Discover our enterprise-grade portfolio of DC ultra-fast chargers, heavy-duty commercial energy storage systems, and telematics modules deployed across Vietnam's expanding electric mobility network.
Vietnam’s commitment to achieving net-zero carbon emissions by 2050—announced at COP26 and formalized through National Energy Master Planning—has catalyzed an unprecedented transformation across its transportation and power distribution sectors. Central to this transition is the rapid scaling of high-power electric vehicle (EV) charging networks, commercial fleet electrification, and distributed microgrid storage systems. As urban centers such as Hanoi, Ho Chi Minh City, Da Nang, and major industrial logistics hubs (e.g., Hai Phong, Binh Duong, Dong Nai) absorb tens of thousands of new electric passenger cars, buses, and two-wheelers (E2Ws), the demand for industrial-grade, intelligent charging systems has evolved from basic plug-and-play hardware to complex, grid-interactive energy nodes.
Information Gain Key Insight: Deploying EV charging hardware in Vietnam requires overcoming two fundamental regional challenges: severe microclimate stress (high humidity, ambient heat exceeding 40°C, and seasonal monsoon flooding) and grid capacity bottlenecks across localized EVN (Electricity of Vietnam) transformers. Premium manufacturers must integrate active liquid cooling, IP65 protection, and real-time Dynamic Load Management (DLM) to ensure bankability and zero operational downtime.
Unlike unified markets, Vietnam’s EV fleet exhibits a hybrid charging ecosystem. While domestic flagship OEM VinFast and European/American imports strictly utilize the IEC 62196 CCS Combo 2 standard, the rapid inflow of Chinese passenger and commercial EVs (such as BYD, Wuling, Geely, and Changan) brings heavy demand for China’s GB/T 2015 and next-generation ChaoJi standards. Furthermore, high-voltage vehicle architectures operating on 800V to 1000V battery platforms (e.g., Raptee.HV T30 motorcycles, heavy-duty commercial e-buses, and high-performance sedans) require charging piles capable of wide voltage output curves (200V DC – 1000V DC) without thermal throttling.
As a specialized manufacturer serving Charge Point Operators (CPOs), municipal transit authorities, and commercial fleet operators in Vietnam, our smart charging systems incorporate modular power conversion blocks (ranging from 30kW liquid-cooled power modules up to 480kW supercharging stacks). These systems feature dual-gun dynamically allocated outputs, supporting matrix power sharing between CCS2 and GB/T connectors dynamically according to real-time BMS (Battery Management System) requests.
Scalable split-terminal power cabinets delivering 80kW to 480kW outputs. Designed to add up to 300 km of driving range in under 12 minutes utilizing ISO 15118 high-voltage protocol handshake.
Full native interoperability with global and local CPO backends (including VinCharge, GreenCharge, and custom enterprise ERPs), supporting RFID, POS credit card terminals, and mobile app Plug & Charge workflows.
Direct DC-bus coupling with photovoltaic (PV) solar arrays and Battery Energy Storage Systems (BESS), allowing CPOs in Vietnam to shave peak EVN tariffs and operate during localized grid dropouts.
Our smart charging systems and telematics ecosystems are engineered specifically for Vietnam's unique geographical, economic, and logistical landscape.
| Application Scenario | Key Regional Demand Drivers | Recommended Hardware / Software Configuration | Operational ROI & Efficiency Benefit |
|---|---|---|---|
| North-South Highway Corridor (National Route 1A & Expressway CT01) | Long-distance intercity transit requiring continuous 24/7 fast replenishment for passenger EVs, coaches, and heavy freight. | T480 480kW Ultra-Fast Liquid-Cooled Charging Stacks with dual CCS2 connectors and integrated RFID/POS payment terminals. | Minimizes vehicle turnaround time to under 15 minutes; high throughput maximizes per-kWh revenue for highway CPO concessions. |
| Urban Commercial Logistics & Taxi Fleets (HCMC & Hanoi) | High-frequency urban mileage (GSM, Grab, Delivery Fleets) needing scheduled, safe overnight AC & rapid daytime DC top-ups. | 80kW – 160kW Floor-Mounted Dual-Gun DC Chargers integrated with 4G/GPS Fleet Telematics & TPMS Modules. | Reduces fleet downtime by 40%; centralized backend prevents grid breaker trips during peak charging windows. |
| Industrial Parks (VSIP, Becamex, Amata, Deep C) | Corporate sustainability mandates (ESG), employee commuter EV charging, and heavy factory yard logistics trucks. | Solar-Storage-Charging (SCU) Integrated Cabinets paired with Solid-State BESS buffer packs. | Eliminates grid upgrade capital expenditure (CapEx); leverages daytime solar power to offset peak EVN electricity pricing. |
| Electric Two-Wheeler (E2W) & Last-Mile Delivery Hubs | Massive density of electric scooters, mopeds, and delivery trikes across congested city centers (Da Nang, Can Tho, Hanoi). | Movable/Portable 20kW GB/T & CCS DC Fast Units paired with high-energy Li2S solid-state replacement cells. | Enables flexible fleet servicing at temporary delivery hubs without permanent civil engineering investments. |
Building a future-proof charging network in Vietnam requires deep compliance with evolving national regulations and grid standards enforced by the Ministry of Industry and Trade (MOIT) and Electricity of Vietnam (EVN). The following technical factors define competitive advantage in the local market:
Vietnamese coastal regions suffer from high airborne salinity, while urban centers experience severe annual monsoon rainstorms and ambient heat spikes above 40°C. Standard outdoor charging equipment frequently experiences PCB oxidation, fan failure, and thermal derating. Our charging stations employ cabinet-level IP65 enclosure protection, conformal anti-corrosion coating, isolated cold-plate heat exchangers, and smart thermal control algorithms that maintain 100% rated output up to 50°C ambient temperatures.
