The Thinnest DC EV Charger in the World

Ultra-thin Dual-gun EV Charger

The BUDC Ultra Fast Charger 150kW features an ultra-slim design with a thickness of only 100 mm, effectively overcoming installation space limitations and greatly improving spatial efficiency. Combined with its minimalist design language, it offers a new energy infrastructure solution that both saves space and enhances the urban environment.

150kW

Max Output Power

100mm

Thickness

Liquid

Heat Dissipation

≥ 95%

Efficiency

Exterior Design

Drawing inspiration from the imagery of ‘blade’, the design employs flat vertical surfaces and the golden ratio to create a minimalist geometric form that conveys a sense of restrained, rational strength. The brushed aluminum alloy shell provides a refined texture while offering fingerprint resistance, scratch resistance, stain resistance, and weather durability, making it well-suited for outdoor environments. Paired with neutral tones, the design effectively reducing visual pressure and allowing it to integrate more naturally into its surroundings. The overall appearance resembles a refined architectural facade, transforming from an ‘industrial device’ into an integral ‘urban element’, achieving an organic fusion of technological and architectural language.

Ultra-thin

By innovatively applying a flat-layout design to the AC, DC, and control modules and replacing traditional fan-based cooling with an integrated liquid cooling system, this product ensures reliable heat dissipation under high-power operation while reducing the overall thickness from over 400mm in conventional designs to under 100 mm. This ultra-slim structure enables flexible installation options, such as wall-mounted or embedded setups, greatly expanding its range of application scenarios.

Ultra-thin

Al-based Dynamic Power Allocation

This DC EV charger features dual charging guns with a total output of 150 kW. The intelligent power scheduling system allows for a single gun to be in use; the output can precisely adjust between 75 kW and 150 kW to match the vehicle’s requirements. When both guns operate simultaneously, the system dynamically allocates power based on each vehicle’s status and charging needs to achieve optimal efficiency. In addition, the AC/DC/Control modular architecture allows each module to be independently detached and replaced, greatly improving maintenance convenience and enabling future upgrades and scalability.

IP 65 Protection Level

The EV DC fast charger enclosure achieves an IP65 protection rating, effectively withstanding complex outdoor weather conditions. The electrical safety system integrates multiple protection mechanisms, including overvoltage, undervoltage, short circuit, overheating, and insulation fault protection. It also features residual current detection with automatic circuit breaking and real-time monitoring of the surge protector via the main control board, ensuring continuous and stable operation of the equipment.

User-Friendly Interaction

The interaction design is fully human-centered: the operation area is ergonomically positioned at a comfortable height of 1.2–1.5 meters, with the most frequently used functions—Start, Stop, and NFC—integrated into a single accessible zone. An intuitive display provides clear real-time operating status, while multiple interaction modes are supported, including plug-and-charge, Bluetooth, NFC, and physical buttons, ensuring smooth operation across different usage scenarios.The operation area is positioned at a natural height of 1.2–1.5 m for comfortable human interaction. High-frequency functions (Start/Stop/NFC) are integrated within a single, centralized layout. Supports multiple operation modes: plug-and-charge, Bluetooth, NFC, and physical buttons.

Sustainability

Constructed from eco-friendly, durable, and recyclable aluminum alloy, this design minimizes environmental impact from the source. Its modular design enhances durability and maintainability, extending the product’s lifespan and reducing waste generation. Moreover, by supporting green mobility and advancing the adoption of clean energy, contribute the development of low-carbon cities