When the market outlook <br> <br> Although the lithium-ion capacitor, with its advantages of miniaturization and have a certain appeal on the added value, but the price is a bit too high main obstacle hindering wider use of limited capacity in the overall market It is necessary to reduce the price. On the other hand, the price of its competitive products, electric double layer capacitors, is declining. It will take some time to reach the price level equivalent to an electric double layer capacitor. However, all manufacturers believe that as long as the official mass production, the price can be equal to the double layer capacitors.
In mass production, materials are very important to ensure the stability of battery quality. In this regard, double-layer capacitor manufacturers have also been working hard, and lithium-ion capacitors have also been able to catch up overnight. It seems that there will be a gap between the two.
Authoritative departments at home and abroad expect that the marketization of LiC may occur from 2012 to 2013.
In the LiC market, eight companies in Japan plan to participate. It is expected that the mass production system will be further improved in the future. LiC manufacturers are aiming for demand for Idling Stop. European car makers are also actively taking measures and it is expected that demand will be clearly demonstrated in 2012-13. However, Yano's economic analysis believes that both the LiC and the original electric double-layer capacitors will be tested in the future for their characteristics and pricing. On the other hand, automotive manufacturers have always placed high expectations on large-capacity capacitors in terms of renewable energy storage and instantaneous power supply applications.
In addition, experts also predict that large-capacity capacitors will be used in large quantities as ancillary and backup power sources generated in conjunction with the electronization of automobiles, and power generation equalization equipment for natural energy power generation such as solar power generation. The use of transient voltage drop compensation devices, UPS, and storage of railroad renewable energy is also worth looking forward to, and can also be used as a power source for various emergency power supplies and small portable devices.
Due to the good reusability of the LIC, the trouble of replacement and maintenance is reduced, and it is expected to be applied to outdoor renewable energy storage systems. At present, LED lighting equipment manufacturers are developing lighting fixtures consisting of one unit of Premlis, solar panels, and LEDs, and trial products have been installed in Miyazaki Prefecture, Japan. Some parts of the Kyushu region in Japan are also exploring the feasibility of using such lighting fixtures. This kind of lighting equipment was produced on a prototype production line in 2008 and a mass production system was established in fiscal 2009. The mass production was started in 2010 by establishing a supply system of 20,000 products per month.
Trends <br> <br> lithium ion capacitor as a new high-power components beginning of this century came out, although the launch time is not long, but the momentum of rapid development, applications are expanding, growing market demand. Its development trend is mainly manifested in the following aspects:
1. Lithium-Ion Capacitors are derivatives of electric double-layer capacitors, and their performance is more superior. In the future, competition and replacement of supercapacitors will be directly formed, and the prospects are infinitely bright.
2. The research and development of lithium ion capacitors is mainly concentrated in Japan, and has formed several companies that are capable of industrialization. The application market will first start abroad.
3. The overall R&D of China's lithium-ion capacitors is lagging behind. There are few R&D units and the results are far from being used for industrialization. It is precisely because of the small number of R&D units and the low degree of concern that preemptive starters have more opportunities. If domestic enterprises can introduce the existing domestic and foreign mature technological achievements and industrialize them, they will obtain first-mover advantage.
4. Double-layer capacitors are currently emerging as new types of energy storage devices in China. Lithium-ion capacitors are unlikely to be replaced in the short term.
5. Lithium ion capacitors have a wide range of applications, especially in the emerging energy fields such as wind power generation, solar street lighting, and electric vehicles. Due to the environmental characteristics of lithium ion capacitors, the combination of these industries will form the green energy of China. Effective overall.
6. According to the development process of supercapacitors, it is expected that the industrialization of lithium ion capacitors in the international market will start in 2011, and the domestic market will start to lag for 3-5 years.
In mass production, materials are very important to ensure the stability of battery quality. In this regard, double-layer capacitor manufacturers have also been working hard, and lithium-ion capacitors have also been able to catch up overnight. It seems that there will be a gap between the two.
Authoritative departments at home and abroad expect that the marketization of LiC may occur from 2012 to 2013.
In the LiC market, eight companies in Japan plan to participate. It is expected that the mass production system will be further improved in the future. LiC manufacturers are aiming for demand for Idling Stop. European car makers are also actively taking measures and it is expected that demand will be clearly demonstrated in 2012-13. However, Yano's economic analysis believes that both the LiC and the original electric double-layer capacitors will be tested in the future for their characteristics and pricing. On the other hand, automotive manufacturers have always placed high expectations on large-capacity capacitors in terms of renewable energy storage and instantaneous power supply applications.
In addition, experts also predict that large-capacity capacitors will be used in large quantities as ancillary and backup power sources generated in conjunction with the electronization of automobiles, and power generation equalization equipment for natural energy power generation such as solar power generation. The use of transient voltage drop compensation devices, UPS, and storage of railroad renewable energy is also worth looking forward to, and can also be used as a power source for various emergency power supplies and small portable devices.
Due to the good reusability of the LIC, the trouble of replacement and maintenance is reduced, and it is expected to be applied to outdoor renewable energy storage systems. At present, LED lighting equipment manufacturers are developing lighting fixtures consisting of one unit of Premlis, solar panels, and LEDs, and trial products have been installed in Miyazaki Prefecture, Japan. Some parts of the Kyushu region in Japan are also exploring the feasibility of using such lighting fixtures. This kind of lighting equipment was produced on a prototype production line in 2008 and a mass production system was established in fiscal 2009. The mass production was started in 2010 by establishing a supply system of 20,000 products per month.
Trends <br> <br> lithium ion capacitor as a new high-power components beginning of this century came out, although the launch time is not long, but the momentum of rapid development, applications are expanding, growing market demand. Its development trend is mainly manifested in the following aspects:
1. Lithium-Ion Capacitors are derivatives of electric double-layer capacitors, and their performance is more superior. In the future, competition and replacement of supercapacitors will be directly formed, and the prospects are infinitely bright.
2. The research and development of lithium ion capacitors is mainly concentrated in Japan, and has formed several companies that are capable of industrialization. The application market will first start abroad.
3. The overall R&D of China's lithium-ion capacitors is lagging behind. There are few R&D units and the results are far from being used for industrialization. It is precisely because of the small number of R&D units and the low degree of concern that preemptive starters have more opportunities. If domestic enterprises can introduce the existing domestic and foreign mature technological achievements and industrialize them, they will obtain first-mover advantage.
4. Double-layer capacitors are currently emerging as new types of energy storage devices in China. Lithium-ion capacitors are unlikely to be replaced in the short term.
5. Lithium ion capacitors have a wide range of applications, especially in the emerging energy fields such as wind power generation, solar street lighting, and electric vehicles. Due to the environmental characteristics of lithium ion capacitors, the combination of these industries will form the green energy of China. Effective overall.
6. According to the development process of supercapacitors, it is expected that the industrialization of lithium ion capacitors in the international market will start in 2011, and the domestic market will start to lag for 3-5 years.
SHENZHEN YINZHIGUAN DIGITAL TECHNOLOGY CO.,LTD , http://www.yzgmusiccrown.com