwalasela i-1h. | Akukho mlilo kunye nokudubula |
| 13 | Umrhumo ogqithisileyo | Emva kokutshaja ngokwe-5.3, ukutshaja ngokuqhubekayo kwi-1 I1 (A) kude kube yi-voltage ngamaxesha e-1.5 ye-voltage yokuphelisa ukutshaja echazwe kwinkcazo okanye ixesha lokuhlawula lifikelela kwi-1h.Qwalasela i-1h. | Akukho mlilo, uqhushumbo kunye nokuvuza |
| 14 | Ukukhutshwa ngokugqithisileyo | Emva kokuhlawula ngokwe-5.3, ukukhupha kwi-1 I1 (A) ye-90min.Qwalasela i-1h. | Akukho mlilo kunye nokudubula |
| 15 | Ubushushu | Emva kokutshaja ngokwe-5.3, faka iseli kwikhabhinethi yokushisa, eyandisa ukusuka kwiqondo lokushisa ukuya kwi-130 ℃ ± 2 ℃ ngesantya se-5 ℃ / min, kwaye uyeke ukufudumeza emva kokugcina lo bushushu kwi-30min.Qwalasela i-1h. | Akukho mlilo kunye nokudubula |
| 16 | I-acupuncture | Emva kokutshaja ngokwe-5.3, Faka iseli edityaniswe ne-thermocouple kwi-fume hood, kwaye usebenzise i-Φ5.0 ~ Φ8.0mm inaliti yentsimbi ekwazi ukumelana nobushushu obuphezulu (i-cone angle yencam yenaliti yi-45 ° ~ 60 °, kwaye indawo yenaliti igudileyo, ayinamhlwa, umaleko we-oxide kunye nongcoliseko lweOyile), ngesantya esingama-25 ± 5 mm/s, singene sisuka kwicala le-perpendicular ukuya kwipleyiti ye-electrode yeseli, indawo yokungena kufuneka isondele Iziko lejometri yendawo egqojoziweyo, kwaye inaliti yentsimbi ihlala kwiseli.Qwalasela i-1h. | Akukho mlilo kunye nokudubula |
| 17 | Extrusion | Emva kokutshaja ngokwe-5.3, Cinezela ipleyiti ngomzimba we-semi-cylindrical kunye neradius ye-75mm kunye nobude obukhulu kunobukhulu beseli, kwaye usebenzise uxinzelelo oluxhomekeke kwicala leplate yeseli ngesantya se-5±1 mm. /s.Xa i-voltage ifikelela kwi-0V okanye i-deformation ifikelela kwi-30% okanye imise emva kokuba amandla okugqithisa afikelele kwi-200kN.Qwalasela i-1h. | Akukho mlilo kunye nokudubula |
| 18 | Ukuwa | Emva kokutshaja ngokwe-5.3, ii-terminals ezintle kunye nezingalunganga zeseli ziwela phantsi kumgangatho wekhonkrithi ukusuka kubude be-1.5m.Qwalasela i-1h. | Akukho mlilo, uqhushumbo kunye nokuvuza |
| 19 | Ukuntywiliselwa emanzini olwandle | Emva kokutshaja ngokwe-5.3, faka iseli yokuntywila kwi-3.5 wt% NaCl (ukulinganisa ukubunjwa kwamanzi olwandle kwiqondo lokushisa eliqhelekileyo) kwi-2h, kwaye ubunzulu bamanzi kufuneka bube ngaphezu kweseli ngokupheleleyo. | Akukho mlilo kunye nokudubula |
| 20 | Umjikelo wobushushu | Emva kokutshaja ngokwe-5.3, faka iseli kwikhabhinethi yobushushu.Ukushisa kulungelelaniswa ngokwemfuneko kwi-6.2.10 ye-GB / T31485-2015, kunye nomjikelezo we-5 amaxesha.Qwalasela i-1h. | Akukho mlilo kunye nokudubula |
6.1 Intlawulo
a) Ukutshaja ngaphezulu akuvumelekanga ngokungqongqo kwaye amandla ombane wokutshaja akufunekanga abe ngaphezulu kwe-4.3V.
b) Akukho ukutshaja umva.
c) 15℃-35℃ lelona qondo lobushushu lokutshaja, kwaye ayifanelekanga ukutshaja ixesha elide kwiqondo lobushushu elingaphantsi kwe-15℃.
