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市场调查报告书
商品编码
1273293
到 2028 年的薄膜电池和印刷电池市场预测——按类型、容量、电压、可充电性、应用和地区进行的全球分析Thin Film and Printed Battery Market Forecasts to 2028 - Global Analysis By Type, Capacity, Voltage, Rechargeability, Application and By Geography |
根据 Stratistics MRC 的数据,2022 年全球薄膜和印刷电池市场规模将达到 1.4844 亿美元,预计到 2028 年将达到 5.8555 亿美元。预计复合年增长率为期间为 25.7%。
薄膜电池重量轻、柔韧且保质期长,柔性电池组可以放入任何形状或尺寸的产品中。 由于电子产品成本低、使用移动通信和互联网等方便,以及所有社会经济阶层以合理的价格广泛使用,对电子产品的需求在过去几年显着增长。 移动电话、笔记本电脑、相机、计算器等都是电子设备的示例。
根据 Cisco Systems 的数据,智能手錶的出货量预计到 2020 年将超过 1 亿台,从而推动增长。
随着手机、手錶和医疗设备变得越来越小,对小型化电子设备零件的需求越来越大。 世界各地正在开发各种微型电子系统和设备。 由于传统电池难以使电子设备小型化,因此对小型轻量化印刷柔性电池的需求越来越大。 由微型电池供电的医疗设备也将首次推向市场。 可穿戴设备需要采用轻薄的电池。
用于製造印刷柔性电池的专有技术因製造商而异,并根据製造商标准而有所不同。 这些电池专为特定电子设备设计,因此在其他设备中使用它们会产生兼容性问题。 因此,在开发电池时缺乏可遵循的标准是印刷柔性电池市场扩张的製约因素。
随着物联网和无线传感器技术的进步,无线传感器的使用正在全球范围内迅速发展。 薄膜电池和印刷电池等能量收集技术正迅速成为嵌入式系统的电力传输选项,从而使无线传感器能够在以前未开发的应用中使用。 微型电池由于其出色的外形尺寸、超薄和低洩漏特性而能够实现能量收集。 随着越来越多地引入具有能量收集功能的自主无线传感器,薄膜和印刷电池的市场有望增长。
需要深入考虑固体电解质、软集电器、电极材料和完整的锂离子电池组件。 因此,我们正在进行薄膜锂离子电池和印刷柔性锂离子电池的基本理解和模拟研究。 此外,正在开展研究以评估这些电池的可靠性和性能,而使用当前最先进的技术无法轻易对其进行研究。 因此,薄膜锂离子电池的製造复杂性是市场扩张的主要障碍。
随着消费电子设备和能量收集应用对薄膜和印刷电池的采用增加,推动市场增长,薄膜电池和印刷电池市场预计将显着增长。 由于 COVID-19,大流行将对企业和全球经济造成严重破坏,预计这将限制供应炼和薄膜和印刷电池的采用,以及对薄膜和印刷电池的期望各种应用。增长预计将放缓。
估计 <10 mAh 部分将有良好的增长。 容量小于 10mAh 的电池常用于医疗植入物、美容贴片、物联网设备、MEMS、CMOS 存储器和其他低耗电设备。 由于体积小,这些设备的内部空间有限。 由于体积小,这些设备内部空间有限,可以使用低容量电池供电。 在预测期内,对用于各种应用的薄膜和印刷电池的需求不断增加,预计将推动 10mAh 以下类别的发展。
由于在消费电子产品和其他小家电中的广泛应用,低于 1.5V 的部分预计在预测期内将以最高复合年增长率增长。 预计这一趋势在未来几年将持续下去,因为世界各地的着名製造商将继续进行研发工作,以使这些电池更小、更可靠和更稳定。。 使用电池为助听器、无线键盘和鼠标、门铃和无线安全系统供电也是该行业快速发展的根本原因。
预计在预测期内,北美将占据最大的市场份额。 薄膜电池由于尺寸较小而受到美国和加拿大客户的欢迎,这使得它们在智能手錶和健康监测小工具等可穿戴设备中更有用。 此外,该地区医疗电子设备使用量的增长也是推动该市场发展的主要因素。 该行业的许多主要製造商都位于北美,例如 Blue Spark Technologies、Ultralife Corporation 和 Brightvolts Inc。
预计亚太地区在预测期内的复合年增长率最高。 这一需求的主要驱动力预计将在整个 2020 年增加中国和日本的可穿戴电子产品和医疗电子产品(如助听器和呼吸器)的销量。 此外,无线传感器网络、遥控器和智能卡等消费电子设备越来越多地采用印刷电池技术也将推动这一市场的增长。
2020 年 3 月,Enfucell 最近发布了一款新产品,即可穿戴温度标籤。 该标籤基于NFC、智能温度传感器和SoftBattery(印刷纸电池)的组合技术。
2019 年 8 月,Imprint Energy 宣布扩大提供超薄、安全和灵活的印刷电池开发套件。 该电池组为短距离或长距离通信提供动力,特别是与低功耗蓝牙和其他标准相结合,并与 Semtech 的 LoRa 设备集成,用于低功耗广域网 (LPWAN) 物联网,旨在为设备供电。
According to Stratistics MRC, the Global Thin Film and Printed Battery Market is accounted for $148.44 million in 2022 and is expected to reach $585.55 million by 2028 growing at a CAGR of 25.7% during the forecast period. Thin Film batteries are lightweight, flexible, have a longer shelf life, and flexible battery packs can be put to any shape or size product. The demand for electronic gadgets has grown significantly over the years due to their low cost, the convenience they give, such as mobile communication and internet access, and their widespread availability in all socioeconomic classes at reasonable costs. Mobile phones, laptop computers, cameras, and calculators are examples of electronic devices.
