Overview
The 240kW EV DC Charging Integrated Machine is a high-performance, all-in-one rapid charging solution designed for flagship commercial stations and high-turnover public hubs. This unit represents the peak of our "Integrated Machine" series, packing a massive 240kW power conversion matrix into a single, sleek cabinet. We have engineered this model to bridge the gap between standard integrated chargers and massive power stacks, providing "Supercharging" speeds without the need for complex multi-cabinet installations. It is the definitive choice for highway service areas and metropolitan "express" charging zones requiring maximum power density.
Step into the future of electric mobility infrastructure with the 240kW EV DC Charging Integrated Machine. Crafted with an imposing yet elegantly sleek floor-standing chassis, this station commands authority at any commercial transit hub, corporate campus, or premium retail parking facility. The tactile, highly responsive feedback of the high-definition 7-inch touchscreen invites users into a seamless transaction, while the ultra-lightweight gun lines feel effortless in hand, ensuring an accessible and premium experience for all drivers. Beneath its refined exterior lies a formidable power matrix. When operational, the subtle, steady hum of its intelligent multi-stage forced air-cooling system reassures operators of its relentless efficiency, maintaining optimal thermal conditions even during peak summer heatwaves.
Beyond its striking visual and auditory presence, this integrated dual-connector station is meticulously engineered to solve the most pressing challenges faced by modern fleet directors and property managers. By drastically reducing vehicle wait times to a mere 10 to 12 minutes for a substantial range boost, it transforms parking bays from frustrating bottlenecks into high-turnover revenue generators. The sophisticated dynamic power-sharing logic eliminates energy waste, ensuring that every kilowatt drawn from the grid is optimally distributed based on real-time vehicle demands. This exceptional craftsmanship and intelligent engineering culminate in a charging solution that not only elevates the aesthetic appeal of your property but also fortifies your operational bottom line through unwavering reliability and exceptional user satisfaction.
Catering to the rapid evolution of automotive architectures, this station is built to handle the rigorous demands of tomorrow's transit networks today, ensuring your site remains a preferred destination.
Protecting your capital investment and ensuring the safety of your patrons is paramount. This unit is fortified from the inside out to deliver peace of mind for large-scale deployments.
Transition from reactive maintenance to proactive facility management with state-of-the-art digital integration that puts control directly in the hands of network operators.
First impressions matter. The interaction point of this charger is meticulously crafted to exude premium quality, ensuring a frictionless and intuitive process from start to finish.
Managing high-power energy transfer requires superior thermodynamic engineering to prevent throttling and component degradation, ensuring your equipment performs flawlessly year-round.
Expanding your infrastructure footprint across borders requires equipment that meets stringent international standards, eliminating regulatory hurdles for procurement managers.
Features
- High-Capacity Ultra-Fast Charging: With a total output of 240kW, this machine is capable of adding up to 200km of range in as little as 10–12 minutes. It supports a wide output voltage range from 200V to 1000V, making it fully compatible with the latest 800V high-voltage luxury EVs and electric performance models, ensuring your site remains the preferred destination for high-end electric mobility.
- Smart Dual-Gun Power Matrix: The system features two high-current charging connectors that utilize our proprietary dynamic power-sharing logic. When two vehicles are charging simultaneously, the 240kW Integrated Charger intelligently splits the power (e.g., 120kW+120kW or 160kW+80kW) based on each vehicle's real-time BMS request. This flexibility ensures maximum energy utilization and significantly reduces wait times for drivers in high-traffic zones.
- Industrial-Grade Thermal Management: Managing 240kW in a single cabinet requires superior cooling. Our engineers have developed a multi-stage forced air-cooling system with intelligent speed control. This ensures that even under full load in extreme temperatures (up to +50°C), the internal components remain within optimal thermal ranges, protecting the 96% peak conversion efficiency and extending the equipment's lifespan.
- Military-Grade Reliability & Global Certification: Validated through 50, 000 hours of extreme condition tests, this unit is built with an IP54-rated all-weather enclosure and IK10 impact resistance. It features comprehensive safety protocols, including built-in Type B RCD, surge protection, and fire-suppression sensors. As a CE-Certified DC Fast Charger, it meets the highest safety standards for the global market across 62 countries.
- Smart Cloud Connectivity & OCPP 2.0.1 Readiness: Fully compliant with OCPP 1.6J and 2.0.1 protocols, this machine offers a future-proof digital experience. Operators can perform 24/7 remote monitoring, manage dynamic load balancing, and execute remote software updates via our cloud platform. The 7-inch high-definition HMI supports multiple languages and payment methods, providing an intuitive and premium user experience for a global audience.
Questions
How does the dynamic power-sharing feature optimize charging times?
The dynamic power-sharing logic continuously monitors the Battery Management System (BMS) of both connected vehicles. Instead of a fixed 120kW/120kW split, the system intelligently allocates the 240kW total capacity based on real-time demand. For instance, if one vehicle approaches a full charge and only requires 80kW, the system automatically routes the remaining 160kW to the second vehicle, drastically reducing overall wait times and maximizing station throughput.
Is this charging station suitable for extreme weather environments?
Absolutely. The unit is engineered for exceptional environmental resilience to ensure uninterrupted operation. The IP54-rated enclosure provides robust protection against dust ingress and heavy rain. The IK10 impact resistance rating safeguards against vandalism and accidental collisions. The intelligent cooling system allows for stable operation in temperatures ranging from -25°C to +50°C, with power derating safely managing extremes up to +70°C.
What network protocols are supported for remote management?
To ensure seamless integration into your existing management software, the station is fully compliant with the Open Charge Point Protocol (OCPP). It supports OCPP 1.6J out of the box and is completely ready for the advanced OCPP 2.0.1 standard. This allows facility operators to execute remote diagnostics, manage dynamic load balancing (DLB), and push Over-The-Air (OTA) firmware updates effortlessly.
Can the payment and authentication methods be customized?
Yes, the system is designed with high flexibility to accommodate various user demographics and operational models. Standard starting methods include button press, password entry, and QR code scanning. Additionally, we offer optional integrations for RFID card swiping and automatic VIN recognition (Plug & Charge), providing a frictionless experience tailored to your specific facility requirements.
What safety mechanisms are integrated to protect the vehicles and the grid?
Safety is engineered into every layer of this charging machine. The comprehensive protection suite includes: A built-in Type B Residual Current Device (RCD) to detect and neutralize both AC and DC leakage currents. Advanced surge protection to shield against grid voltage spikes. Integrated smoke detectors and fire-suppression sensors that instantly cut power and alert operators in the event of thermal anomalies. Continuous battery monitoring to prevent vehicle overcharging and overheating.
What are the installation requirements for this 240kW unit?
This is a floor-standing unit designed for permanent installation on a reinforced concrete plinth. It requires a robust three-phase AC input (380V AC rated, with an acceptable range of 323VAC to 437VAC) and can draw up to 462A. We highly recommend consulting with our technical support team during the site planning phase to ensure your facility's electrical infrastructure and cabling are adequately sized for optimal and safe performance.