6.2 Ukukhutshwa
a) Isekethe emfutshane ayivumelekanga.
b) I-voltage yokukhupha kufuneka ingabi ngaphantsi kwe-1.8V.
c) 15℃-35℃ lelona qondo lobushushu lilungileyo lokukhupha, kwaye ayifanelekanga ukutshaja ixesha elide kubushushu obungaphezulu kwe35℃.
6.3 Gcina iseli kude ebantwaneni.
6.4 Ukugcinwa kunye nokusetyenziswa
a) Ukugcinwa kwexesha elifutshane (kwinyanga enye), iseli kufuneka ibekwe kwindawo ecocekileyo enomswakama ongaphantsi kwama-65% RH kunye nobushushu be- -40℃~60℃.Gcina imo yentlawulo yeseli yi-50%SOC.
b) Ukugcinwa kwexesha elide (kwiinyanga ezi-6), iseli kufuneka ibekwe kwindawo ecocekileyo enomswakama ongaphantsi kwe-65% RH kunye nobushushu be- -40℃~50℃.Gcina imo yentlawulo yeseli yi-50%SOC.
c) Hlaziya kwakhona kanye kwiinyanga ezi-3
7 Isilumkiso
7.1 Musa ukufudumala, ukuguqula okanye ukuqhaqha iseli eyingozi kakhulu kwaye inokubangela ukuba iseli ibambe umlilo, ishushu, ivuze i-electrolyte kwaye iqhume, njl.
7.2 Musa ukubeka iseli kubushushu obugqithisileyo okanye umlilo, kwaye musa ukubeka iseli ekukhanyeni kwelanga.
7.3 Musa ukudibanisa i-positive kunye ne-negative yeseli ngokuthe ngqo kunye nentsimbi yezinye iingcingo, eziya kukhokelela kwisiphaluka esifutshane kwaye kunokubangela ukuba iseli ibambe umlilo okanye iqhume.
7.4 Musa ukusebenzisa iipali ezivumayo nezinegethivu zijonge ezantsi.
7.5 Musa ukuntywilisela iseli emanzini olwandle okanye emanzini, kwaye Musa ukuyenza i-hygroscopic.
7.6 Musa ukwenza ibhere yeseli enzima ifuthe lomatshini.
7.7 Musa i-weld ngqo iseli, ukutshisa kakhulu kunokubangela ukuguqulwa kwezinto zeseli (ezifana ne-gaskets), okuya kukhokelela kwi-cell bulge, i-electrolyte evuzayo kwaye iqhume.
7.8 Musa ukusebenzisa iseli ecudiweyo, ewisiweyo, efutshane, evuzayo kunye nezinye iingxaki.
7.9 Musa ukunxibelelana ngokuthe ngqo namaqokobhe phakathi kweeseli okanye uwadibanise ukwenza indlela nge-conductor ngexesha lokusebenzisa.
7.10 Iseli kufuneka igcinwe kwaye isetyenziswe kude nombane ongatshintshiyo.
7.11 Musa ukusebenzisa iseli kunye nenye iseli yokuqala okanye iseli yesibini.Musa ukusebenzisa iiseli zeepakethe ezahlukeneyo, iimodeli okanye ezinye iibrendi kunye.
7.12 Ukuba iseli ibonakala isiba shushu ngokukhawuleza, ivumba, itshintshe umbala, igogekile, okanye ezinye iintshukumo xa isetyenziswa, nceda uyimise ngoko nangoko kwaye uyiphathe ngokufanelekileyo.
7.13 Ukuba i-electrolyte ivuza eluswini okanye kwimpahla, nceda ngokukhawuleza ngamanzi ukunqanda ukungaphatheki kakuhle kolusu.
8 Ezothutho
8.1 Iseli kufuneka igcine imeko yentlawulo ye-50% SCO, kwaye igwenywe kwi-vibration enzima, impembelelo, i-insolation kunye ne-drench.
9 Ukuqinisekiswa komgangatho
9.1 Ukuba ufuna ukusebenzisa okanye ukufaka iseli phantsi kweemeko ezingezizo ezichazwe, nceda uqhagamshelane nathi.
Asiyi kuthatha naluphi na uxanduva ngengozi ebangelwe kukusebenzisa iseli ngaphandle kweemeko ezichazwe kwingcaciso.
9.2 Asiyi kuthwala naluphi na uxanduva ngeengxaki ezibangelwe kukudityaniswa kweeseli neesekethe, ipakethe yeeseli kunye netshaja.
9.3 Iiseli ezineziphene eziveliswa ngabathengi kwinkqubo yokupakisha iiseli emva kokuthunyelwa azigutyungelwa ukuqinisekiswa komgangatho.
10 Imilinganiselo yeeseli
