Slide 1: The Future of Mobility

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2026

THE FUTURE OF MOBILITY

Global New Energy Vehicle Industry Insights & Strategic Outlook

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GLOBAL MARKET OVERVIEW

Exponential growth driven by policy, technology, and consumer adoption. The tipping point has been reached in major markets.

20M+

Units sold in 2025
(Estimate)

35%

Year-over-year growth rate
(2020–2025 CAGR)

$1.2T

Market value by 2030
(Projection)

Global NEV Sales (2020–2025)

Source: IEA Global EV Outlook 2025

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The Engine

CHINA

The global manufacturing powerhouse, driven by strong government subsidies and a mature supply chain.

Market Share 60%

Charging Outlets 2.5M+

The Pioneer

EUROPE

Leading with strict CO2 regulations and high consumer awareness, focusing on premium and sustainable mobility.

Adoption Rate 25%

Net Zero Target 2035

The Innovator

USA

Accelerating through the Inflation Reduction Act (IRA) and home to the world's most valuable EV tech giants.

IRA Incentives $7.5K

Tech Investment $100B+

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Insight 04 // 10

BATTERYINNOVATION

TECH_SCAN: ACTIVE

Next-Gen

Solid-State Cells

Eliminating liquid electrolytes to achieve 2x energy density and 1,000km+ range. Commercialization target: 2027–2030.

Market Shift

LFP vs. NCM

Lithium Iron Phosphate (LFP) gaining market share due to cost efficiency and safety, while NCM focuses on ultra-high performance.

Integration

Cell-to-Chassis

Integrating battery cells directly into the vehicle structure to reduce weight by 10% and maximize spatial efficiency.

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THE NEV
BACKBONE

Charging infrastructure is no longer just a convenience—it is the critical enabler of mass adoption. The shift from "slow-charge" to "ultra-fast" is redefining long-distance travel.

Ultra-Fast Charging 350kW+

Industry standard moving toward 10-minute charging for 400km range, rivaling traditional refueling times.

Vehicle-to-Grid (V2G) Bi-Dir

Transforming EVs into mobile energy storage units that stabilize the power grid during peak demand.

Global Target 2030 15M+

Projected number of public charging points required globally to support the 2030 net-zero trajectory.

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INTELLIGENT Experience

L3+ Autonomous Driving

Transitioning from driver assistance to high-level automation, powered by LiDAR and AI neural networks.

Software-Defined Vehicle (SDV)

Hardware becomes the vessel; software becomes the soul. Over-the-air (OTA) updates redefine car ownership.

AI-Integrated Cockpits

Immersive displays, voice-controlled AI agents, and biometric sensing for a personalized cabin environment.

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CIRCULAR
LOOP

Life Cycle Assessment (LCA)

Shifting focus from "tailpipe emissions" to the total carbon footprint of manufacturing and raw material extraction.

Battery Second Life

Retired EV batteries repurposed for stationary energy storage, extending their functional life by 10+ years.

Closed-Loop Recycling

Recovering 95%+ of Lithium, Cobalt, and Nickel to create a self-sustaining supply chain independent of mining.

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THE BATTLE FOR DOMINANCE

Pure EV Challengers

The Tech Natives

Software-First Architecture

Direct-to-Consumer Sales

Rapid Innovation Cycles

TESLA

BYD

RIVIAN

Traditional Legacy

The Scale Giants

Manufacturing Excellence

Global Service Networks

Massive Capital Reserves

VW GROUP

TOYOTA

FORD

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Critical Risk Assessment

SUPPLY CHAIN
FRAGILITY

The transition to electric mobility is only as fast as the earth can provide raw materials. Geopolitics and scarcity remain the primary bottlenecks.

Mineral Scarcity

Lithium, Graphite, and Cobalt demand is projected to outstrip supply by 2028 without massive new mining investment.

Geo

Geopolitical Risk

High concentration of processing capacity in single regions creates vulnerability to trade tensions and export bans.

Cost Volatility

Raw material price swings directly impact battery pack costs, threatening the $100/kWh price parity target.

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Conclusion

THE ROAD TO 2030

"Mobility is no longer about transportation, but an ecosystem where energy, intelligence, and sustainability converge."

50%+

Global NEV Penetration

Net Zero

Supply Chain Target

AI-First

User Experience

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THE FUTURE OF MOBILITY

GLOBAL MARKET OVERVIEW

REGIONAL LEADERS

CHINA

EUROPE

USA

BATTERYINNOVATION

Solid-State Cells

LFP vs. NCM

Cell-to-Chassis

THE NEV
BACKBONE

INTELLIGENT Experience

L3+ Autonomous Driving

Software-Defined Vehicle (SDV)

AI-Integrated Cockpits

BEYOND THE EXHAUST:
SUSTAINABILITY

Life Cycle Assessment (LCA)

Battery Second Life

Closed-Loop Recycling

THE BATTLE FOR DOMINANCE

The Tech Natives

The Scale Giants

SUPPLY CHAIN
FRAGILITY

Mineral Scarcity

Geopolitical Risk

Cost Volatility

THE ROAD TO 2030

50%+

Net Zero

AI-First

⌨️ Keyboard shortcuts

THE FUTURE OF MOBILITY

GLOBAL MARKET OVERVIEW

REGIONAL LEADERS

CHINA

EUROPE

USA

BATTERYINNOVATION

Solid-State Cells

LFP vs. NCM

Cell-to-Chassis

THE NEVBACKBONE

INTELLIGENT Experience

L3+ Autonomous Driving

Software-Defined Vehicle (SDV)

AI-Integrated Cockpits

BEYOND THE EXHAUST: SUSTAINABILITY

Life Cycle Assessment (LCA)

Battery Second Life

Closed-Loop Recycling

THE BATTLE FOR DOMINANCE

The Tech Natives

The Scale Giants

SUPPLY CHAINFRAGILITY

Mineral Scarcity

Geopolitical Risk

Cost Volatility

THE ROAD TO 2030

50%+

Net Zero

AI-First

THE NEV
BACKBONE

BEYOND THE EXHAUST:
SUSTAINABILITY

SUPPLY CHAIN
FRAGILITY

VibeAgent 执行过程

New Energy Vehicle Industry Insights