从规模优势到战略不可替代性

中国战略产业如何跨越“高技术、低利润”陷阱

作者：殷彤博士
Dr. Tong Yin
2026年9月

中国已经证明自己能够把许多前沿技术迅速转化为庞大的制造能力。今天更困难的问题，不再是能不能生产，而是能否在技术、利润、标准和全球客户关系中留下足够多的价值。产量可以形成影响力，却不会自动形成定价权；政策可以打开一条赛道，却不能替进入赛道的每一家企业证明需求；产业集中度可以提高效率，却也可能掩盖补贴依赖、重复建设和资本错配。

这正是新一轮科技革命对领导人的真正考验。在技术路线尚未收敛、资本支出极其庞大、国际规则快速变化的阶段，领导力不是高喊“必须领先”，而是辨认哪些能力值得等待十年，哪些项目应当立即止损，哪些中小企业应当成为关键供应商，以及如何把国家目标转化为经得起市场检验的产品、现金流和制度信誉。

规模不等于价值控制

“高技术、低利润”并不是一句修辞，而是全球价值链中反复出现的结构性现象。以AI产业链为例，英伟达2026财年收入为2159亿美元，GAAP毛利率为71.1%；鸿海2025年收入达到8.1万亿新台币，但毛利率和营业利润率分别为6.15%和3.20%。两家公司所处环节、商业模式和会计口径并不相同，因此不能作简单的一对一比较，但这一巨大差距仍然说明：芯片架构、软件生态和平台控制者，与承担采购、制造、交付和库存风险的系统集成者，获取价值的能力完全不同（NVIDIA FY2026 Results，Hon Hai FY2025 Results）。

因此，中国战略产业下一阶段的目标不能只是“更多国产化”或“更大产能”，而应当是从生产规模走向战略不可替代性。真正的不可替代性至少要通过三项检验：

• 技术稀缺性：产品解决的是客户无法轻易绕开的难题，而不是依靠补贴和低价维持订单。
• 规模经济性：技术能够在稳定良率、可接受成本和可靠交付条件下批量生产，而不仅存在于实验室样品中。
• 制度可通行性：产品能够通过安全、适航、数据、环境、劳工和供应链审查，在不同司法辖区获得合法运营资格。

这三个条件缺一不可。只有技术，没有制造，形成不了产业；只有制造，没有利润，积累不了下一代研发能力；只有产品，没有制度通行证，也无法形成全球市场。

政策方向不是商业结论

政策的责任，是修复市场无法独立解决的问题，例如基础研究周期过长、首台套验证成本过高、基础设施外部性太强，以及关键技术存在国家安全价值。企业的责任，则是证明客户为什么购买、多久复购、单位经济是否成立，以及没有补贴时能否继续经营。把这两种责任混在一起，就会把“国家鼓励”误读为“企业必然盈利”。

这种误读的代价并不抽象。国际货币基金组织一项2025年工作论文估算，中国主要产业政策工具在2023年的等价财政成本约为GDP的4.4%；论文同时发现，补贴往往与过度生产相关，产业政策造成的要素错配可能使总要素生产率降低约1.2%。作者也明确承认，研究没有完整计入知识溢出等潜在收益，部分估算依赖较强假设。因此，正确结论不是“产业政策无效”，而是大规模支持如果缺少退出机制、竞争纪律和透明评估，可能把战略耐心变成长期低效率（IMF Working Paper 2025/155）。

市场出清同样不能被浪漫化。必要的退出能够淘汰缺乏技术和客户的项目，但无边界的价格战也会破坏供应商现金流、削弱质量控制、减少研发投入，甚至让最善于获得融资而不是最善于创新的企业成为幸存者。领导人的任务不是放任企业无序倒闭，而是建立一种有纪律的竞争秩序：允许失败，阻止骗补；鼓励兼并，审查垄断；支持长期研发，同时为长期无效项目设置停止条件。

三条战略赛道的真实机会与约束

商业大飞机：需求窗口是真实的，能力缺口也是真实的

全球民航确实存在巨大的供给与交付压力。截至2026年6月底，空客商用飞机积压订单为9,222架；波音同期商用飞机积压订单超过6,200架。这意味着航空公司对新增运力有长期需求，也为第三家大型干线客机制造商创造了历史性窗口（Airbus H1 2026 Results，Boeing Q2 2026 Results）。

