How Changan Automobile Is Redefining Smart Cockpits and Supply Chains with Graphene Innovation

On May 16, 2026, Professor Konstantin Novoselov, Nobel Prize laureate in Physics, experienced the Avatr 12 Royal Theater Edition in Chongqing and gave positive remarks on its graphene heating seat technology. The recognition from the discoverer of graphene not only affirmed a single product, but also reflected the significant progress Chinese automotive brands have made in the application of advanced materials.

1. Technological Breakthrough: Graphene Moves from the Laboratory to Mass-Produced Vehicles

The focus of Professor Konstantin Novoselov's attention was the world's first mass-produced graphene heating seats introduced in the new Avatr 12 Royal Theater Edition. The success of this technology lies in overcoming the engineering challenges of transforming laboratory materials into automotive-grade, highly reliable components.

1.1 Comprehensive Performance Advantages over Conventional Solutions

Traditional PTC and resistance-wire heating systems have long suffered from drawbacks such as slow heat-up times, uneven temperature distribution, and relatively high energy consumption. By developing its own resin system and modified carbon nanotube technology, Changan has established an efficient planar heating network that delivers significant performance improvements:

• Ultra-fast heating: The seat surface reaches 40°C within three seconds of activation and exceeds 48°C in five seconds, representing an approximately 73% improvement in heating efficiency compared with conventional solutions.

• Uniform and stable heating: The planar heating structure eliminates localized hot spots and ensures even heat distribution. The system can operate reliably even in extreme environments as cold as -70°C, expanding the vehicle's operating boundaries.

• Exceptional durability: The component has passed 33 rigorous automotive-grade validation tests, including a kneeling pressure test involving a 900 N load and 50,000 cycles. Its durability standards significantly exceed the industry average.

1.2 Functional Evolution: From Physical Heating to Health Care

More importantly, the technology represents a new approach to functional design. The graphene seats are capable of emitting far-infrared waves in the 6–14 μm range, which closely corresponds to the human body's far-infrared absorption spectrum. Studies suggest that this wavelength range may have potential biological effects, including promoting localized blood circulation and relieving muscle tension.

As a result, cockpit thermal management is evolving beyond basic temperature control into a more advanced "health management" module capable of actively enhancing occupants' physical comfort and well-being.

2. Strategic Focus: Materials Innovation Emerges as a New Dimension of Premium Competition

Changan's decision to bring graphene technology into mass production and deploy it in vehicles ahead of its peers reflects its differentiated strategy for intelligent cockpits. At a time when electric powertrain platforms and intelligent driving solutions are becoming increasingly homogeneous, competition within the cockpit is shifting away from visible specifications such as screens and computing power toward more subtle aspects of the user experience, including advanced materials, health-oriented features, and emotional interaction.

This transition highlights how materials innovation is becoming a new competitive frontier in the premium automotive market, enabling automakers to create distinctive experiences that go beyond conventional performance metrics.

The graphene seat technology featured in the Avatr 12 highlights a broader trend: the core value of future premium intelligent cockpits will increasingly be delivered through "smart surfaces" that integrate materials science, bioengineering, and electronic technologies. Interior components will no longer serve merely as decorative elements, but will evolve into active living spaces capable of providing environmental regulation, health monitoring, and emotional interaction.

3. Supply Chain Restructuring: From “Client–Supplier” Relationship to a Collaborative R&D Ecosystem

The implementation of cutting-edge technologies depends on deep integration between automakers and their supply chains, working together to overcome technical challenges. The mass production of graphene seats clearly demonstrates the transformation of Changan’s supply chain strategy.

3.1 Evolution of the Cooperation Model

The technology partner in this case is Haili Moshang. The collaboration between the two parties goes far beyond the traditional “design drawing–supplier delivery” model. Instead, it is built on a joint development approach involving co-defining product performance, sharing R&D data, and jointly bearing validation risks.

In this framework, the automaker is responsible for scenario definition and system integration requirements, while the supplier is expected to deliver end-to-end solutions covering material synthesis, structural design, and automotive-grade validation.

3.2 Shift in Capability Requirements: A New Benchmark for the Automotive Interior Supply Chain

This transformation has established a new capability benchmark for suppliers in the automotive interior and exterior supply chain.

• Materials science capability: Suppliers are required to move beyond providing basic physical performance parameters and instead deliver verifiable “functional data,” such as bio-effect indicators and carbon footprint metrics.

• System integration capability: Individual components must be able to seamlessly interact with cockpit systems such as climate control, fragrance diffusion, and lighting, while responding to unified orchestration driven by AI large models.

• Advanced R&D capability: Suppliers must be capable of conducting forward-looking technology research in parallel with OEMs, and of translating laboratory concepts into manufacturable and commercially viable engineering solutions.

4. Industry Outlook: A Window into the Next Wave of Innovation

To continuously secure advantages in cutting-edge technologies, automakers are increasingly adopting a more open and closely integrated approach to connecting with ecosystem partners. According to reports, Changan Automobile will host the “Changan Automobile Innovation Technology and Ecosystem Cooperation Exhibition (June Session)” on June 26, 2026, at the Changan Global R&D Center.

This event will focus on areas such as powertrains, the “three electric systems” (battery, motor, and electronic control), thermal management, and next-generation components. It will also facilitate in-depth engagement between participating companies and key decision-makers from core departments such as R&D and procurement. For materials suppliers, component manufacturers, and technology companies aiming to participate in the next wave of automotive innovation, this is not only a critical opportunity to gain insight into Changan’s future technology roadmap, but also an important platform to demonstrate system-level solution capabilities and integrate into a top-tier R&D ecosystem.