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汽车微型马达:市场占有率分析、产业趋势/统计、2024年至2029年成长预测Automotive Micro Motor - Market Share Analysis, Industry Trends & Statistics, Growth Forecasts 2024 - 2029 |
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汽车微型马达市场规模为154.2亿美元,预计在预测期内复合年增长率为5.25%,超过199.2亿美元的净估值。
从长远来看,消费者对豪华车偏好的上升、政府积极推动电动车减少二氧化碳排放,以及无刷微马达技术的进步,都将有助于全球汽车微型马达技术的成长。马达市场快速成长。汽车微型马达可用于汽车系统,例如电动天窗和电力天线。因此,随着人均可支配收入的增加,消费者更青睐具有天窗等先进功能的车型,从而带动了汽车微型马达市场的成长。
汽车功能的进步,例如自动通风口运动使空气通过水管以避免损坏(腐蚀、散热器中的气穴)、前后镜控制以及所有细分市场的座椅调节,使汽车微型电机满足了需求及其品质生产。万宝至马达为小型电动车设计了两款马达(IS-94BZA 和 IS-92BZA)。新产品重量轻、结构紧凑、高功率、效率高。
按地区划分,亚太地区汽车微型马达市场预计将快速成长。设计更小、更有效率的马达的最新发展正在为汽车行业创造机会。此外,北美和欧洲对汽车微型马达的需求预计将激增,因为它们用于电动天窗等各种汽车应用。此外,由于其重量轻,汽车製造商的需求量很大,预计各种先进的直流无刷微型马达将引入市场。
在全球范围内,各大汽车製造商对微型马达的需求量庞大。各种应用对汽车零件的需求正在稳步增长。对直流和有刷微型马达的需求正在推动市场上各种微型马达的采用。汽车座椅配备微型电机,增强按摩功能。 ORVM、电动车窗等是采用率较高的微型马达的主要使用案例。因此,随着智慧技术在汽车领域的扩展,需求似乎变得更加有效。
主要製造商正在专注于生产功耗更低的直流微马达。直流微马达因其响应时间快、启动功率高而普遍成为汽车领域的首选产品。此外,各种标准电压的可用性和易于安装的机制也导致对该产品的需求增加。未来几年,无刷直流微型马达的整合和开发预计将因其降低成本的能力而受到关注。无刷微马达在挡风玻璃雨刷、电动车窗和电动座椅调节器等汽车应用中受到青睐,推动了该领域的需求。
汽车製造商在高端汽车零件中使用直流微型马达很常见。因此,SUV、MPV等豪华车需求的增加以及市场上电动车采用率的上升预计将对汽车微型马达市场的快速成长做出积极贡献。 2022年,全球豪华车总数将达19万辆,2021年为15.5万辆。随着先进高阶车型的上市,直流微马达市场的需求预计将在预测期内快速成长。
亚太地区都市化的提高和消费者人均可支配收入的增加正在推动豪华汽车市场的成长,导致汽车中电动天窗等多种零件的使用,从而导致对微型马达的需求增加。电动车在印度和中国的日益普及也推动了对用于提高客户便利性的各种部件的微型马达的需求,例如电动车窗和电动座椅调节器。
近年来,由于生产成本低廉,中国等国家的汽车产量大幅增加。此外,中国也是最大的汽车及汽车零件出口国之一。该地区汽车产量的增加预计将提振该地区小客车的需求,进而预计将对汽车微型马达的成长产生正面影响。根据国际能源总署(IEA)预测,2022年中国电动车销量将达600万辆,而2021年为330万辆,2021年至2022年年与前一年同期比较率为81.8%。由于电动车行业的光明前景以及消费者对奢侈品偏好的变化,亚太汽车微型马达市场预计将快速成长。
日本是预计推动亚太地区成长的主要企业的所在地,包括日本电产株式会社、万宝至汽车公司和三叶株式会社。此外,印度和东协等新兴国家被认为对微特电机有全球需求。
由于生态系统中存在各种国际和国内参与企业,微型马达市场适度分散且竞争激烈。主要企业包括布勒电机有限公司、Constar MicroMotor、德昌电机控股有限公司、三叶株式会社、日本电产株式会社、万宝至电机、Maxon Motors 和 Assun Motor。这些公司拥有强大的研发能力,可以满足全球需求。此外,广泛的供应链和分销网络帮助这些公司在市场上获得吸引力。
2023 年 4 月,本田奖励2022 年品质和交付卓越公司。该公司表示,三叶公司是主要供应商,因为该汽车製造商致力于在 2022 年扩大製造能力。
2022年10月,微型马达和小型电动马达製造商万宝至马达宣布了一项标准化其製造流程的策略,同时引入「五地区管理结构」以进行全球扩张。该公司的目标是扩大其在全部区域的微型马达和小型马达的生产能力。
随着市场技术的快速进步,各种先进的无刷直流微型马达不断推出,加剧了产业的竞争。
The automotive micromotors market is valued at USD 15.42 billion and is anticipated to surpass a net valuation of USD 19.92 billion, registering a CAGR growth of 5.25% over the forecast period.
Over the long term, the consumers' increasing preference towards availing luxury cars, the government's aggressive focus on promoting electric vehicles to reduce carbon emissions, and advancement in brushless micromotors technology are contributing to the surging growth of the automotive micromotors market all over the world. Automotive micromotors find their potential use case in automotive systems such as electric sunroofs and power antennae, among other components. Therefore, with the rise in per-capita disposable income, consumers are increasingly preferring to avail of vehicle models that possess advanced features such as a sunroof, which, in turn, is aiding the growth of the automotive micromotors market.
