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September 11, 2025

Vietnam’s EV Revolution

Vietnam is undergoing a structural shift in its transportation landscape. In 2025, the intersection of aggressive EV policies, rising consumer interest, and evolving infrastructure is creating fertile ground — and tough challenges — for DePIN (decentralized physical infrastructure networks). This article digs into the latest regulations, market & consumer behavior, and what it means for DePIN builders.

⚡ Market Growth & Consumption Trends

Vietnam’s EV market has exploded in recent years:

  • Between 2022 and 2024, EV registrations jumped nearly 20×, from ~4,000 to ~80,000 units as consumers and manufacturers responded to incentives.

  • In 2023, new EV sales rose from ~8,000 units (2022) to ~37,800. In 2024, sales reached nearly 90,000 — ~2.5× growth over 2023.

  • In February 2025, VinFast delivered over 12,500 EVs in a single month — a 25% increase month-on-month, with its models VF 3, VF 5, VF 6 among the top movers. Forecasts suggest Vietnam’s EV market revenue may grow from ~USD 3B in 2025 to USD ≈7B by 2030 (CAGR ~18%)


In parallel, the two-wheeler EV (electric motorbike) market is heating. Prices range from VND 15–30 million (~USD 570–1,150) for standard electric bikes. Dealerships report surging walk-in and reservation demand — some buyers commit a month ahead.

In urban centers, consumers are asking less “Should I buy EV?” and more “Where do I charge? What’s battery swap cost? What’s financing?”


🛵 Two-wheeler dominance and shift to EV bikes

Vietnam’s internal transport is heavily dominated by motorbikes. A new directive announced by the government in July 2025 mandates banning fossil-fuel motorbikes in central Hanoi within 12 months, with broader bans slated from 2028.

  • Honda’s dominance in the motorbike market is weakening: sales dropped ~22% MoM in August after the ban announcement.

  • Among surveyed urban consumers, > 50% said they would prefer an electric motorbike next, attributing the shift to government incentives and policy push.

  • In Hanoi specifically, the intent to adopt EV bikes is higher (~60% in the survey) as a direct response to regulation.


🚗 EV cars: still nascent but incentivized

  • Because of the registration-fee exemption, EV cars remain relatively cheaper to own upfront.

  • However, consumer adoption is constrained by limited charging infrastructure, range anxiety, and higher purchase cost vs ICE (internal combustion engine) alternatives.

  • Automakers and dealers are pushing narratives around total cost of ownership (TCO) and environmental appeal to attract early adopters.


🚗 Leading Brands & Competitive Landscape

VinFast

  • Dominates the domestic EV landscape, having delivered ~87,000 vehicles over recent years.

  • Models like VF 3, VF 5, VF 6, VF 7, VF 8 / VF 9 form a product ladder across segments.

  • It also expands into mobility services: via Xanh SM, its all-electric taxi / mobility arm: ~10,000 EVs and 100,000 EV motorcycles planned.


Domestic EV / Motorbike Brands & Startups

  • Selex Motors: Vietnamese EV moped and battery-swapping operator, with ~30 swap stations currently.

  • Dat Bike, Pega, Yadea: Local players scaling EV bike production, focusing on affordability and servicing in Ho Chi Minh City / Mekong Delta regions.

  • Combined production capacity among domestic players (VinFast, Yadea, Selex, Dat Bike, Pega) is estimated at ~1.8 million units/year (target or theoretical).


Foreign / Premium Brands

  • Brands like BYD, MG, Mercedes-Benz, Audi, Geely have entered Vietnam, focusing on the mid / premium EV segments.

  • BYD in particular is ramping its presence: new dealerships, and discussions of local manufacturing presence.

  • Aion: The GAC brand’s model Y Plus has been introduced to Vietnam, positioning itself in competitive segments.


Market Share & Segment Shifts

  • VinFast now commands ~32.9% market share in H1 2025 in the EV auto segment, aided by local production, pricing, and alignment with policy.

  • Imported ICE / hybrid brands like Toyota, Hyundai, Ford still hold positions in their segments but face pressure as consumers shift EV preferences.


