终结续航焦虑用户不做选择题！OPPO首个万级电池手机上市

王亚静 2026-08-02 10:40

王亚静 2026/08/02 10:40

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本文核心信息是OPPO正式发布行业首个搭载7年长寿10000毫安级大电池的A7 Pro Max手机，解决AI时代手机的续航焦虑问题，干货如下

1. 当前行业趋势：AI端侧落地、大屏高刷、5G普及、用户使用时长增加，手机功耗大幅上涨，用户对长续航的需求爆发，2024年到2025年7月，6000mAh以上机型市场份额从8%涨到58%，大容量电池已经成为行业主流方向。

2. 这款产品的核心优势：解决了行业通病，通过自研球形硅碳技术，抑制膨胀延长寿命，实际可用容量超过95%，通过中国质量认证中心金标测试，7年寿命远高于行业普遍2年水平，还支持27W反向充电，远超市面普遍5-10W的反充功率，可以作为随身储电站给多台设备充电。

3. 后续进展：OPPO已经预研12000mAh电池，量产风险较低，明年即可出货。

本文为手机品牌在AI时代的产品研发、品牌建设提供了多维度干货参考，具体如下

1. 消费趋势参考：AI落地手机端侧后，整机功耗大幅上涨，用户对大电池、长寿命、高安全性的需求爆发式增长，2024到2025年，6000mAh+机型市场份额从8%升至58%，续航升级是AI时代智能手机的必然发展方向，需要提前布局。

2. 产品研发思路：OPPO坚持用户导向的“本分”研发理念，不跟风抢发偏科产品，针对市场万级电池存在膨胀、寿命短的痛点，联合供应商欣旺达历时多年打磨三代球形硅碳技术，同时搭配定制芯片和AI算法做全场景寿命管理，最终实现容量、寿命、安全的兼顾，这个思路值得品牌借鉴。

3. 品牌建设参考：不搞营销噱头，坚持做无短板产品让用户不用做选择题，更能积累用户信任，打造品牌口碑。

本文为手机卖家梳理了AI时代手机市场的新变化、新机会以及风险提示，干货如下

1. 市场增长机会：AI手机发展带动续航需求升级，大电池品类增长迅猛，仅一年多时间6000mAh+机型市场份额就从8%升至58%，万级大容量长寿命电池是接下来明确的增长风口，值得重点布局。

2. 产品推广方向：OPPO这款万级大电池解决了行业虚标、寿命短、易鼓包的痛点，还具备27W高功率反向充电功能，可以替代部分安全性存疑的随身充电宝，完美适配外卖员、快递员等高频率使用用户，也满足多设备互联用户的随身储电需求，卖点清晰受众明确。

3. 选品风险提示：早期跟风推出的万级电池普遍存在寿命短、容易鼓包的问题，选品要避开这类偏科产品，优先选择技术成熟、通过权威认证的产品，同时可以提前为明年12000mAh电池上市做布局准备。

本文为手机及电池供应链工厂提供了产业方向、产品需求和商业机会的干货参考，具体如下

1. 产品生产设计需求：AI端侧落地后，手机对大容量、长寿命、高安全的电池需求激增，早期市场上的万级电池改用硅负极后，普遍存在膨胀、循环寿命短的弊端，市场急需无短板的电池产品，对工厂的技术研发提出了更高要求。

2. 技术研发方向启示：OPPO联合欣旺达打磨出三代球形硅碳负极技术，从材料基底、微观结构到形态逐步优化，解决了传统硅碳电池膨胀、寿命短的痛点，证明人造树脂基多孔碳加球形硅碳的技术路径可行，为工厂研发指明了方向。

3. 商业机会：OPPO已经完成12000mAh电池的预研，量产风险较低，明年即可出货，接下来大容量长寿电池的量产需求会持续增长，供应链工厂可以提前布局相关技术研发，跟上终端品牌的需求节奏，抓住新一轮增长机会。

本文为消费电子相关服务商梳理了手机电池领域的行业趋势、客户痛点和发展方向，干货如下

1. 行业发展趋势：AI从云端下沉到手机端侧，推动手机电池进入大容量长寿化的升级周期，电池容量从原来5000-6000mAh的主流配置，逐步升级到6000mAh以上，万级容量是接下来的行业方向，同时电池已经从单纯的供电部件转变为随身储能中心，功能持续扩展。