但需求缺口不会自动转化为中国商飞的全球份额。C919当前使用CFM LEAP-1C动力系统，该发动机早在2016年获得FAA和EASA型号认证；这也说明C919仍嵌入跨国供应体系，而国产动力替代需要经历长期试验、取证、可靠性积累和批量维护验证（GE Aerospace）。2026年8月，C919开通北京至乌兰巴托的首条定期国际商业航线，这是运营范围扩大的重要一步，但双边航线运行资格并不等于已经取得欧美适航认证（中国民航局）。

大飞机竞争的核心不是某一次首飞，也不是公布多少意向订单，而是十年、二十年后的机队可用率。发动机在翼时间、备件供应、维修网络、飞行员训练、租赁融资、残值管理和事故调查透明度，都会决定航空公司是否愿意承担转换成本。真正有远见的领导人不会把适航标准当作政治障碍，而会把它视为推动工程纪律、组织学习和国际信任的压力测试。

全固态电池：最危险的不是落后，而是过早宣布胜利

全固态电池可能改善安全性和能量密度，也可能重构动力电池的材料与制造体系，但它仍处于多条技术路线并行竞争的阶段。界面稳定性、循环寿命、快充性能、外部压力、材料成本和规模化良率，仍是商业化必须跨越的障碍（Nature Energy）。

宁德时代董事长曾表示公司可能在2027年进行有限规模的固态电池投放，而不是宣布届时全面替代液态锂电池（Reuters）。与此同时，丰田与出光兴产把2027至2028年设为全固态电池商业化目标，并明确把量产技术、生产率和供应链建设列为合作重点（Toyota）。这不是一个中国已经锁定胜局的赛道，而是一场全球性的材料科学、制造工程和资本耐力竞赛。

领导力在这里表现为对不确定性的管理。企业不能把实验室能量密度直接写进量产商业计划，也不能因为全固态电池前景广阔，就把成熟的液态电池、钠离子电池或混合体系宣布为“过时”。正确做法是建立技术组合，为每条路线设定阶段门槛：样品性能只是第一关，随后还要验证循环、滥用安全、公斤级和吨级材料一致性、单线良率、整车集成以及全生命周期成本。资本应当跟随证据递增，而不是跟随口号一次性下注。

商业航天与低空经济：突破已经发生，生态尚未成熟

商业航天最重要的成本变量之一，是火箭能否被可靠、快速、低成本地重复使用。2026年8月，蓝箭航天完成朱雀三号一级火箭的陆上回收，使中国民营航天在可重复使用方向取得重要里程碑；但从“成功回收一次”到形成稳定发射节奏、复飞记录和保险可承保性，仍有很长距离（Reuters）。

低空经济也必须拆开分析。消费级和工业无人机已经拥有真实市场，载人eVTOL则仍处于监管与运营模式的早期阶段。2025年3月，亿航相关运营主体获得中国民航局颁发的首批载人类民用无人驾驶航空器运营合格证，形成型号、生产、单机适航和运营许可的完整证照链条，并获准在广州、合肥相关场景开展商业载人服务（EHang）。这是一项监管突破，但城市空中交通能否形成规模，还取决于航线审批、气象限制、噪声、起降设施、救援体系、公众接受度和单座公里成本。

因此，商业航天、无人机和eVTOL不能被装进同一个“低空风口”里估值。三者的客户、监管、事故责任和资本周期完全不同。领导人首先要做的不是扩大概念边界，而是缩小决策单元，分别回答：谁付钱，为什么持续付钱，发生事故由谁承担，基础设施由谁投资，以及达到什么利用率才能盈利。

“隐形冠军”不是配角，而是系统能力的承载者

战略产业常被写成整机巨头的历史，但可靠的产业体系来自数百个不容易被替代的专业供应商。航空密封件、轴承、复合材料、飞控软件、固态电解质、热管理、精密传感器和特种制造设备，任何一个环节失效，都可能使整套系统无法交付。