Uncontrolled fast-charging station deployment poses a major threat to localized low-voltage distribution transformers across Vietnam's aging municipal power grids. Smart charging systems must feature edge-computed Dynamic Load Balancing. By communicating directly with local EVN smart meters via Modbus TCP or RS485, our chargers automatically throttle output power during peak industrial demand hours and ramp up output during off-peak night periods, protecting site transformers without dropping sessions.
Clear, expert answers addressing customs, regulatory compliance, grid integration, and warranty support for importing and deploying smart charging infrastructure in Vietnam.
DC fast chargers entering Vietnam must comply with Ministry of Information and Communications (MIC) standards for EMC/RF components and Ministry of Industry and Trade (MOIT) safety guidelines. Key international test reports include IEC 61851-1 (EV conductive charging systems), IEC 61851-23 (DC EV charging stations), CE, and ISO 9001 quality management. Our charging systems arrive fully certified with complete Form E Certificate of Origin (CO) documents for preferential tariff clearance under ASEAN-China Free Trade Agreements.
Yes. All our chargers natively support Open Charge Point Protocol (OCPP) version 1.6-JSON and OCPP 2.0.1. This ensures 100% compatibility with any third-party management software, billing gateway, or mobile application currently operating in Vietnam. CPOs can remotely manage pricing tariffs, start/stop charging sessions, execute firmware over-the-air (OTA) updates, and monitor diagnostic fault codes in real time.
Our outdoor charging piles are built with heavy-duty galvanized steel or marine-grade aluminum cabinets featuring IP65 water/dust ingress protection and IK10 vandal-proof resistance. Internal electronics are elevated above ground level inside the enclosure, and smart moisture/water sensors automatically trigger galvanic insulation isolation if floodwaters breach site thresholds, preventing high-voltage short circuits or equipment damage.
Our chargers utilize matrix power switching modules. For instance, on a 160kW dual-gun station, if one vehicle arrives requiring 120kW, the station allocates 120kW to Plug A and 40kW to Plug B. Once Vehicle A reaches 80% SOC (State of Charge) and reduces its power draw, the charger instantly transfers available capacity to Vehicle B. This maximizes charging turnover and revenue generation per square meter of site footprint.
We offer a standard 24-month comprehensive manufacturer warranty on all DC charging hardware and energy storage systems, extendable up to 5 years. For local CPO partners and distributors in Vietnam, we supply regional spare part kits (including power modules, main control boards, touchscreen panels, and charging cables) alongside remote Level-3 engineering support and technical training for local maintenance personnel.
As a dedicated OEM/ODM manufacturer specializing in high-voltage EV chargers, solid-state battery solutions, and intelligent fleet telemetry, we deliver end-to-end reliability for Southeast Asia's clean transport transition.
Complete structural cabinet design, brand color matching, customized HMI touchscreen interfaces (supporting Vietnamese, English, and Chinese), and custom hardware protocol integration tailored to your brand identity.
Pioneering high-energy-density Li2S solid-state electrolyte battery packs (up to 320Wh/kg) and integrated telematics (4G GPS, real-time TPMS, Bluetooth temperature logging) for maximum vehicle fleet safety.
Every single power module and complete charging pile undergoes rigorous 100% full-load burn-in testing, insulation resistance verification, thermal imaging inspection, and simulated weather chamber stress before shipment.
Partner with a trusted manufacturer offering industrial-grade DC fast chargers, microgrid integration, and advanced fleet management telematics engineered for maximum uptime and ROI.
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