Advancements in automotive features, such as automatic air vent movement for passing air in water distribution pipes to avoid damage (corrosion, air pockets in radiators), front and rear mirror control, and seat adjustments in all segments, are driving the demand for automotive micromotors and their mass production. Mabuchi Motor designed two motors (IS-94BZA and IS-92BZA) for light electric vehicles. The new products achieve lightweight, compactness, high output, and high efficiency.
Based on geography, the Asia-Pacific region is anticipated to be the fastest-growing market for automotive micromotors, owing to the increased demand for electric vehicles and consumer's shifting preference towards availing luxury and premium cars such as sports utility vehicles (SUVs). The recent developments in designing compact and high-efficiency motors have created opportunities in the automobile industry. The demand for automotive micromotors in the North American and the European region is also expected to showcase surging growth due to their usage in various automotive applications, such as electric sunroofs. Further, the market is expected to witness the launch of various advanced DC brushless micromotors owing to their lightweight capability, which is in heavy demand by auto manufacturers.
Globally, micromotors are witnessing extreme demand from key automotive manufacturers. The demand for automotive parts and components is growing steadily for various applications. The demand for DC and brushed micromotors is driving the adoption of different micromotors in the market. Automotive seats are now offered with micromotors to enhance massager capabilities. ORVM, power windows, etc., are some of the key use cases of micromotors witnessing higher adoption rates. Thus, demand seems much more effective with the expansion of smart technologies in the automotive sector.
Key manufacturers are much more inclined toward manufacturing DC micro-motors that consume minimal power than their counterparts. DC micromotors are generally the preferred product in the automotive domain as they provide faster response time and have high startup power. Further, its availability in various standard voltage and simpler installation mechanisms leads to the increasing demand for the product. In the coming years, the integration and development of brushless DC micro motors are expected to gain traction due to their cost-saving capability. Brushless micromotors are preferred in automotive applications such as windshield wipers, power windows, and power seat adjusters, which is fostering the demand for this segment.
The usage of DC micro-motors in luxury vehicle components is common among auto manufacturers. Therefore, the increasing demand for luxury cars such as SUVs and MPVs, coupled with the rising adoption rate of electric vehicles in the market, is anticipated to positively contribute to the surging growth of the automotive micro motors market. In 2022, the overall volume of luxury cars worldwide touched 190 thousand units, compared to 155 thousand units in 2021. With the launch of advanced luxury models in the market, the demand for the DC micromotors segment is anticipated to witness surging growth during the forecast period.
The rising urbanization rate, coupled with the growing per capita disposable income of consumers in the Asia-Pacific region, is fostering the growth of the luxury vehicles market, which, in turn, is leading to the increased demand for automotive micromotors owing to its usage in several components such as electric sunroof. Coupled with that, the rising adoption of electric vehicles in India and China is also driving the demand for micromotors due to their use case in various components such as power windows, power seat adjusters, etc., which assists in enhancing the convenience of customers.
In recent years, due to the low production costs in countries such as China, vehicle production has gone up substantially. Moreover, China is also one of the largest exporters of automobiles and automotive components. Increasing car production in the region is expected to boost the demand for passenger cars in the region, which in turn is expected to positively impact the growth of automotive micromotors. According to the International Energy Agency, electric vehicle sales in China touched 6 million units in 2022, compared to 3.3 million units in 2021, representing a Y-o-Y growth of 81.8% between 2021 and 2022. With the positive outlook of the electric vehicle industry and the consumers's shifting preference towards availing luxury products in their vehicles, the automotive micromotors market in the Asia-Pacific region is anticipated to witness surging growth.
In addition, Japan is anticipated to hold future lucrative opportunities after China in Asia-Pacific; Japan is well equipped with key players, including Nidec Corporation, Mabuchi Motors, and Mitsuba Corporation, which are expected to boost growth in the region. Moreover, emerging economies, including India and ASEAN, are further evaluated to have the demand for micromotors globally.
The micromotors market is moderately fragmented and highly competitive due to the presence of various international and domestic players operating in the ecosystem. Some of the major players include Buhler Motor GmbH, Constar MicroMotor, Johnson Electric Holdings Limited, Mitsuba Corporation, Nidec Corporation, Mabuchi Motor, Maxon Motors, and Assun Motor, among others. These companies have robust R&D capabilities to cater to the global demand. In addition, an extensive supply chain and distribution network help these businesses gain traction in the market.
In April 2023, Honda honored Mitsuba Corporation, a manufacturing company specializing in motors and micromotors, among other parts and components, for excellence in quality and delivery for the year 2022. The company stated that Mitsuba Corporation had been an instrumental supplier in 2022, which helped the auto manufacturer to focus on expanding its manufacturing capacity.
In October 2022, Mabuchi Motor, a micromotor, and small electric motor manufacturing company, announced its strategy to implement a "Five Region Management Structure" for its global expansion while standardizing its manufacturing process. The company aims to expand its manufacturing capacity of micro motors and small electric motors across the ASEAN region.
The market is expected to witness the launch of various advanced brushless DC micromotors with the rapid advancement in technology as the players try to gain a competitive edge in the industry.