2. 客户核心痛点：当前行业的核心痛点集中在三点：大容量硅负极电池容易出现膨胀、寿命缩短的问题；多数厂商为保证寿命采用锁容方案，导致标称容量虚标，实际可用容量不足；缺乏全场景的电池寿命管理方案，无法适配不同用户的使用需求。

3. 解决方案参考：行业已经摸索出球形硅碳材料+定制电池管理芯片+AI算法的组合方案，成功解决了容量、寿命、安全三者兼顾的问题，相关技术服务商可以围绕这个方向配套研发相关服务，匹配行业需求。

本文为3C数码平台商提供了品类规划、招商运营和风险规避的干货参考，具体如下

1. 品类风向判断：AI手机发展带动大电池品类高速增长，仅一年多时间6000mAh+机型的市场份额就从8%飙升至58%，万级大容量长寿电池是接下来的高增长品类，平台可以提前调整资源倾斜，规划相关品类流量。

2. 招商方向：当前用户普遍反感偏科营销产品，对无短板的大电池产品需求强烈，OPPO这款通过权威金标认证的7年寿命万级电池产品，技术成熟符合用户需求，平台可以将这类掌握核心底层技术的品牌产品作为主推，吸引用户。

3. 风险规避要点：要警惕早期技术不成熟的万级电池产品，这类产品普遍存在鼓包、寿命短、虚标的问题，容易引发售后纠纷，平台招商要注重审核产品的技术资质和权威认证，避开不合格产品，同时可以针对外卖、快递等目标用户做场景化运营，提升转化效果。

本文为智能手机和电池产业研究者提供了AI时代产业发展的新动向、新问题和技术路径参考，干货如下

1. 产业新动向：AI落地端侧后，手机电池已经不再是单纯的配置升级，而是成为AI手机落地的核心基础设施，行业需求从单一提升容量转向容量、寿命、安全、温控多维度兼顾，目前行业已经实现万级容量电池量产，下一代12000mAh电池也完成预研即将出货，产业迭代速度明显加快。

2. 产业新问题：早期大容量电池采用的普通硅负极技术，天生存在膨胀、寿命短的缺陷，行业普遍采用锁容保寿命的方案，本质是牺牲用户体验换性能，这个矛盾是当前产业需要解决的核心问题，同时终端品牌如何布局底层材料研发，也值得深入研究。

3. 技术路径参考：OPPO开创的三代球形硅碳技术加AI电池管理算法的路径，实现了容量和寿命的兼顾，为行业提供了可行的解决方案，终端品牌投入底层材料研发的重研发模式，也为产业创新提供了新的研究样本。

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Quick Summary

This article covers OPPO's official launch of the A7 Pro Max, the industry's first smartphone with a 7-year lifespan 10,000mAh-class large battery, built to address the pervasive battery anxiety plaguing users in the AI era. Key takeaways are as follows:

1. Current industry trends: With on-device AI deployment, widespread adoption of large high-refresh-rate screens and 5G, and increasing user screen time, smartphone power consumption has risen sharply, driving explosive demand for longer battery life. From 2024 to July 2025, the market share of smartphones with batteries over 6000mAh jumped from 8% to 58%, making large-capacity batteries the new industry mainstream.

2. Core advantages of this product: It solves a common industry pain point through OPPO's self-developed spherical silicon-carbon technology, which suppresses battery swelling and extends service life. The battery retains over 95% of its rated capacity after long-term use, and has passed the China Quality Certification Center's golden standard test, delivering a 7-year lifespan far exceeding the industry average of 2 years. It also supports 27W reverse charging, far outpacing the common 5-10W reverse charging power found on most devices, allowing it to act as a portable power bank for multiple devices.

3. Upcoming developments: OPPO has already completed pre-research on a 12,000mAh battery, which carries low mass production risk and is scheduled to hit the market next year.

This article offers multi-dimensional insights for smartphone brands on product R&D and brand building in the AI era, as outlined below:

1. Consumer trend insights: Following the rollout of on-device AI, overall smartphone power consumption has increased dramatically, leading to explosive consumer demand for larger-capacity, longer-life, higher-safety batteries. From 2024 to 2025, the market share of 6000mAh+ models rose from 8% to 58%, making battery life upgrade an inevitable development direction for AI-era smartphones that requires early strategic布局.