然而，“链主加隐形冠军”也不应变成单向依附。中小供应商如果把全部产能绑定一家客户，可能获得认证壁垒，却同时失去议价权并承担账期、降价和订单波动风险。更稳健的战略是“窄而不锁死”：在一个足够狭窄的技术问题上做到极致，同时让核心能力能够服务多个客户、相邻行业或不同地区。不可替代性来自知识、质量数据和共同开发能力，而不是行政关系。

中国已经明确鼓励国有资本投早、投小、投长期、投核心技术，并提出适配国有创投特点的全生命周期考核与尽职免责机制（中国政府网）。这一方向有价值，但资本耐心不能演变成项目永生。政府基金和产业资本应当共同设置技术里程碑、客户验证、后续融资条件和退出规则，把“耐心资本”理解为允许真正的技术经历长周期，而不是允许任何被贴上战略标签的企业无限延期。

企业领导人需要一套新的判断仪表盘

原草稿提出用研发资本化率、存货周转和海内外毛利率识别“真刚需”，方向是对的，但任何单一红线都会误伤。研发资本化不必然代表造假，零资本化也不必然代表技术领先；航空和材料企业可能因认证周期拥有较长存货天数；海外毛利率低，也可能来自渠道建设、关税、售后投入或市场进入阶段。

更可靠的评估体系应同时观察六组信号：

1. 研发质量：研发支出是否形成专利、工艺诀窍、认证、客户联合开发和可复用平台，而不仅是费用规模。
2. 商业验证：订单中有多少来自付费客户，复购率、取消率、价格折让和售后成本如何变化。
3. 现金转换：利润是否转化为经营现金流，应收账款、合同资产和存货是否与真实交付节奏匹配。
4. 资本效率：新增产能的利用率、增量资本回报率和盈亏平衡时间是否优于继续外购或合作。
5. 客户结构：最大客户集中度是否过高，供应商认证带来的转换成本能否转化为合理议价权。
6. 制度暴露：出口管制、数据规则、碳足迹、适航与本地化要求会如何改变市场准入和成本。

最后一项尤其重要。美国2025年发布的联网汽车供应链最终规则，针对与中国或俄罗斯存在特定关联的车辆连接系统硬件、软件及自动驾驶系统软件设置限制，适用范围和生效时间均有明确界定（U.S. BIS）。欧盟CBAM目前覆盖水泥、钢铁、铝、化肥、电力和氢，并未把电池本身列为现阶段直接覆盖商品；电池则受到独立的电池法规与生命周期碳足迹方法约束（European Commission CBAM，EU Joint Research Centre）。能够准确区分这些规则，是政治智慧和经营能力的一部分。

国家、资本与企业领导人的共同任务

战略产业的最终竞争，不是哪个国家补贴更多，也不是哪家企业最后把竞争者全部消灭。它比拼的是谁能更快地把科学发现变成可复制的工艺，把工艺变成可信赖的产品，把产品变成可持续现金流，再把现金流投入下一轮技术。

政府应当建设公共测试平台、基础设施、标准体系和首台套采购机制，同时保持市场准入和失败退出。资本应当为长周期技术提供分阶段资金，但拒绝用估值代替验证。链主企业应当承担生态责任，不以无限压价摧毁关键供应商。中小企业则必须放弃“什么风口都要参与”的冲动，选择一个可以积累十年数据、工艺和客户信任的技术楔子。

领导人最稀缺的能力，是在宏大目标与微观事实之间来回切换。他既要看见全球产业格局，也要追问一条生产线的良率；既要理解国家安全，也要尊重客户选择；既要有等待基础技术成熟的耐心，也要有关闭错误项目的勇气；既要建设本国能力，也要知道国际认证、供应链合作和制度信誉并不是软弱，而是扩大影响力的条件。

结语：真正的不可替代，是客户仍然选择你

中国不需要以“让别人无路可走”来证明产业崛起。真正持久的战略不可替代性，是即使客户拥有其他选择，仍然因为性能、成本、可靠性、交付、服务和信任而选择中国企业。它不是一次性卡住别人的“咽喉”，而是长期降低整个系统的成本与风险。

新科技革命的上限，最终取决于领导人的判断。技术决定可能性，资本决定试错空间，制度守住下限，而领导力决定一个国家和企业能否把可能性变成生产率、信誉与共同繁荣。规模可以在几年内建立，真正的不可替代性却必须用十年甚至数十年的纪律赢得。

From Scale to Strategic Indispensability

How China Can Escape the High-Tech, Low-Margin Trap

By Dr. Tong Yin
September 2026

China has demonstrated an extraordinary ability to turn emerging technologies into manufacturing capacity at scale. The harder question is no longer whether China can produce advanced goods. It is whether Chinese industry can retain a larger share of the technological, financial, institutional, and reputational value created by those goods.

