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超级电容市场 - 2024 年至 2029 年预测Supercapacitor Market - Forecasts from 2024 to 2029 |
超级电容市场预计复合年增长率为14.76%,市场规模从2024年的14.026亿美元增至2029年的27.9129亿美元。
超级电容是比传统电容器具有更低电压范围和更高电容值的电子设备。电容器既可以用作电容器,也可以用作电池,但它们有助于填补两者之间的空白。它们还可以比标准电容器储存更多的能量,并且可以比传统电池提供更多的电力。它们的长循环寿命稳定性使这些设备作为能源储存单元具有优势。这些属性已经找到了多种应用,既可以作为独立能源来源,也可以与其他储能设备(例如行动电话电池)整合。
此外,超级电容经常用于具有不同负载的设备,例如笔记型电脑、PDA、GPS 和可携式媒体播放机。超级电容也用于微电网,以便在需求高而产量低时快速注入电力,同时在不利条件下储存能量。此外,它在能源采集解决方案、汽车、航太和工业领域也受到高度重视。
近年来,穿戴式装置、笔记型电脑、智慧型手机等各类消费性电子产品销售量大幅成长。这些复杂的设备正在增加对产生大量电力的快速充电功能的需求,最终导致更快的能源储存解决方案。优选电容器来满足这些需求。电容器具有较长的使用寿命并产生大量电力,使其成为提高设备性能的理想选择。另外,它可以快速充电。此外,电子产品生产的快速放缓和技术趋势迫使公司转向超级电容,将其作为该领域良好、可行且有效的能源储存选择。因此,电子市场持续消耗超级电容,导致整体产业成长。
超级电容市场的地域展望
由于中国的目标是到2060年实现碳中和,因此中国的超级电容需求预计将在很长一段时间内以全球最快的速度成长。由于电动车等下游市场的需求不断增长,超级电容在中国的市场占有率将继续增加。近期进入市场的企业都得到了政府政策的支持。此外,交通运输是支撑日本经济的重要基础设施之一,并随着其他产业的发展而发展。日本也使用大型超级电容。一栋商业建筑安装了 4MW 系统,以在高峰需求期间卸载负载并减少电网消耗。
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The supercapacitors market is expected to grow at a CAGR of 14.76%, reaching a market size of US$2,791.290 million in 2029 from US$1,402.600 million in 2024.
Supercapacitors are electronic devices with less conventional voltage ranges and higher capacitance values. While they can serve both capacities and batteries, they help fill the void between them. They can also store more energy than a standard capacitor and render more power than conventional batteries can supply. Their long cycle life stability features make these devices lucrative as energy storage units. Because of these qualities, they find different uses as independent energy sources or integrated with other power storage devices like cell phone batteries.
Moreover, supercapacitors are frequently utilized in devices with variable loads, including laptops, PDAs, GPS, and portable media players. They are also used in microgrids to store energy in reverse conditions while quickly injecting power whenever demand is high and production is low in the grids. Furthermore, they appreciate it in energy harvesting solutions, automotive, aerospace, and industrial segments.
The last couple of years have marked a tremendous increase in the sales of various consumer electronics such as wearables, laptops, or smartphones. These sophisticated devices result in an increasing demand for fast charging capability that will produce large amounts of power, eventually leading to faster energy storage solutions. Capacitors are preferred to cater to these needs. This is because they have a long working life span and produce much power, making them ideal for device performance improvements. Plus, they can be charged very quickly. Moreover, with the trend toward rapid slowdown and technology in electronics production, firms are being forced to look into supercapacitors as viable, effective energy-storing options, which are good in this area. Therefore, there is continued supercapacitor consumption in the electronics market, resulting in the growth of the whole industry.
Supercapacitors Market Geographical Outlook
To meet the carbon neutrality targets by 2060, China's supercapacitor demand is predicted to grow at one of the fastest rates in the world for an extended period. Supercapacitors would continue to gain market share in China due to the growing demand in downstream markets like electric cars. Recent entrants into the market have received backing from government policies. Moreover, transportation is one of the significant infrastructures that supported the Japanese economy and grew alongside the growth of other industries. In Japan, big supercapacitors are also used; commercial buildings have an installation of 4 MW systems to help lessen loading and reduce grid consumption during peak demand times.
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