2. Product R&D strategy: OPPO adheres to a user-centric "benfen" (core mission-focused) R&D philosophy, refusing to rush under-developed half-baked products to market. To address the common pain points of swelling and short lifespan in existing 10,000mAh-class batteries, OPPO partnered with supplier Sunwoda to refine three generations of spherical silicon-carbon technology over several years, pairing it with a customized chip and AI algorithm for full-scenario battery lifespan management. The result is a product that balances capacity, lifespan and safety equally — an approach worth emulating for other brands.

3. Brand building insights: Avoiding marketing gimmicks and focusing on delivering well-rounded products that eliminate tradeoffs for users is a more reliable way to build user trust and long-term brand reputation.

This article outlines new market shifts, growth opportunities and risk warnings for smartphone sellers in the AI era, with key takeaways below:

1. Market growth opportunities: The rise of AI smartphones has driven demand for upgraded battery performance, and the large-battery product category is growing rapidly. In just over a year, the market share of 6000mAh+ models surged from 8% to 58%, making 10,000mAh-class large-capacity long-life batteries a clear upcoming growth trend worth prioritizing in inventory layout.

2. Product promotion positioning: OPPO's 10,000mAh battery solution addresses common industry flaws including false capacity labeling, short lifespan and easy swelling, while adding 27W high-power reverse charging that allows it to replace many low-safety portable power banks. It perfectly fits the needs of high-frequency users such as food delivery couriers and parcel delivery workers, as well as users with multiple connected devices who need on-the-go power backup, with clear selling points and well-defined target audiences.

3. Product selection risk warnings: Early 10,000mAh battery models released by rushed competitors generally suffer from short lifespan and easy swelling. Sellers should avoid these under-engineered products, and prioritize technically mature products with third-party authoritative certification. It is also recommended to prepare ahead for the launch of 12,000mAh battery models next year.

This article provides insights on industry direction, product demand and business opportunities for smartphone and battery supply chain factories, as follows:

1. Product design and manufacturing requirements: After the deployment of on-device AI, demand for large-capacity, long-life, high-safety smartphone batteries has surged. Early 10,000mAh-class batteries that adopted silicon anodes universally suffer from swelling and short cycle life, creating strong market demand for well-rounded battery products and raising the bar for technological R&D for factories.

2. Technology R&D direction insights: OPPO and Sunwoda co-developed three generations of spherical silicon-carbon anode technology, optimizing step-by-step from material base and microstructure to final morphology, solving the swelling and short lifespan problems of traditional silicon-carbon batteries. The work proves that the technical path of artificial resin-based porous carbon paired with spherical silicon-carbon is viable, pointing a clear direction for future factory R&D.

3. Business opportunities: OPPO has completed pre-research on a 12,000mAh battery, which carries low mass production risk and will ship next year. Mass production demand for large-capacity long-life batteries will continue growing moving forward. Supply chain factories can layout related R&D early to keep up with the demand pace of terminal brands and capture new round of growth opportunities.

This article sorts out industry trends, customer pain points and development directions for consumer electronics-related service providers in the smartphone battery sector, as outlined below:

1. Industry development trends: As AI moves from cloud to on-device deployment, smartphone batteries are entering an upgrade cycle toward larger capacity and longer lifespan. The mainstream battery configuration is shifting from the previous 5000-6000mAh standard to over 6000mAh, with 10,000mAh-class capacity as the next industry direction. Meanwhile, batteries have evolved from simple power supply components to portable energy centers, with steadily expanding functionality.

2. Core customer pain points: The core pain points facing the industry today fall into three categories: Large-capacity silicon anode batteries are prone to swelling and reduced lifespan; most manufacturers adopt capacity locking to preserve lifespan, leading to false capacity labeling and insufficient actual available capacity; and there is a lack of full-scenario battery lifespan management solutions to adapt to usage patterns of different users.

3. Solution reference: The industry has already developed a proven combined solution of spherical silicon-carbon materials + customized battery management chip + AI algorithm, which successfully balances capacity, lifespan and safety. Relevant technology service providers can develop supporting services around this path to match growing industry demand.

