Lithium Ion Capacitor Cylinder 15Ah CKAA60140
Jinpei Lithium-ion capacitor (LIC) is a new type of electric energy storage device that combines the characteristics of lithium-ion batteries and supercapacitors. It has the advantages of high energy density, high power density, long cycle life, etc..
It has a wide range of applications in electric vehicles, renewable energy storage, industrial and home energy storage systems, as well as electronic devices and consumer goods. With the continuous progress of technology and the further reduction of cost, it is expected that its market application will be more and more extensive.
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Introductio
Haec species proprietatibus describitur, probatio modi et notitiam the 60140 Lithium Ion capacitors elaboraverunt Jinpei Electronics Co., Nabu Press.
2. Features Generales
2.1 Features et Commoda
- Fast crimen et missionem
- Donec vitae exolvuntur
- Bonum humilis temperatus perficientur
- Summus industria density
2.2 Typical Applications
Usus ad Energy repono, Satus ac subsisto ratio,
dolor malesuada euismod, portum machina UPS et alia potentia ratio.
3. Product Aspectus & Dimensiones
3.1 Structure & Aspectus
4. Product Technical Index
4.1Morbi consectetur
|
Series |
merita |
Valores |
| 1 | Capacitance | 15Ah±5% |
| 2 | Volt-HI | 4.2V |
| 3 | Volt-LO | 2.5V |
| 4 | DC internum resistan（10ms） | ≤0.6mΩ |
| 5 | Latin præcipiens current | 45A(3C) |
| 6 | Velox currentes præcipiens | 150A(10C) |
| 7 | Rated missionem current | 45A(3C) |
| 8 | Max continua missione current | 300A(20C) |
| 9 | Max continua missione tempus | 90S |
| 10 | Max Temperature augendae | 50±5℃ |
|
11 |
salus |
GB/T 31485-2015《 Electricvehicle Salutis requisita et test
modi ad potentiam accumulators " |
| 12 | causam&missionis temperaturae " | -40LXXXV ℃ ~ |
| 13 | At temperatus range | -40~55℃ |
| 14 | Fast praecipiens vitae exolvuntur (@25±2℃，
coactus refrigerationem) |
≥30,000 times(5C) |
| 15 | Tardus vitae exolvuntur | ≥30,000 times (1C) |
| 16 | pondus | ≤850g |
| 17 | Demension(D× H) | Φ60mm×140mm |
4.2 Aliae technicae Informationes
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Humilis temperatus missionem perficiendi Humilis temperatus missionem curvarum
missionem current .A.
missionem tempore Dimittite facultatem .mAh.
180 3min58s 11.89 200 3min12s 10.66 225 2min47s 10.44
Test modus: ad locus temperatus, 3C assidue current crimen ad 4.2V, constant intentione ad 0.05c intervalli, in humili temperatus -43℃ ambitus 3h, missionem 2.5V interclusi cum diversis current.
Crimen / missionem crimen / missionem curvarum
Test modus: ad locus temperatus, 3C assidue current crimen ad 4.2V, constant intentione ad 0.1c abscise, uti 2min, missionem current 1C ad 2.5V abscise.
Crimen / fungi @ 1000A missionem curvarum in magna current
Test conditio: 3C crimen ad 4.2V ad normalem temperiem ,constant intentione ad 0.2A abscise , 1800Crimen pro 10s,15s intervallum post crimen iterum,recordum test datasheet.
5 Testis Methodi
5.1 Tempestas Testis
Haec specificatio vexillum probatio criteriis secuta est: 1 atm, 25±2℃ et humiditas relativa < 65%.
5.2 Test Capacitance / resistentia interna
Facultas Test: Praecipe cellam ad 4.2V per 1C currenti et eam assidua intentione praecipe usque ad currentem 0.1C. Tum, fungi cellulam ad 2.5V apud 1C current. Post 30s quievit ， ultimos processus iteravit et secundum capacitatem cellae capacitatis.
Resistentia test: Praecipe cellam ad 4.2V ab 3C currenti et praecipe usque ad 0.1C currenti constanti intentione, probare illum ACR in 1kHZ Ac metrum impedimentum. Per viam, semel probare suam facultatem, exposita eius 10ms intentione differentia in missione processus, ac ratione ejus DCR per R = ΔU/I. nota: misce record tempus est 1s in "Capacitantia et resistentia test" proces
Test ad Maximum Temperature
Sub temperatus iussi, constanter cellulam ad 4.2V arguere et deinde eam in 0.1C finire assidua intentione. Post haec, cellula temperatus ad diversas conditione removere (custodiunt 2h *) et solve 2.5V in 1C currenti, recordarentur suae missionis capacitance.Cycle vita test
Sub 25±5℃, temptare cellulam agendi originale per "modum/resistentia", et 4.0V per 5C current, fungi ad 2.5V apud 2Cconstant current, post hoc reliquum 5min, huius processus exolvuntur 2000. Spectata probatio processus in uno cyclo, et iteravit 15 temporibus, donec pervenit 30000 temporibus.
6 Notice
6.1 Per Operationem
- Temperatus LIB operandi limites aestimandi superiores et inferiores non excedere debet
- LIB debet esse apud rated
Reprehendo verticitatem LIB in conspectu potentiae. Non vicissim connectens.
Ut a calor LIB. Temperatura magnam vim habet ad vitam LIB(LIC).
inquiry 
inquiry@sh-jinpei.com 
