As the global transition to electric vehicles (EVs) accelerates, the need for reliable, efficient, and scalable charging infrastructure becomes more critical than ever. At the forefront of this evolution is the floor-mounted DC EV charger—a high-performance, commercial-grade charging solution designed to meet the growing demands of modern electric transportation networks.
Available in 60kW, 90kW, and 120kW output capacities, floor-mounted DC ev chargers are engineered to deliver ultra-fast direct current charging in public, fleet, and business environments. With compatibility for multiple international charging standards, including CCS1, CCS2, CHAdeMO, GBT, and NACS, these chargers serve a broad range of electric vehicles globally.
Built with robust safety features, advanced communication protocols, and a durable IP55-rated enclosure, this all-in-one charging system is ideal for indoor and outdoor installations alike. Its sleek yet rugged design, user-friendly operation, and smart connectivity make it a key component in the development of sustainable, accessible EV infrastructure.
At the heart of the floor-mounted DC EV charger is its fast-charging capability, made possible by a dual-output system and high power efficiency. With selectable output options of 60kW, 90kW, or 120kW, operators can tailor the system to suit the needs of their specific deployment—whether it's a highway rest stop, public parking garage, or private fleet depot.
The charger’s dual-output gun can be customized to support different plug standards, ensuring that both local and international EV models can be served. This flexibility enhances the charger’s value in diverse markets, while also future-proofing it against changes in vehicle compatibility.
Advanced cooling is provided by a forced-air system that maintains optimal operating temperature in hot or cold conditions. This system ensures consistent charging performance and longevity, even during high-traffic usage or in extreme climates.
Designed for both public and private use cases, the charger includes a 7-inch LCD touchscreen for an intuitive and interactive user interface. The display provides real-time charging data, error notifications, session status, and payment options—creating a smooth and informative experience for users.
Authentication and access control can be managed via RFID cards, mobile apps, or QR codes, adding layers of flexibility for users and operators. The charger also supports remote software upgrades, diagnostics, and monitoring via OCPP 1.6J, enabling smart energy management and network integration with back-end systems.
Connectivity options include Ethernet, 4G, and Wi-Fi, making it easy to integrate into existing IT infrastructure and energy management systems. These features are crucial for operators managing multiple chargers across multiple sites, where centralized control and remote troubleshooting significantly reduce downtime and maintenance costs.
Safety is a top priority in high-power electrical systems, and the floor-mounted DC EV charger incorporates comprehensive protection features, including:
Over-voltage, under-voltage, and over-current protection
Short circuit and ground fault protection
Emergency stop functionality
Isolation monitoring and insulation fault detection
The charger is enclosed in a galvanized steel cabinet with IP55-rated protection, offering high resistance to dust, water, and corrosion. This makes it suitable for long-term use in outdoor environments, including areas exposed to rain, snow, and high humidity.
It also complies with CE and other regional safety standards, ensuring safe and certified operation in a variety of global markets.
The floor-mounted DC EV charger is more than just a charging station—it is a critical enabler of next-generation transportation infrastructure. Its modular architecture and software-based control systems allow operators to scale up deployment rapidly, from a single unit in a corporate parking lot to a network of stations across a city.
For commercial operators, the charger offers a compelling solution for fleet management, allowing fast turnaround times for electric buses, trucks, and delivery vehicles. It supports scheduled charging sessions, power sharing between multiple outputs, and integration with renewable energy systems or battery storage solutions.
In public charging networks, these chargers reduce charging time drastically, improving throughput at high-traffic locations and boosting user satisfaction. In residential communities or retail parking lots, they provide value-added services that align with green energy goals and local sustainability regulations.
The exponential growth in EV adoption globally has created a pressing demand for fast, convenient, and reliable charging solutions. Floor-mounted DC EV chargers are uniquely positioned to address this challenge. Unlike wall-mounted or portable units, these chargers offer high-power, high-capacity charging that suits the needs of modern EV users who require quick charging during busy daily schedules.
Whether installed at highway service areas, airports, corporate campuses, or urban commercial centers, floor-mounted chargers offer a professional, scalable infrastructure component that enables the mass adoption of electric vehicles. Their reliability and performance also encourage confidence among consumers, helping eliminate range anxiety and promoting a broader shift to EVs.
A major advantage of the floor-mounted design is its installation flexibility. These chargers can be deployed directly at ground level, reducing the need for complex structural modifications or trenching work. This makes installation quicker and more cost-effective, particularly in retrofit environments.
The floor-mounted structure allows vehicles to park directly adjacent to the charger, reducing cable length and minimizing clutter. The station’s ergonomic layout improves accessibility for drivers, including those with disabilities, and helps streamline the user experience for all customers.
For facility operators, these chargers can be integrated into existing parking structures without major disruption, preserving valuable real estate and avoiding interference with pedestrian pathways or traffic lanes.
Beyond convenience and performance, floor-mounted DC EV chargers represent a fundamental pillar in the journey toward carbon neutrality and sustainable mobility. By enabling rapid charging for zero-emission vehicles, these chargers play a direct role in reducing greenhouse gas emissions, improving urban air quality, and reducing dependency on fossil fuels.
Moreover, when paired with renewable energy sources like solar photovoltaic systems or wind power, these chargers form a key component of a decentralized clean energy ecosystem. They can also be configured to work with vehicle-to-grid (V2G) systems or energy storage, maximizing energy efficiency and grid stability.
Governments and corporations committed to sustainability targets are increasingly adopting floor-mounted DC chargers as part of their infrastructure plans, recognizing their impact not just on transportation, but on overall climate resilience.
The floor-mounted DC EV charger is aligned with global policies and trends pushing for greener transportation alternatives. As governments worldwide introduce incentives, mandates, and regulations to phase out internal combustion engine vehicles, the demand for fast-charging infrastructure will continue to surge.
Cities are investing in public EV charging corridors, businesses are electrifying their vehicle fleets, and utility providers are partnering with manufacturers to create integrated energy-charging ecosystems. In all these developments, floor-mounted DC chargers play a crucial enabling role.
By providing a high-powered, user-friendly, and safe solution, they serve as the backbone of the modern EV ecosystem—helping to bridge the gap between growing EV adoption and the infrastructure needed to support it.
The floor-mounted DC EV charger stands out as a comprehensive solution that meets the performance, safety, and scalability requirements of today’s EV infrastructure. With output options ranging from 60kW to 120kW, support for global charging standards, and intelligent network integration through OCPP 1.6J, it delivers unmatched value for operators and users alike.
Whether installed at commercial, fleet, or public locations, these chargers promote faster EV adoption by offering a reliable, future-ready, and environmentally friendly solution. As we work toward a cleaner transportation future, the role of floor-mounted DC EV chargers will continue to expand—powering the vehicles of tomorrow and contributing to a more sustainable planet.
