What is a DC Floor–Mounted EV Charger? 

DC floor stand charging stations provide direct current output, significantly reducing charging time compared to AC chargers. With firm enclosures and flexible output configurations, they are ideal for continuous, high-frequency usage.

Where are DC Floor-Mounted EV Chargers Most Needed? 

DC floor-mounted chargers are widely used in locations that demand reliable, high-throughput charging services. Common scenarios include:

• Highway service stations
• Public transportation depots
• Urban commercial parking lots
• Logistics hubs and freight yards
• EV charging parks and service centers

Their durability and high-power capacity make them suitable for both passenger vehicles and heavy-duty electric trucks or buses.

What are the Features of AMPPAL DC Floor–mounted EV Chargers? 

Versatile Networking Methods

AMPPAL DC floor stand charging stations support both Ethernet and 4G communication, ensuring stable connectivity for remote monitoring, software updates, and data transmission. This versatility allows operators to manage chargers efficiently even in areas without wired infrastructure.

Flexible Connector Options

Each DC floor standing EV charger can be configured with multiple international-standard connectors such as CCS1, CCS2, CHAdeMO, and GB/T, supporting a broad range of electric vehicle models. Multi-gun capability enables the simultaneous charging of different vehicles, increasing operational efficiency.

Intelligent Control and Protocol Compatibility

Integrated with OCPP 1.6J, our DC floor EV charging system enables seamless communication with backend platforms. It supports real-time monitoring, billing, diagnostics, and load management, providing operators with a scalable and future-ready charging infrastructure.

Flexible Charging Stack: Scalable Power for High-Demand Scenarios 

For high-load commercial applications, we deliver a fully integrated flexible charging stack system. This DC floor stand charging station is built on our proprietary “power pool” architecture, allowing dynamic power allocation across multiple terminals. Each DC floor standing EV charger within the stack can output over 240kW, supporting multi-gun charging simultaneously. Designed for demanding environments, the system adjusts output current in real time, enables time-based charging strategies, and supports various EV battery requirements. Whether installed at logistics hubs, ports, shopping centers, or residential complexes, this DC power floor stand charging station delivers a high-performance, cost-effective, and scalable solution. The installation follows standard practices for DC EV charger height from the floor, ensuring user accessibility and compliance with safety standards.