This article offers insights on category planning, merchant recruitment, operation and risk avoidance for 3C digital marketplace platforms, as follows:

1. Category trend forecasting: The growth of AI smartphones has driven rapid expansion of the large-battery category. In just over a year, the market share of 6000mAh+ models jumped from 8% to 58%, making 10,000mAh-class large-capacity long-life batteries the next high-growth category. Platforms can adjust resource allocation and plan category traffic allocation in advance.

2. Merchant recruitment direction: Consumers now widely dislike half-baked, marketing-focused products, and have strong demand for well-rounded large-battery devices. OPPO's product, with its authoritative golden standard certification, 7-year lifespan and mature core technology, aligns well with user demand. Platforms can prioritize this type of brand product with core underlying technology to attract users.

3. Risk avoidance best practices: Platforms should watch for early 10,000mAh battery products with immature technology, which generally suffer from swelling, short lifespan and false capacity labeling and are likely to trigger after-sales disputes. Merchant recruitment should prioritize screening for technical qualifications and authoritative certification to avoid unqualified products. Platforms can also run scenario-based targeted operations for target user groups such as delivery couriers to improve conversion.

This article provides references on new industry trends, emerging problems and technical paths for researchers focused on the smartphone and battery industries in the AI era, as outlined below:

1. New industry trends: After on-device AI deployment, smartphone batteries are no longer just a simple specification upgrade, but have become core infrastructure for enabling AI smartphones. Industry demand has shifted from purely increasing capacity to balancing capacity, lifespan, safety and temperature control across multiple dimensions. The industry has already achieved mass production of 10,000mAh-class batteries, and the next-generation 12,000mAh battery has completed pre-research and will ship soon, marking a clear acceleration in industry iteration.

2. New emerging industry problems: Ordinary silicon anode technology used in early large-capacity batteries has inherent defects of swelling and short lifespan. The widespread industry solution of locking capacity to preserve lifespan essentially trades user experience for performance. This contradiction is the core problem the industry needs to solve today, and how terminal brands should approach underlying material R&D is also a topic worth in-depth study.

3. Technical path reference: OPPO's path of three generations of spherical silicon-carbon technology paired with AI battery management algorithms achieves a balance between capacity and lifespan, providing the industry with a proven viable solution. The heavy R&D model where terminal brands invest in underlying material innovation also offers a new research sample for industry innovation.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

I am a Brand Seller Factory Service Provider Marketplace Seller Researcher Read it again.

在刚刚结束的2026世界人工智能大会上，具身智能占据了绝对C位。

因为经过几年发展，AI早已不再满足于“秀肌肉”，而是加速走进生活场景，落地成为一个机器人、一个Agent、一个电子秤、一款手机APP……逐渐实现从「会说话、翻跟头」到「能干活、会干活」的转变。

而当AI从云端下沉到掌心的那一刻，手机所面临的一个新问题浮出水面——电池。OPPO内部曾进行过一个测试：一款4B端侧模型，满负载两小时，可以直接用完一块6000mAh（毫安）的电池。

这意味着，将来手机无论是跑更大的端侧模型，还是想做Agent（智能体），对于能源的需求都非常强劲，手机电池容量要越来越大。

“这对能源的挑战，不亚于所谓服务器、基站这种大基建，一定是偏颠覆性的东西。”OPPO电池研发负责人田晨分析，这需要电池既能扛得住瞬间的负载，又要散热强，还要安全健康长寿。

AI正在以史无前例的速度奔跑，OPPO也在加速在电池上的革新。7月30日，OPPO正式发布A7 Pro Max，搭载了行业首个7年长寿10000毫安级大电池，以提前接住市场变化。

01 AI时代的必然选择，不争朝夕

近年来，用户对于手机长续航的需求，正在爆发式增长。

Sandalwood研报指出，自2024年以来，鸿蒙、安卓智能手机电池正在进入快速扩容通道。过去以5000–6000mAh为核心的容量配置，正逐步被6000mAh以上的大电池方案替代。

其监测数据显示，自2024年至2025年7月，在鸿蒙与安卓手机市场中，6000mAh+机型的市场份额从8%持续加速扩张至58%。

驱动市场变化的根源，还是用户需求的变化。

当下，随着AI快速迭代、大屏高刷成为标配、5G网络与多设备互联普及，再加上用户在短视频、和手游上的使用时间延长，整体功耗曲线正快速攀升，自然需要更大容量电池来提升续航、使用体验。

