Lithium-ion capacitor (LIC) Est genus energiae electricae repositae cum fabrica energiae altae et densitatis et virtutis altae densitatis notae et altae venae crimen et missionem consequi possunt..

Lithii gravida et commoda componit supercapacitors/EDLC, et integrat multa praeclara features ut alta potentia, summus navitas, vita longa, alta salus,
wide temperatus range, princeps reliability, et humilis sumptus.

Capacitores Lithium-ion similes sunt in structura supercapacitoribus, sed anode utitur materia carbonis prae-fixa cum lithio,
et cathode plerumque utitur activated carbonis in supercapacitors.

Hic processus pre-doping potentiam anode reducit et relative altam output intentione concedit.

Jinpei LIC ieiunium crimen solution cum iuris proprietas intellectualis patentes No.ZL 202221279740X, late in EV / robot / solaris industria et aliis agris

Radiales plumbum Lithium Ion Capaci Lie 1300f

• Max continua missione current: 6.0A
• Max venae missionem current: 20A/3.8V
• Max causam current: 6.0A
• Standard vita cyclum: ≥8000 times

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Lithium Ion Capacitor Cylinder 4200Mah

• Standard vita cyclum：≥700 times
• Latin crimen current: 2.1A
• Max continua missione current：45A（80℃ abscise）
• Maximum venae missionem current: 62A

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Lithium Ion Capacitor Cylindro 20EH | Ieiunium

• Fast praecipientes vitae exolvuntur：≥30000 times
• Max causam current：180A
• Maximum continua missione current：540A
• Maximum venae missionem current：1000A/1s

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Lithium Ion Capacitor Cylindro 18th Ckaa60140L

• DC resistentia interna 10ms: ≤0.5mΩ
Latin • currentes præcipiens: 54A(3C)
• Velox currentes præcipiens: 180A(10C)
• Max continua missione current: 540A(30C)

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Lithium Ion Capacitor Cylindrici 15ah Ckaa60140

• Charge&discharge temperaturerange: -40~85℃
Latin • currentes præcipiens: 45A(3C)
• Velox currentes præcipiens: 150A(10C)
• Max continua missione current: 300A(20C)

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Lithium Ion Capacitor ▏adial plumbum ▏ckba CKBB

• Working Temperature: -40~ 70℃/-25℃~ 60℃
• Work Voltage: 2.5~3.8V/4.2V
• Standard Capacitance: 20F~ 1200F
• Tolerance: -20% ~ +80%

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Lithium Ion Capacitor ▏cylinder ▏ckaa

• Work Voltage: 2.5~4.2V
• Standard Capacitance: 1100mA~2500mA

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Product positioning

Jinpei LIC VS LIB( LFP altilium/LTO altilium ......)

The positioning or performance of our product (Jinpei LIC) est inter lithium batteries et super capacitors,which can effectively replace LIB.

Background

Historia lithii-ionis reduci potest ad capacitores 1981, cum Dr *. Yamabe of Kyoto University et KaneboCo. Per pyrolyzing resins phenolicas apud 400-700 ° C *, Dr. Yata creavit materiam quae vocatur PAS (polyene semiconductor).

Haec materia amorphous carbonaceus bene facit ut electrode in altum energiae densitatis rechargeable machinis. KaneboCo pro patentibus primis 1980s applicari conatus est et capacitores PAS capacitores et lithium-ion mercaturam facere coeperunt (lambit).

PAS capacitors prius usus est 1986 et LIC capacitors in 1991. Quamquam primaevae investigationes in meliorem efficiendi et cycli vitam electronicorum et electrolytarum feruntur,

Sed non erat donec 2010 quod Novem et al*. verum proposuit breakthrough per enucleando compositas nanostructured LTO (Lithium oxydatum titanium) et ipsum nanofibers.

Applicatio

Faciendi lithii-ion capacitores inter super capacitores et lithium batteries est, ac amplis applicationis prospectus habet. Jinpei lithium-ion capacitors ordinantur ad sequentes partes ad meliorem energiae efficientiam et efficacem usum energiae purae cognoscendam..

1. Electric vehicles: Lithium-ion capacitors adhiberi possunt ut industria repono cogitationes pro vehiculis electricis, dum summus potentiae output et celeriter crimen missione elit. Potestas additici subsidii in acceleratione et retardatione praebere potest, et vitam longiorem et altiorem salutem perficiendi quam gravidae lithio-ion traditam habet.

2. Renovabilis industria repono: Capactores Lithium-ion adhiberi possunt ad systemata energiae repositionis renovandae, sicut energia solaris et venti. Potest arguere cum industria produci superfluum, et tunc reposita industria dimittis cum industria cacumina postulant, assequendum aequabiliter et stabili copia virium.

3. Industriae applicationes: Capactores Lithium-ion adhiberi possunt in instrumento industriae automationis ad altam potentiam et brevem temporis navitatem output praebendam. Potest respondere ad onus postulata mutato, redigendum industria consummatio et sumptibus, et meliorem efficientiam ac stabilitatem armorum.

4. Virtus eget apicem onus et convallis saturitatem: Capactores Lithium-ion adhiberi possunt pro instrumento industriae repono pro potentia eget apicem oneris et vallis impletionem adaequare copiam et relationem eget potentiae poscere. Potest industriam in summo postulatio malesuada euismod dimittere, redigendum onus pressura in malesuada euismod, et arguere in canalibus adaquare, usus cheap potentiae opibus.

5. Domum et commercial navitas systemata repono: Lithium-ion capacitors adhiberi possunt ut pars domus et energiae commercialis systemata ad reponendos excessus electricae energiae ad casus. Potest providere potentia reliable tergum, redigendum dependentia traditional potestate grids, et amplio industria efficientiam.

Faq

What are the applications of lithium-ion capacitors?

Lithium-ion capacitors are widely used in electric vehicles, renewable energy systems, industrial automation, power grid energy storage, and home or commercial energy storage solutions. Their high power density, fast charging capability, dum exolvuntur vita, and excellent safety make them suitable for a variety of energy storage applications.

How are lithium-ion capacitors used in electric vehicles?

In electric vehicles, lithium-ion capacitors serve as auxiliary energy storage devices, providing high power output and rapid charge-discharge performance. They support acceleration and regenerative braking, while offering longer service life and enhanced safety compared to conventional lithium-ion batteries.

Can lithium-ion capacitors be used for renewable energy storage?

Ita. Lithium-ion capacitors are ideal for renewable energy storage systems such as solar and wind power installations. They store excess energy generated during peak production periods and release it when demand increases, helping maintain a stable and reliable energy supply.

What benefits do lithium-ion capacitors provide in industrial applications?

In industrial automation and manufacturing equipment, lithium-ion capacitors deliver high power output over short periods and respond quickly to fluctuating load demands. This helps improve equipment efficiency, reduce energy consumption, lower operating costs, and enhance system reliability.

How do lithium-ion capacitors support power grid peak shaving and valley filling?

Lithium-ion capacitors can be integrated into grid-scale energy storage systems to balance electricity supply and demand. They discharge energy during peak consumption periods to reduce grid stress and recharge during off-peak hours when electricity costs are lower, improving overall grid stability and efficiency.

Are lithium-ion capacitors suitable for home and commercial energy storage systems?

Ita. Lithium-ion capacitors can be used in residential and commercial energy storage systems to store surplus electricity for backup power and emergency use. They help reduce reliance on the utility grid, improve energy utilization, and provide a dependable power supply when needed.