According to Cisco Systems, the shipments of smart watches worldwide are forecasted to surpass 100 million in 2020, consequently encouraging the growth.
The ongoing miniaturisation of gadgets such as mobile phones, watches, and medical devices has resulted in an increase in demand for miniaturised electronic device components. Various tiny electronic systems and devices are being developed around the world. Because conventional batteries make it difficult to reduce the size of electronic gadgets, there is a rising demand for compact and lightweight printed flexible batteries. Implantable and wearable medical gadgets can only reach the market if miniaturised batteries are utilised to power them. To be integrated with wearable devices, these batteries must be both thin and lightweight.
The proprietary technology utilised to make printed flexible batteries range from one manufacturer to the next dependent on the manufacturer's criteria. These batteries are designed specifically for certain electronic devices, resulting in compatibility concerns when used with other devices. As a result, the lack of standards to follow during battery development works as a constraint on the expansion of the printed flexible battery market.
Because of improvements in IoT and wireless sensor technology, wireless sensors are being rapidly utilised all over the world. Energy harvesting technologies such as thin film and printed flexible batteries are rapidly emerging as a viable power supply option for embedded systems, enabling the use of wireless sensors in previously untapped applications. Micro batteries offer energy harvesting due to their superior form factors, ultra-thin profile, and low leakage characteristics. The growing deployment of energy harvesting-based autonomous wireless sensors is predicted to drive growth in the thin film and printed battery markets.
It necessitates a meticulous examination of solid-state electrolytes, soft current collectors, electrode materials, and complete lithium-ion battery cell assemblies. Studies are being conducted to gain a fundamental understanding and simulation of totally thin film and printed flexible lithium-ion batteries. Furthermore, research is being conducted to assess the reliability and performance of these batteries, which are not easily, investigated utilising current cutting-edge technology. As a result, the fabrication complexity of thin film lithium-ion batteries is a significant barrier to market expansion.
The thin film and printed battery market was subject to significant growth owing to the increased adoption of thin film and printed batteries in consumer electronics and energy harvesting applications, which were driving the growth of the market. As a result of COVID-19, the expected growth of thin film and printed batteries across different applications is expected to decline as the pandemic is expected to restrict the supply chain and adoption of thin film and printed batteries owing to severe disruptions in businesses and the global economy.
The below 10 mAh segment is estimated to have a lucrative growth. Batteries with capacities less than 10 mAh are commonly used in medical implants, cosmetic patches, Internet of Things devices, MEMS, CMOS memory, and other low-drain devices. Because these devices are small, they have a limited amount of internal space. They can be powered by low-capacity batteries. Increasing demand for thin film and printed batteries for usage in various applications is likely to drive development in the below 10 mAh category during the forecast period.
The below 1.5 V segment is anticipated to witness the highest CAGR growth during the forecast period, due to its wide applications in consumer electronic gadgets and other small home appliances. The trend is projected to continue in the coming years as a result of ongoing R&D efforts by prominent manufacturers around the world to make these batteries even more small, reliable, and stable while remaining affordable. The fundamental driving reason that will drive this industry's development rate is the usage of batteries as a power source for hearing aids, wireless keyboards and mice, door bells, and wireless security systems.
North America is projected to hold the largest market share during the forecast period. Thin film batteries, due to their reduced size, are highly useful in wearable devices such as smart watches and health monitoring gadgets, which are popular among customers in the United States and Canada. Furthermore, increased usage of medical electronic devices in the region is another significant factor driving the development of this market. Many key manufacturers in this industry are situated in North America, including Blue Spark Technologies, Ultralife Corporation, and Brightvolts Inc.
Asia Pacific is projected to have the highest CAGR over the forecast period. The demand is primarily driven by predicted growth in sales of wearable electronics and medical electronic devices such as hearing aids and respiratory aids in China and Japan throughout 2020. Furthermore, the increased implementation of printed battery technology in consumer electronics like as wireless sensor networks, remote controls, and smart cards will drive the growth of this market.
Some of the key players profiled in the Thin Film and Printed Battery Market include: Brightvolt Inc., Blue Spark Technologies, Inc., Enfucell OY Ltd., Imprint Energy, Inc., Cymbet Corporation, Inc., Panasonic Corporation, Jiangsu Enfucell Flexible Electronics Co., Ltd., STMicroelectronics, Flexel LLC, Protoflex Corporation, Jenax Inc., Excellatron Solid State LLC., NEC Energy Solutions Inc. and Ilika Plc.
In March 2020, Enfucell recently released its new product the Wearable Temperature Tag. The tag is based on a combined technology of NFC, intelligent temperature sensor, and SoftBattery (printed paper batteries).
In August 2019, Imprint Energy announced the expanded availability of its developer's kit for its ultrathin, safe, flexible, printed batteries. The batteries pack the power to communicate over short or long distances, and were especially designed to power IoT devices integrated with Semtech's LoRa devices for low power wide area networks (LPWAN), as well as working with Bluetooth Low Energy and other standards.