Output creates influence, but it does not automatically create pricing power. Policy can open a strategic field, but it cannot validate demand for every company that enters it. Greater industrial concentration may improve efficiency, but it may also conceal subsidy dependence, duplicative investment, and capital misallocation. At the frontier of a new technological revolution, these distinctions become tests of leadership.

The essential leadership task is not to proclaim that a country or company must win. It is to determine which capabilities justify a decade of patient investment, which projects should be stopped, which specialized suppliers deserve support, and how national ambition can be translated into products, cash flows, standards, and trust that survive market scrutiny.

Scale Is Not the Same as Value Control

The high-tech, low-margin problem is visible across global value chains. NVIDIA reported fiscal 2026 revenue of $215.9 billion and a GAAP gross margin of 71.1 percent. Hon Hai reported 2025 revenue of NT$8.1 trillion, with a gross margin of 6.15 percent and an operating margin of 3.20 percent. The companies occupy different positions, use different business models, and should not be compared as perfect equivalents. The contrast nevertheless illustrates how differently value accrues to an owner of chip architecture, software, and a platform ecosystem versus a manufacturer and systems integrator carrying procurement, execution, inventory, and delivery risk (NVIDIA FY2026 Results; Hon Hai FY2025 Results).

China's next industrial objective therefore cannot be reduced to more localization or more capacity. It must be a transition from production scale to strategic indispensability. That status requires passing three tests:

• Technological scarcity: The product solves a problem customers cannot easily route around, rather than surviving mainly through subsidies or discounts.
• Economic scalability: The technology can be produced with stable yields, acceptable costs, and reliable delivery, rather than existing only as a laboratory result.
• Institutional portability: The product can pass safety, airworthiness, data, environmental, labor, and supply-chain reviews across jurisdictions.

Technology without manufacturing does not create an industry. Manufacturing without profit does not finance the next generation of research. A product without institutional permission cannot become a global market.

Policy Direction Is Not a Commercial Verdict

Industrial policy is justified when it addresses problems that markets cannot solve alone, including long research horizons, high first-of-a-kind validation costs, infrastructure externalities, and capabilities with national-security value. A company still has a different burden of proof. It must show why customers will buy, whether they will buy again, whether unit economics work, and whether the business can survive without permanent support.

A 2025 IMF working paper estimated the equivalent fiscal cost of China's main industrial-policy instruments at approximately 4.4 percent of GDP in 2023. It also found that subsidies tended to be associated with excess production and estimated that policy-induced factor misallocation could reduce aggregate productivity by about 1.2 percent. The authors acknowledge important caveats, including strong assumptions and the exclusion of potential benefits such as knowledge spillovers. The appropriate conclusion is not that industrial policy is inherently ineffective. It is that large-scale support without transparent evaluation, competitive discipline, and exit mechanisms can turn strategic patience into persistent inefficiency (IMF Working Paper 2025/155).

Market consolidation should not be romanticized either. Exit can remove projects without technology or customers, but uncontrolled price wars can destroy supplier cash flow, weaken quality systems, reduce research spending, and reward firms that are best at financing rather than innovation. Leadership requires disciplined competition: permit failure, prevent subsidy fraud, facilitate productive consolidation, police monopoly, and set stopping conditions for projects that repeatedly miss technical and commercial milestones.

Three Strategic Fields, Three Different Leadership Tests

Commercial Aircraft: A Real Demand Window, and Real Capability Gaps

Global commercial aviation is under significant delivery pressure. Airbus reported a backlog of 9,222 commercial aircraft at the end of June 2026, while Boeing reported more than 6,200 commercial aircraft in backlog at the same date. This long-duration demand creates a historic opening for a third major producer of mainline passenger aircraft (Airbus H1 2026 Results; Boeing Q2 2026 Results).