在田晨看来，手机未来要干更多的事，就一定会消耗更多的电。“至于那些‘更多的事’是短视频、游戏还是AI Agent，不重要，电池容量要提升是确定的。”

其实，这已经成为行业共识。在OPPO正式推出搭载10000mAh电池的A7 Pro Max手机之前，市场已经出现搭配上万毫安电池的手机。

田晨没有回避这一事实，坦言“当时我们内部也不是没考虑，从竞对的角度说，别人有的，我们至少不能落后。”但OPPO还是选择了等。

当时，为了兼顾整机厚度、重量，市场上10000mAh电池从石墨转成硅负极，但当时的硅负极电池存在电池膨胀、电池循环不够等弊端，而电池膨胀用久了会鼓包、循环不够会缩短寿命。

而OPPO在长期跟踪用户需求时发现，用户对于电池寿命的要求越来越高。比如：外卖小哥、快递员需要在高温、风里、雨里、寒冬里使用手机，并且经常会有一些磕磕碰碰，他们对于电池的安全性、寿命以及各种场景下的一致性要求很高，也希望换机周期越来越长。

“我们不希望推出的产品某一个长板很长，别的短板很短，那就是营销。”在「创业最前线」和田晨交流的过程中，他反复用「本分」来解释技术决策，“说到就要做到，而不是为了卖好而做，哪怕晚一点出也没关系”。

其实，「创业最前线」在走进OPPO东莞的工厂时，第一眼看到的不是机器，而是四块并列挂在墙上的大牌子，分别写着本分、用户导向、追求卓越、开放。

在OPPO内部，「本分」被提到的频率相当之高，“做产品要守好本分，这个事情不能妥协，我们要做的就是一代要比一代好”。

作为OPPO的供应商，欣旺达深有感触。双方在这块10000mAh的电池上反复研究、打磨、调整，才得以从实验室推向市场。欣旺达电池业务研发总监安建直言，“OPPO对电池的要求就是‘六边形战士’，不能有短板。”

02 大胆用、敞开用，10000mAh=安全感

当手机电池容量冲进10000mAh时，用户最害怕的是“虚标”。

为了延长寿命，不少厂商选择通过“锁容”的方式，在手机使用过程中留住一部分容量不用。例如：标称8000mAh的手机电池，实际能够使用的电量可能只有7000mAh左右，剩余电量成了“沉睡容量”。

而OPPO选择走另一条路——与其“堵”，不如“疏”，通过材料的搭配，解决牺牲容量换取电池寿命问题。

据悉，欣旺达与OPPO一起研发了球形硅碳，主要通过向多孔碳骨架里添硅丸，多孔碳骨架比较坚硬，能给电池预留一些膨胀体积，同时利用CVD工艺进行掺杂、包覆，把材料保护起来，提高抗压能力。

通过这种方式，一方面抑制充电过程中体积膨胀的问题，另一方面是通过包覆减少副反应，同时，还有极限工程的处理、电解液优化等一系列体系搭配，来延长寿命。

资料显示，OPPO A7 Pro Max通过中国质量认证中心电池金标测试，其中放电深度测试项测得电池实际可用容量大于95%，处于行业领先水平。

不仅如此，在业内10000mAh电池手机的寿命还在2年徘徊时，OPPO A7 Pro Max的电池寿命已经拉长到7年。

以前，为了满足手机一天一充的水准，用户可能会相对省着用，包括手机游戏、视频的处理，都会平衡功耗或性能。但随着电池大了之后，基础体验会变得更好，会产生质的飞跃。

田晨打了一个形象的比喻，“一个月挣一万，有一万的活法；挣十万，有十万的活法；挣一百万，有一百万的活法。电池大了之后，虽然最终续航可能还是一天一充，但你的生活质量跟以前不一样了。”

尤其是在充电宝的安全问题反复成为话题中心点后，市场也需要能填补充电宝留出的空白地带。相比于一些充电宝，手机电池的质量质量会更好，因为手机的电池体系、要求是更高的，包括寿命、温控、安全性都会更高。

