Consulting phone：
135-3037-2041
(Mr.Wang)
Consulting phone：
135-3037-2041
(Mr.Wang)
Contact: Mr. Wang
Wob: 13530372041
Tel: 0755-26607151
Email: Jim@sznovelty.cn
Web： en.szsyky.cn
Add: Fudali 302, No. 8, Shuitian Hongxing Road, Bao'an District, Shenzhen
Product introduction:
As a new type of energy storage device, lithium-ion capacitor has the advantages of high power density, high electrostatic capacity and long cycle life, and is expected to be widely used in new energy vehicles, solar energy, wind energy and other fields. Its working principle is different from that of lithium-ion batteries and supercapacitors. Advantages of lithium-ion capacitor compared with lithium-ion battery and supercapacitor
Main parameters:
serial number | Characteristics | numerical value |
1 | Characteristics | 38000F/18Ah±5% |
2 | upper limit voltage | 4.2V |
3 | Lower limit voltage | 2.5V |
4 | DC internal resistance (10ms) | ≤0.6mΩ |
5 | Standard charging current | 54A(3C) |
6 | Fast charge current | 180A(10C) |
7 | Rated discharge current | 54A(3C) |
8 | Continuous discharge current | 540A(30C) |
9 | Discharge duration | 120S |
10 | temperature rise | 50±5℃ |
11 | safety | Refer GB/T 31485-2015 "Safety Requirements and Test Methods for Power Batteries for Electric Vehicles" |
12 | Charge and discharge temperature range | -40~85℃ |
13 | Storage temperature range | -40~55℃ |
14 | Fast charge cycle life (@25 ± 2 ℃ ) | ≥3 万次(10C) |
15 | Slow charge cycle life | ≥5 万次(1C) |
16 | weight | ≤800g |
17 | Dimensions (diameter D × height H) | Φ60mm×140mm |
Product display:
Product size:
Product packaging:
Comparison of capacity, voltage and self-discharge
The energy density of lithium-ion capacitor is lower than that of lithium-ion battery, but its output density is high; The energy density of monomer volume is 10~15Wh/L, which is much larger than the capacity of 2~8Wh/L of double-layer capacitor, and twice that of the latter.
In terms of voltage, the voltage of lithium-ion capacitor can reach 4V, which is similar to that of lithium-ion battery, but much higher than that of double-layer capacitor. At the same time, it is smaller than both in terms of self-discharge.
Security
The cathode of lithium-ion battery uses lithium oxide, which not only contains a large amount of lithium to form lithium dendrites and pierce the diaphragm, but also contains oxygen, an important element of ignition. Once the battery is short-circuited, it can develop into a whole thermal decomposition, and react with the electrolyte to cause combustion. The positive pole of the lithium-ion capacitor is activated carbon. Even if the internal short circuit will react with the negative pole, it will not react with the electrolyte. In theory, it will be much safer than the lithium battery.
Long service life
In order to achieve a long life, lithium-ion batteries have a certain range of limits on their charging and discharging depth, which reduces the capacity that can be used in essence. The charging and discharging principle of double-layer capacitors has a long life simply by adsorbing or removing ions from the electrolyte, which is difficult to extend the actual life. However, even if the positive electrode potential of the lithium-ion capacitor is reduced, the voltage of the unit itself will not drop significantly, so the capacity can be guaranteed.
High temperature resistance
Under high temperature conditions, the electrolyte and positive electrode are prone to oxidative decomposition. Therefore, it may be necessary to reduce the potential of the positive electrode under high temperature conditions, but under the condition of potential reduction, the overall voltage of the double-layer capacitor will drop, and the capacity cannot be guaranteed. However, lithium-ion batteries cannot be depressurized, which is easy to cause safety problems. Only lithium-ion capacitors can be used at the position where the positive potential is far away from the oxidation decomposition area, so the high temperature performance is excellent.
Application and industrialization status of lithium ion capacitors
The upstream of lithium ion capacitor industry mainly includes: positive and negative electrode raw materials, electrolyte, diaphragm, perforated fluid collector and simple metal lithium electrode; The midstream mainly includes lithium-ion capacitor monomer of various shapes and specifications, and lithium-ion capacitor monomer system integration module; Downstream is mainly the application demand of the terminal market. At present, the Japanese market is initially open, and will be expanded in the international market, such as wind power generation, LED street lighting, solar power generation and hybrid electric vehicles. Typical application fields: applicable to power type power supply system fields such as passenger car energy storage, passenger car start and stop, smart grid, port and heavy machinery, standby power supply, etc.
Low temperature discharge performance test:
Charging and discharging performance test:
放电性能测试：
超级电容的优点：
超级电容器电池是将超级电容器与锂离子电池混合而成的新型大功率动力电池。它的一个电极是超级电容器的活性炭电极，一个电极是锂离子电池电极！他具有以下优点：
1.具有法拉级的超大电容，比普通电容器大得多。
2.超大功率，可以立即释放的功率是普通电池的近十倍，并且不会轻易损坏。
3.充电和放电循环寿命超过30000-100,000次，这是最大的优势之一。传统电池只能充电和放电数百次。
4.具有超强的电荷保持能力，漏电很小，传统电池需要经常充电以保持状态。
5.快充快放，快充慢放，慢充快放，充电速度是普通电池的数十倍，并且可以在几分钟内为汽车所需的电量充满电。
6.超安全性不爆炸（针刺、挤压、冲击、燃烧）、可以在-40℃+85℃的环境温度下正常使用，在低温下传统电池的性能会大大降低。
7.它不会对环境本身造成污染，并且长期免维护，而传统电池仍然受到污染，可单独使用或与其它储能产品符合使用。