That opening does not automatically become COMAC market share. The C919 currently relies on the CFM LEAP-1C propulsion system, which received FAA and EASA engine type certification in 2016. This fact demonstrates that the aircraft remains embedded in an international supply architecture, while any domestic propulsion alternative must still complete a long process of testing, certification, reliability accumulation, and fleet-scale maintenance validation (GE Aerospace).

In August 2026, the C919 began its first scheduled international commercial route between Beijing and Ulaanbaatar. This was a meaningful extension of its operating footprint, but bilateral route approval is not equivalent to broad FAA or EASA aircraft certification (Civil Aviation Administration of China).

Commercial-aircraft competition is not won by a first flight or a headline order. It is won through fleet availability over decades. Time on wing, spare-parts availability, maintenance networks, pilot training, leasing finance, residual values, and transparent accident investigation will influence whether airlines accept switching risk. A farsighted leader does not dismiss international certification as a political obstacle. The leader uses it as a stress test for engineering discipline, organizational learning, and international trust.

All-Solid-State Batteries: The Greatest Risk Is Declaring Victory Too Early

All-solid-state batteries may improve safety and energy density and could reorganize battery materials and production systems. They remain, however, a competition among multiple technical pathways. Interface stability, cycle life, power performance, stack pressure, material cost, and manufacturing yield are still barriers to full commercialization (Nature Energy).

CATL's chairman has described a possible limited rollout of solid-state technology in 2027, not the wholesale replacement of conventional lithium-ion batteries by that date (Reuters). Toyota and Idemitsu, meanwhile, target commercialization in 2027 or 2028 and explicitly identify mass-production technology, productivity, and supply-chain formation as central tasks (Toyota). This is not a field in which China has already secured the outcome. It is a global contest in materials science, manufacturing engineering, and capital endurance.

Leadership in this field means managing uncertainty rather than hiding it. A laboratory energy-density result should not be inserted directly into a mass-production business plan. Nor should the promise of solid-state technology be used to declare mature liquid-electrolyte, sodium-ion, or hybrid systems obsolete. Each pathway needs stage gates: cell performance, cycle durability, abuse safety, batch consistency, line yield, vehicle integration, and lifecycle economics. Capital should increase as evidence accumulates, not arrive all at once because a technology has acquired a strategic label.

Commercial Space and the Low-Altitude Economy: Breakthroughs Without a Mature System

One of the central cost variables in commercial space is whether a launch vehicle can be reused reliably, quickly, and economically. In August 2026, LandSpace recovered the first stage of its Zhuque-3 rocket on land, a major milestone for China's private launch sector. Yet there remains a substantial distance between one successful recovery and a dependable launch cadence, demonstrated reflights, and an insurable commercial service (Reuters).

The low-altitude economy also requires segmentation. Consumer and industrial drones already serve established markets, while passenger eVTOL remains at an early regulatory and operating stage. In March 2025, operators affiliated with EHang received China's first batch of air operator certificates for civil human-carrying pilotless aircraft. Together with type, production, and individual airworthiness certificates, this created a complete domestic certification chain and enabled ticketed services at specified sites in Guangzhou and Hefei (EHang).

That regulatory breakthrough does not settle the economics of urban air mobility. Route approval, weather limitations, noise, vertiport infrastructure, emergency response, public acceptance, and cost per passenger-kilometer still determine scale. Commercial launch, drones, and eVTOL should not be valued as one undifferentiated theme. Their customers, regulation, accident liability, and capital cycles are different. Leadership begins by narrowing the decision unit and asking who pays, why payment recurs, who bears failure risk, who finances infrastructure, and what utilization rate supports profit.

Hidden Champions Are Carriers of System Capability

Strategic industries are often narrated as the history of prime contractors. In practice, a reliable industrial system rests on hundreds of specialized suppliers. Aerospace seals, bearings, composites, flight-control software, solid electrolytes, thermal management, sensors, and precision production equipment can each become points at which the whole system succeeds or fails.

The prime-contractor model should not become a doctrine of unilateral dependence. A small supplier that commits all capacity to one customer may gain certification-based switching costs while losing bargaining power and absorbing payment, price, and order volatility. A stronger strategy is narrow but not captive. The company should solve one unusually difficult problem while ensuring that its underlying process, data, or materials capability can serve multiple customers, adjacent sectors, or different regions. Indispensability should arise from knowledge, quality evidence, and joint development, not administrative affiliation.

