A decade ago, industry insiders debated fiercely whether hybrid vehicles were merely a transitional technology for the new energy automotive sector. Today, the market landscape has undergone a fundamental shift. At the 6th International Forum on Vehicle Powertrain Systems, senior executives from leading automakers and industrial institutions reached a unanimous consensus: overseas expansion of hybrid technologies has evolved from an optional strategy to an indispensable necessity for automotive enterprises striving to break through market bottlenecks. Beyond complete vehicle exports, a profound industrial transformation lies under the hood. Chinese hybrid assemblies are penetrating global markets in the form of systematic integrated solutions, marking an unprecedented leap from technical followers to industrial enablers and realizing the reverse technology export across the global automotive industry.
Complete Vehicles Pave the Way, High Profit Margins Drive Hybrid Assembly Exports
The export of finished vehicles serves as the vanguard for Chinese hybrid technology to go global.
Official statistics released at the forum indicate that China has ranked first worldwide in automobile exports for three consecutive years, with the export volume hitting 7.1 million units last year. The new energy vehicle sector has maintained explosive overseas growth: the export growth rate of pure electric vehicles exceeds 60%, while plug-in hybrid electric vehicles (PHEVs) register a striking growth rate of 200%, far outperforming their pure electric counterparts and emerging as the core driving force behind new energy export growth.
Overseas consumers’ purchasing decisions have solidly validated the comprehensive competitiveness of Chinese hybrid products. BYD Qin PLUS DM-i repeatedly claims the monthly sales crown in Thailand’s segmented market, and the Song PLUS DM-i has entered multiple European countries. Chery Tiggo 8 Pro Kunpeng e+ hybrid version sells steadily across South American regions such as Brazil and Chile, thanks to its exceptional adaptability to high-altitude areas with extreme temperature differences. Lynk & Co and Zeekr, owned by Geely, have also launched hybrid models in numerous European and Asia-Pacific countries. These best-selling products worldwide have translated Chinese hybrid technology from theoretical parameters into tangible user value, laying a solid reputation foundation for the export of hybrid assemblies.
Besides incremental market demands, the imbalanced profit landscape acts as a core internal driver pushing manufacturers to accelerate hybrid overseas deployment. Intense internal market competition and prevailing price wars have continuously squeezed profit margins. The industry’s net profit rate dropped from 7.8% in 2017 to 3.2% in the first quarter of this year. In stark contrast, the profit margin of automotive product exports reaches 43% or even higher, presenting an overwhelming economic advantage.
Zhao Fucheng, CTO of Haosi Powertrain, pointed out that overseas expansion is no longer an added bonus but a survival prerequisite for automakers. With shrinking profit margins in the domestic market, enterprises will face severe operational risks if they fail to tap into high-value overseas markets. Caught between a low-margin saturated home market and a lucrative booming global market, going global has become the optimal solution for Chinese automakers to overcome developmental bottlenecks.
Global Market Tailwinds Make Hybrid Assemblies a New Export Ace
Exporting finished vehicles exposes automakers to mounting drawbacks including tariff barriers and restrictive localized policies. Against this backdrop, exporting integrated hybrid assemblies and comprehensive powertrain solutions has become a superior alternative. This model helps enterprises bypass partial trade barriers, diversify revenue streams, and deepen integration into the global automotive supply chain.
The global hybrid market is embracing unprecedented growth dividends with differentiated demands across regions. According to industry insiders, North America boasts the fastest-growing hybrid market, with the penetration rate projected to rise to 26% by 2030. Hybrid vehicles will dominate South America’s electrification transition due to insufficient charging infrastructure. In ASEAN countries, the penetration rate of Hybrid Electric Vehicles (HEVs) will increase from the current 6% to 15%. HEVs outpace Plug-in Hybrid Electric Vehicles (PHEVs) in popularization thanks to their lower reliance on charging facilities. Such diversified regional demands create vast opportunities for Chinese enterprises to deliver customized hybrid assembly solutions.
The strategic shift of global original equipment manufacturers (OEMs) has further widened the market gap for high-quality hybrid assemblies. After blindly flocking to the pure electric track in previous years, the global industry has reached a new consensus: the technical roadmap has shifted from pure electrification to diversified parallel development, securing hybrid power a core position in the future passenger vehicle market. Major overseas automakers are ramping up investment in hybrid research and development, generating massive procurement demands for premium hybrid assemblies and ushering in a golden era for Chinese hybrid enterprises.
Fueled by solid vehicle export foundations, urgent profit-driven transformation and surging global demands, the golden window for Chinese hybrid assembly exports has fully opened. Leading brands including BYD, Geely and Chery are evolving from vehicle providers for domestic consumers to professional powertrain enablers for global automakers.
Empowered by Cutting-edge Technologies to Meet Global Top-tier Standards
Price competitiveness alone cannot win overseas market recognition; state-of-the-art engineering technologies serve as the fundamental passport for Chinese hybrid products to compete globally. Polished by fierce domestic market competition, Chinese hybrid assemblies have achieved comparable or even superior performance against established international brands in three core dimensions: high-efficiency dedicated hybrid engines, high-voltage electrified hybrid platforms, and advanced emission compliance technologies, adapting to stringent global regulations and diverse operating scenarios.
The dedicated hybrid engine constitutes the core of the entire powertrain system. Haosi Powertrain’s self-developed hybrid-specific engines lead the industry in thermal efficiency, with the methanol-powered variant achieving a record-high bench thermal efficiency of 48.7%. Instead of pursuing blind parameter upgrades, Chinese manufacturers prioritize the balance between performance and cost. The industry’s shared development philosophy is to avoid excessive cost increases during technological iteration. Developing cost-effective engines with a thermal efficiency of 50% has become the core R&D target and a key competitive edge that distinguishes Chinese hybrids from foreign counterparts.
