Welcome to Shenzhen QH JinYMC Energy Storage Co.,Ltd.
Hotline: 191 6884 1919
Welcome to Shenzhen QH JinYMC Energy Storage Co.,Ltd.
Hotline: 191 6884 1919
| Brands | JINMCN |
| Capacity | 4.7F |
| Pressure resistance | 5.5V |
| Size | 20.5*10.5*27 |
| Lifespan | ≥500000 times |
Capacity:4.7F
Pressure resistance:5.5V
I. Application scope
Energy storage systems, hybrid vehicles, rail transportation, heavy machinery, wind turbine pitch, etc.
II. Performance characteristics
Rated voltage: 5.5V
Surge voltage: 5.6V
Capacity range: 4.7F~5F
Operating temperature range: -40°C~+ 65°C
Product life: Normal temperature cycle life: 500,000 cycles at 25C with constant current using capacitor between specification voltage and semi-locked voltage. Capacity decay: 30%, internal resistance change s3 times
High temperature endurance life: at +65C. 1000 hours at +65C. The capacitance decreases ≤ 30% and the internal resistance changes ≤ 3 times.
III. Product Introduction
Supercapacitors have hundreds of times longer life than electrochemical batteries and do not require maintenance, so the total cost of supercapacitors applied to electric vehicles is much lower than that of electric vehicles with general electrochemical batteries. The largest investment is in hybrid electric vehicles. Hybrid electric vehicles are applied supercapacitors to supplement the power, and at the same time, supercapacitors are applied to store the energy generated during braking. Therefore, electric vehicles have the advantages of fast start, fast acceleration and strong hill climbing ability after applying supercapacitors. Meanwhile, due to the characteristics of supercapacitors, they are widely used in the fields of industry, communication, apparatus and transportation.
V. Product Advantages
Supercapacitor module has the following advantages.
1、High electric capacity: The capacity of super capacitor can reach up to thousand farads, which is thousands of times higher than the capacity of tantalum electrolytic capacitor and aluminum electrolytic capacitor of the same volume.
2、Long life of super capacitor module (100,000 times of charging); short life of lead-acid battery (500 times of charging), easy to damage and difficult to manage, 20-200 times of lead-acid battery can share the same fate with the equipment.
3、Short charging time: Supercapacitor adopts high current for charging and can be fully charged quickly in seconds to minutes, while the battery needs several minutes even for fast charging, and frequent fast charging will also affect the battery life.
4、High charging and discharging efficiency of super capacitor module (98%); low charging and discharging efficiency of lead-acid battery (70%).
5、The power density of super capacitor module is high (10.000W/kg); the power density of lead-acid battery is low (300W/kg), which is more than 30 times different.
6、Supercapacitor module is completely maintenance-free, working temperature range (-40~50); lead-acid battery electric vehicle range at -40℃ is reduced by 90%, while supercapacitor is only reduced by 10%.
7、Super capacitor module has strong energy recovery in electric bus, emergency braking energy recovery is up to 75%; lead-acid battery energy recovery is only 5%, which is too important for public bus and can save a lot of fuel.
8、The relative cost of super capacitor module is low. The price of super capacitor is twice as high as that of lead-acid battery, and the price will drop after mass production; however, the life of super capacitor is 10 times higher than that of lead-acid battery, which is very important for the industrialization of public buses.
9. Reliable operation, maintenance-free and environment-friendly: Supercapacitors have certain resistance to overcharge, which will not affect their work too much in a short period of time and can ensure the reliability of system operation.
Ultracapacitors should be used at rated voltage and specified operating temperature range, which should not exceed 65℃, and kept away from heat sources exceeding the operating temperature range.
l Supercapacitors should be confirmed positive/negative before use, and reverse charging is prohibited. If the positive and negative terminals are reversed, it will reduce the charging and discharging performance of the supercapacitor, and will lead to heat, leakage and rapid decay of service life.
l Clean the positive/negative terminals with a dry cloth before using the supercapacitor to avoid excessive contact resistance to reduce the performance of the supercapacitor.
l It is forbidden to put the supercapacitor into fire or high voltage heating.
l Prohibit direct contact of supercapacitors with water, oil, acid or alkali.
l Do not squeeze, spike or disassemble the supercapacitor.
l It is forbidden to short the positive/negative terminals of supercapacitors with voltage above 0.5V.
l Stop using the supercapacitors if you find any odor, discoloration, deformation or other abnormalities during use or storage.
l The electrolyte used in the supercapacitor is very volatile, so please do not disassemble the supercapacitor at will.
l Ultracapacitors should not be discarded at will, and should be disposed of according to environmental standards.
