赛力斯转亏之后 资本市场真正关心的是什么？

This article breaks down the context and causes behind Seres' swing from profit to loss in the first half of 2026, as well as the core concerns of capital markets, with key takeaways as follows:

1. Performance and share price: Seres expects a net attributable profit loss of 1.5 billion to 1.8 billion yuan for H1 2026, with a net loss of more than 2 billion yuan in Q2 alone. Its share price has fallen more than 70% from its all-time high of 173.55 yuan in September 2025, pushing its market capitalization below 100 billion yuan. Despite two market stabilization measures – a 1 billion to 2 billion yuan share repurchase program and a 150 million to 300 million yuan stake increase plan by its controlling shareholder – market confidence has not been restored.

2. Core causes of the loss: First, raw material prices such as memory chips and lithium carbonate have risen sharply, increasing per-vehicle manufacturing costs by 15,000 to 20,000 yuan. Combined with a year-on-year sales decline in Q2, the company could not pass on these higher costs via price hikes. Second, rapid technology and model iteration has forced impairment write-downs on existing assets, a trend that will become standard across the industry going forward. Third, the company has sharply expanded R&D spending, which hit 12.51 billion yuan in 2025 – exceeding the R&D outlays of Nio, Xpeng and Li Auto – further pressuring short-term profits.

3. Key capital market concern: After Seres lost its unique position in Huawei's ecosystem, the core question is whether it can build up its own independent core technologies. The market performance of its new brand AIVA will be a key test of this capability.

This article outlines the latest operating environment and competitive trends in the new energy vehicle (NEV) industry, offering multi-faceted insights for NEV brand operators. Key takeaways are as follows:

1. Implications for industry dynamics and cost management: Upstream raw material inflation is currently an industry-wide challenge, with little room for automakers to intervene proactively. Intense market competition means brands without sufficient sales volume cannot pass higher costs through to end consumers via price hikes, which directly compresses gross margins. Brands need to implement cost control and price planning in advance to withstand industry-wide cost pressure.

2. Implications for technology iteration and financial planning: The NEV industry has entered an era of simultaneous software and hardware iteration, with shorter technology update cycles. Existing materials, production equipment and legacy R&D outcomes all face impairment risk, and this type of write-down will become an industry norm going forward. Brands need to make advance financial provisions to accommodate future impairment needs.

3. Implications for building long-term competitiveness: Brands that rely on third-party technology partners for enablement will lose their unique positioning as their partner's ecosystem expands. They must develop reusable, in-house core technologies as early as possible to earn long-term recognition from both the market and investors. Seres' approach of spinning off the new brand AIVA to prove its independent capability also offers a useful reference for brands looking to build a multi-brand portfolio.

This article sorts out current operating risks and opportunities in the NEV industry, offering guidance for business decision-making for automotive sales players. Key takeaways are as follows:

1. Current industry risk warning: Sharp upstream raw price increases have now been passed through to vehicle manufacturers, leaving NEV automakers squeezed between upstream and downstream pressures with broadly declining gross margins. This will lead to more intense terminal price competition going forward. Sellers should prepare for price volatility and adjust their inventory and pricing strategies accordingly.

2. Operating opportunity insight: Faster NEV technology iteration has driven sustained growth in consumer demand for new features and technologies, and the pace of new brand and model launches is accelerating. Sellers can get ahead of the curve by stocking new models from tech-strong new brands to capture new growth markets.

3. Key changes to monitor: Current automaker performance volatility directly impacts brand perception, so sellers should continuously track the operating status of their partner automakers to guard against risks including inventory backlogs and eroding brand reputation stemming from partner instability. Older models face higher unsold inventory risk due to lower compatibility with new technology iterations, so sellers should align with model replacement timelines and clear old inventory proactively.

This article analyzes development trends in the NEV manufacturing sector, offering insights for capacity building and business expansion for complete vehicle production factories. Key takeaways are as follows:

1. Shifts in production and design requirements: The NEV industry has entered a phase of simultaneous software and hardware iteration, with faster technology updates and model replacements. Every round of upgrades brings adjustments to component specifications and manufacturing processes, raising requirements for flexible production capabilities. Factories should adjust their production layouts to reduce large-scale investments in fixed production lines and lower the risk of inventory and equipment impairment caused by technology iteration.