Chinese automakers have cultivated multiple parallel technical routes for high-voltage electrified hybrid platforms to suit diverse market scenarios. Haosi Powertrain has launched a 900V high-voltage hybrid architecture equipped with two motors with peak power of 145kW and 290kW respectively, maintaining stable dynamic performance even under battery-depleting conditions. BYD’s DM-i architecture adopts a motor-dominant and engine-supplementary layout. Supported by high-efficiency Xiaoyun engines, the system features low costs, superior ride comfort and reduced fuel consumption, perfectly matching the market characteristics of Southeast Asia and Europe. Chery’s Kunpeng DHT, equipped with a 3-speed hybrid transmission, enables full-speed engine direct drive and delivers prominent energy-saving advantages during high-speed driving.
Beyond technical barriers, stringent global emission regulations pose the most critical challenge for hybrid product globalization. The EU will officially implement the O7 emission standard on November 29 this year, while North America plans to roll out the Tier4-Bin30 regulation in 2027. Both regulations set extremely rigorous requirements for engine raw exhaust emissions and after-treatment systems.
Chinese enterprises have completed pre-emptive technical reserves to comply with world-class emission standards. Haosi Powertrain’s self-developed Cold Start Catalyst (CSC) technology outperforms traditional electric heating solutions and is ready for mass production at any time. The company’s customized NOx control solution for lean-burn after-treatment eliminates the need for urea injection and slashes the consumption of precious metals, freeing domestic manufacturers from reliance on overseas emission control technologies. Furthermore, to meet the high-torque requirements for trailer towing prevalent in European and North American markets, R&D teams have incorporated high-torque output, full-range heat dissipation and long-term durability into the initial design of hybrid assemblies.
Diversified technical routes endow Chinese hybrid products with powerful scenario adaptability. BYD DM-i caters to congested road conditions and inadequate charging infrastructure in Southeast Asia; Chery’s 3-speed DHT adapts to unrestricted high-speed roads across Europe; Geely’s Thunder Hybrid covers full-scenario travel demands. The overseas expansion of Chinese hybrid technology has upgraded from single-product export to modular technical service with flexible and customizable combinations.
Deepen Localized Operation: From Product Export to Ecological Rooting
Advanced technologies act as a sharp sword to explore global markets, while comprehensive localized operations serve as a solid shield to sustain market shares. Compared with technological R&D, ESG compliance, localized supply chain construction and policy adaptation have become the primary obstacles for overseas-oriented automakers.
Global trade regulations have grown increasingly complex: the EU has issued mandatory policies covering carbon footprint declarations, battery passports and supply chain due diligence; South American countries impose rigid local production ratio requirements; ASEAN regions have upgraded data sovereignty regulations. Additionally, some countries levy hidden consumption taxes ranging from 45% to 75%, and North America mandates the procurement of locally manufactured components. These multilayer invisible barriers greatly erode the cost advantages of imported hybrid assemblies.
The supply chain challenge presents even greater difficulties. Exporting hybrid assemblies is far more complicated than simply relocating component suppliers. Enterprises need to mitigate geopolitical risks, satisfy localized procurement quotas, and balance production costs with regulatory compliance to build a cost-effective and fully compliant localized supply chain, a systematic project far more sophisticated than complete vehicle export.
Industry experts have summarized six targeted guidelines to address overseas operational pain points: adhere to long-term strategic layouts instead of pursuing short-term windfall profits; build regionalized operation systems that integrate centralized headquarters management and localized agile responses; reduce malignant internal competition and promote cross-industry collaboration; respect and integrate into local cultures to consolidate brand trust; cultivate localized talents to meet regional employment policies; iterate technologies continuously to narrow the regulatory cognition gap with veteran foreign automakers. The core principle is clear: overseas hybrid deployment requires long-term localization rather than short-term speculative harvesting.
Chinese automakers have explored differentiated localized development models in industrial practice. BYD has built an integrated vehicle and battery manufacturing plant in Rayong, Thailand, to radiate the entire ASEAN market and support localized supply of hybrid assemblies. Chery has deepened its layout in South America and optimized engine calibration specifically for ethanol-gasoline mixed fuels popular across the region. Leveraging Haosi Powertrain’s global platform, Geely supplies 1.5T hybrid engines to international clients such as Mercedes-Benz as a third-party technology provider, effectively reducing geopolitical concerns.
Industry trends indicate that the global powertrain supply chain will evolve toward short-chain and regionalized collaboration. The era of isolated overseas expansion has ended, and future competition will focus on the comprehensive strength of regional industrial ecosystems. With mature localized supply chains, policy adaptation capabilities and scenario-oriented optimization solutions, Chinese hybrid assemblies have abandoned the label of low-cost substitutes and evolved into reliable system-level partners capable of end-to-end delivery for global OEMs.
Conclusion: Embark on a Long-term Race to Reshape the Global Hybrid Pattern
The reverse export of Chinese hybrid technology is not a temporary market boom, but a long-term industrial marathon. This historic achievement relies on complete vehicles to pioneer overseas markets, cutting-edge technologies to withstand global competition, and in-depth localized layouts to consolidate overseas business foundations.
Driven by saturated domestic low-margin markets, lucrative overseas growth dividends and the global shift toward hybrid power, overseas expansion and hybrid layout have become dual necessities for Chinese automakers to break through development bottlenecks. The golden strategic window is open yet not permanent.
In the future, enterprises that secure core global orders with technological strengths and stabilize market shares via refined localized operations will complete the transformation from followers to rule-makers in the restructured global hybrid industrial chain. Undoubtedly, the globalization journey of Chinese hybrid technology has only just begun, and the long-distance competition has officially kicked off.
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