据了解，OPPO A7 Pro Max可以给pocket、手表、耳机甚至另一台手机充电，实现反向“一冲十”，为多台设备同时充电，更像一台随身储电站。

据田晨介绍，OPPO A7 Pro Max搭载的10000mAh电池，放电功率高达27W（瓦）。要知道，当前市场上的手机反充功率普遍在5W-7W，很少超过10W，而苹果的快充也只达到了22.5W。

那么，这OPPO A7 Pro Max到底能为用户带来什么？OPPO的答案是：大胆用、敞开用、长期用、安全用。

但这不会是OPPO的终点。据安建透露，OPPO已经提前预研了12000mAh电池的应用边界。从初步摸底来看，12000mAh电池的量产风险已经比较低。明年，12000mAh的电池就会出货。

03 扎根底层技术，让用户不做选择题

在自研硅碳负极电池技术的路上，OPPO已经走了十余年。

“一旦跟别人不一样，你就要用自己的方式来打，也就是自研技术。”田晨认为，没有人会无缘无故做研发，一定是因为洞察到了差异化的需求。

在材料方面，OPPO与欣旺达合作，进行硅碳负极电池的研发。当别人还在走“容量”路线的时候，OPPO对电池的目标已经是兼顾容量、长寿、可靠。“当你什么都想要，不想做选择题的时候，你就要拿出你的真本事，而不是让用户去做选择题”。

田晨直言，“我们投入了蛮大的精力在材料领域，应该说是终端厂当中比较少有投入这么底层的技术”。

迄今为止，OPPO电池已经已完成三代迭代，每一代都指向特定的技术问题。

第一代的核心突破在于材料基底，传统多孔碳多采用天然椰壳等生物质原料，受产地气候和土壤条件影响，批次间一致性难以保障。OPPO率先切换至树脂基人造多孔碳，通过工业化合成将材料纯净度和批次稳定性提升至可控水平。

这一代硅碳材料首次搭载于一加Ace3Pro和FindX8，在1000次循环后容量保持率提升2.5%，电芯膨胀率则降低了21%。

第二代重点在微观结构优化。OPPO对多孔碳的孔隙尺寸做了更精细的调控，使沉积其中的硅颗粒尺寸进一步缩小、分布更加均匀，更小的硅意味着更小的膨胀量，从源头降低粉化风险。

第三代是OPPO硅碳技术的一个里程碑节点。这一代材料被命名为“完美球形硅碳”。原来，硅骨架是不规则的块状形态，结构稳定性差，而新一代则变为了高度规则的球形，受力分布更均匀，内部的纳米孔隙含量较竞品方案高出67%，硅颗粒尺寸缩小至1.2nm，为硅膨胀提供了更充裕的缓冲空间，循环寿命与能量密度实现双收益。

实测数据显示，材料抗压强度较上一代提升38%，自身膨胀率下降20%;落实实到电芯层面，循环寿命增加500次，相当于整机电池寿命延长约一年半。据悉，第三代完美球形硅碳已搭载于FindX9和FindX9Pro两款旗舰机型，完成了大规模量产验证。

不过，再好的材料体质，也需要和后天管理相互配合。

田晨认为，“硅碳电池有天生弊端（起鼓、不耐用等），除了体质好，还需要加强锻炼，让后天有一个好的习惯，从根上了解电池在什么情况下会衰减更快？什么条件下会更安全？这个条件不是简单的0和1的关系，要识别到不同场景需要对应不同的手段。”

为此，OPPO定制了专用的冰川电池聚能芯片，叠加“人参果算法”，可以实时识别电池状态，优化续航体验，做好寿命管理，将电池释放和用户需求匹配的“刚刚好”。

田晨表示，如何保证“刚刚好”是各家手机厂商现在以及未来重点攻关的核心，用好AI的技术，最后为端侧的AI服务，手机电池一定会比车更具有潜力。

可以说，当AI从云端走到终端，当手机从通讯工具变成随身储能中心，电池续航已不再是单纯的配置升级，而是智能手机进入AI时代后的必然选择。

注：文/王亚静，文章来源：创业最前线(公众号ID：chuangyezuiqianxian)，本文为作者独立观点，不代表亿邦动力立场。

文章来源：创业最前线