👥 Consumer Behavior & Policy Response

Policy-Driven Demand Shift


Pricing & Affordability Trends

  • Entry-level electric motorbikes command ~VND 15–30 million, a range many middle-class urban buyers can contemplate.

  • Premium electric cars in Vietnam often cost over VND 1 billion in the luxury segment.


Sales Behavior & Shopfront Trends

  • Showrooms and pop-up stalls line major streets and malls (e.g. Vincom, Gigamall) hosting EV showcases.

  • Dealership managers report that some customers commit to purchase after seeing live streams or exhibit demos. A store sold 30–40 units in June — double year-ago volume.

  • Consumer expectations have matured: the value is now in ecosystem, not just vehicles — charging accessibility, battery swap options, financing, after-sales support.


🔎 How This Shapes the EV Narrative

  • The EV transition in Vietnam is not slow adoption — it’s acceleration catalyzed by regulation and mass consumer interest.

  • Dominant brand (VinFast) is now meeting competition from agile local startups and global challengers.

  • Consumers are increasingly evaluating ecosystem quality (charging, service, battery swap options) rather than only vehicle specs.

  • The motorbike EV shift is especially crucial because two-wheelers remain the majority of personal mobility — winning that segment gives outsized scale potential.


🧩 DePIN Opportunities & Challenges

Given this regulatory + market backdrop, here’s how DePIN builders (in energy, charging, battery-swap, mobility, telemetry) should see the landscape:

Domain

Opportunity

Key Challenges / Risks

Charging & Swap Networks

The two-wheeler EV pivot in Hanoi + urban centers demands dense, low-latency charging infrastructure. DePIN nodes (rooftop, sidewalk, shared stations) can fill supply gaps.

Upfront capex, rental / location acquisition costs. Grid constraints at neighborhood scale. Must meet reliability & uptime metrics to attract users.

Energy Management / Demand Response

Load balancing, peak shaving, smart grid signaling can be provided by decentralized energy assets (batteries, behind-the-meter storage). These are natural anchor workloads for DePIN.

Regulatory risk: if EVN (state grid) raises power prices or imposes new regulation, ROI assumptions break. Also potential conflicts with centralized grid operator.

Telemetry, Fleet & Mobility Data

EV fleets (bikes, delivery, shared scooters) produce high-fidelity data (GPS, state-of-charge, usage). DePIN can monetize telemetry / trust layers (e.g. device identity, data oracles).

Data privacy / regulation risk. Must integrate with local DID / identity / chain compliance. Also, penetration is slower in low-income neighborhoods.

Battery-as-a-Service (BaaS) / Swap models

Shared battery swap stations allow lighter vehicles, faster Uptime, and modular investment. DePIN operators can host swap stations, rent modules.

Standardization across vehicle models is low. Battery degradation, capital cost, logistics complexity, and warranty liabilities are real challenges.

Real-World Tokenization / Carbon Credits / RWA in EV

With DePIN nodes capturing real-time usage data, you can mint tokens tied to kilometers driven, emissions saved, battery cycles, or grid services.

Must satisfy the “real-asset backing” clause in Vietnam’s digital-asset pilot (Resolution 05). Auditability, verifiability, and chain trust are critical.


✅ Strategic Recommendations for DePIN Builders

  1. Start small, densify first: Focus pilots in Hanoi and inner-city districts progressing with the motorbike ban. Prove uptime & unit economics before scaling.

  2. Leverage “pre-fee advantage” window: Use the exemption-horizon to onboard users and lock in early contracts before registration fees reappear (post-2027).

  3. Integrate energy arbitrage models: Coupling charging nodes with storage or solar + demand-response helps buffer power-pricing risk.

  4. Build with compliance in mind: Ensure data, device identity, and token models are audit-ready to satisfy local regulators, especially under the pending crypto pilot regime.

  5. Partner local players: Collaborate with telecoms, power distribution companies, municipal governments, and vehicle OEMs to share infrastructure load, permits, and affordability.

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