2. New business opportunities: Leading automakers are increasingly spinning off business units and bringing in external capital to launch new brands, and they are now offering commercial output of vehicle manufacturing, supply chain management and engineering capabilities. This creates new revenue opportunities for factories with strong manufacturing advantages, which can leverage their production strengths to take on original vehicle manufacturing for multiple brands and diversify their income streams.

3. Insights for capability building: Factories should not limit themselves to pure contract manufacturing. They need to gradually build core capabilities such as vehicle platforms and engineering systems, and upgrade from pure production to end-to-end capability output to improve their bargaining power and risk resilience across the supply chain. They can also sign long-term price-lock agreements with upstream suppliers to hedge cost increases from raw material price volatility.

This article summarizes the latest changes in the NEV supply chain, clarifying industry trends and market opportunities for related service providers along the chain. Key takeaways are as follows:

1. Current industry trends: NEV technology iteration is accelerating, with ever-shorter software and hardware update cycles, putting the entire industry under operational pressure from continuous upgrades. At the same time, leading automakers are all increasing core R&D investment, pushing the industry into a technology-driven growth phase that is driving sustained rising demand for professional technical services.

2. Core pain points of automaker clients: Automakers currently face three core challenges: First, they lack mature, stable hedging tools to offset sharp volatility in upstream raw material prices. Second, rapid technology iteration makes existing assets and legacy R&D outcomes prone to obsolescence and devaluation, creating demand for more flexible asset planning and financial solutions. Third, automakers that rely on third-party enablement need to build independent core capabilities quickly, creating strong demand for foundational R&D services.

3. Market opportunities: When automakers build new brands, they require professional service providers from different fields to provide technical support, creating opportunities for service providers in segments including intelligent driving, smart cabins and energy systems. Third-party technical service providers can leverage their technical strengths to participate in new brand development and expand their client base.

This article analyzes changes to partner automakers following the expansion of Huawei's Harmony Intelligence ecosystem, offering key references for the operation and development of automotive ecosystem platforms. Key takeaways are as follows:

1. Core needs of partner automakers for platforms: When automakers join an ecosystem platform, they gain access to technology, brand and channel enablement to quickly build hit products. However, as the platform's ecosystem expands, these automakers lose their unique positioning, leading to eroded bargaining power and lower valuations. When expanding, platforms need to balance ecosystem growth with the core interests of partner automakers to avoid undermining ecosystem stability.

2. Key operational considerations for platforms: After an ecosystem opens and expands, capital markets will raise requirements for independent capabilities among partner automakers, which in turn affects the valuation expectations of the entire ecosystem. Platforms should guide partner automakers to gradually build their own independent core technologies to improve the overall risk resilience of the ecosystem.

3. Risk mitigation directions: During expansion, platforms need to clarify the division of labor and cooperation boundaries with partner automakers, to avoid over-interpretation of the partnership by the market that triggers sharp share price swings for related companies and disrupts the normal development of the entire ecosystem. For partner recruitment, platforms should prioritize collaborations with automakers that already have mature manufacturing and engineering capabilities, to leverage the strengths of both parties and improve the overall competitiveness of the ecosystem.

This article presents the latest developments and emerging issues in the NEV industry, providing new research materials for industry analysts. Key takeaways are as follows:

1. Latest industry developments: First, R&D spending by leading automakers continues to climb: Seres' R&D investment reached 12.51 billion yuan in 2025, exceeding that of Nio, Xpeng and Li Auto, pushing industry technology competition to new heights. Second, Huawei's enablement model has shifted from exclusive partnership to a platformized approach, and its original core partner Seres is now exploring a new path of building independent capabilities away from exclusive Huawei enablement. Third, asset impairment driven by technology iteration – including write-downs on existing inventory and legacy R&D – has become an industry norm, reshaping the traditional financial characteristics of the NEV sector.

2. New industry challenges: For automakers that rely on enablement from leading technology companies, how to build irreplaceable core competitiveness within an open ecosystem, and how to balance short-term performance pressure with long-term R&D investment, have emerged as new core issues for industry development.

3. New business model exploration: Seres' spin-off of new brand AIVA, which has brought in capital from multiple stakeholders including local state-owned assets and CATL, integrated technology service providers from different fields, and outputs the company's own engineering and manufacturing capabilities, offers a new case study for research on capability-output business models for complete vehicle manufacturers.