Chinese policy now explicitly encourages state-owned venture capital to invest early, small, long term, and in core technologies, supported by lifecycle assessment and due-diligence safe-harbor mechanisms (State Council of China). This is a useful direction, but patient capital must not become immortal capital. Public and corporate investors should establish technical milestones, customer-validation requirements, follow-on funding conditions, and exit rules. Patience should give real technology time to mature, not give every strategically labeled project unlimited extensions.

A Better Leadership Dashboard

The original draft proposed research capitalization, inventory turnover, and domestic-versus-overseas margins as tests of genuine strategic value. These are useful signals, but fixed red lines can mislead. Research capitalization does not automatically indicate manipulation, and zero capitalization does not prove technological leadership. Aerospace and advanced-materials suppliers may hold inventory for long certification cycles. Lower overseas margins may reflect tariffs, channel investment, service infrastructure, or an early market-entry phase.

A more reliable dashboard combines six dimensions:

1. Research quality: Does spending produce protected know-how, certifications, customer co-development, and reusable platforms?
2. Commercial validation: How much demand comes from paying customers, and how are repeat orders, cancellations, discounts, and service costs changing?
3. Cash conversion: Do reported profits become operating cash, and do receivables, contract assets, and inventory match delivery reality?
4. Capital efficiency: What utilization, incremental return on capital, and break-even period will new capacity produce?
5. Customer architecture: Is concentration excessive, and do qualification costs translate into fair bargaining power?
6. Institutional exposure: How will export controls, data rules, carbon accounting, airworthiness, and localization change access and cost?

The final dimension has become a core operating capability. The U.S. connected-vehicle supply-chain rule issued in 2025 restricts specified vehicle-connectivity hardware and software and automated-driving software with defined links to China or Russia, with a precise product scope and implementation timetable (U.S. Bureau of Industry and Security).

European carbon rules also require precision. The current CBAM scope covers cement, iron and steel, aluminum, fertilizers, electricity, and hydrogen; batteries themselves are not listed as directly covered CBAM goods at this stage. Batteries are instead subject to a separate regulatory architecture that includes lifecycle carbon-footprint methods and declarations (European Commission CBAM; EU Joint Research Centre). Distinguishing these regimes accurately is part of political judgment and managerial competence.

The Shared Task of the State, Capital, and Corporate Leadership

The strategic-industry contest is not decided by which country distributes the most subsidies or which company eliminates every rival. It is decided by who can convert science into repeatable process, process into trusted products, products into sustainable cash flow, and cash flow into the next generation of technology.

Government should build shared testing facilities, infrastructure, standards, and first-of-a-kind procurement mechanisms while preserving entry, competition, and failure. Capital should fund long-cycle technology in stages and refuse to substitute valuation for validation. Prime contractors should protect the health of their ecosystems rather than extracting unlimited price concessions from critical suppliers. Smaller companies should resist participating in every policy theme and select a technical wedge in which a decade of process data and customer trust can accumulate.

The rarest leadership capability is movement between the macro landscape and operational fact. A leader must see the global industrial system and still ask about the yield of one production line. The leader must understand national security and still respect customer choice; possess the patience to wait for foundational technology and the courage to close the wrong project; build domestic capability while recognizing that international certification, supply-chain cooperation, and institutional credibility are conditions of influence rather than signs of weakness.

Conclusion: Indispensability Means Customers Still Choose You

China does not need to prove its industrial rise by leaving others without alternatives. Durable strategic indispensability means that even when customers have alternatives, they continue to choose Chinese firms because of performance, cost, reliability, delivery, service, and trust. It is not the temporary ability to hold another actor's supply chain hostage. It is the lasting ability to reduce the cost and risk of the entire system.

The upper bound of a technological revolution is ultimately shaped by leadership judgment. Technology defines possibility, capital defines the room for experimentation, institutions protect the lower bound, and leadership determines whether possibility becomes productivity, credibility, and shared prosperity. Scale can be built in a few years. True indispensability must be earned through decades of discipline.