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Product Description
Step into the future of high-capacity energy infrastructure with the 600kW Modular Full-Flex DC Charger. At first glance, the equipment commands attention with its sleek, minimalist aesthetic, featuring a robust, powder-coated steel chassis that feels cool and unyielding to the touch. This isn't just another piece of hardware; it is a meticulously engineered powerhouse designed to transform any standard parking facility into a high-yield energy replenishment hub. The horizontal integrated design breaks away from bulky traditional forms, offering a streamlined footprint that effortlessly integrates into space-constrained environments, including sophisticated multi-layer vertical parking systems.
Approach the terminal, and you will notice the exceptional craftsmanship in every detail. The crisp, glare-free digital interface invites intuitive interaction, while the ultra-lightweight charging cables offer a satisfying, ergonomic grip that makes handling high-power lines completely effortless. As the system activates, there is no deafening industrial roar—only the whisper-quiet hum of the independent dual-filtration airflow channels, working seamlessly to keep the military-grade internal components at optimal temperatures. This refined acoustic profile ensures the charger can be deployed in noise-sensitive commercial or residential zones without causing disruption.
Beyond its striking physical presence, this system is built to solve the most pressing challenges faced by modern infrastructure developers. By intelligently routing electricity exactly where it is needed in milliseconds, it eliminates the inefficiencies of static power distribution. You are investing in a solution that not only meets the extreme demands of today's luxury electric vehicles and heavy-duty transport but also anticipates the needs of tomorrow. With an exceptional build quality that withstands scorching desert heat and sub-zero winters alike, this charger stands as a reliable, long-term asset that continuously drives operational success.
Specifications | JR-DC-P600 / JR-DC-P720 | |
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System Power | Rated Power | 600KW / 720KW |
Input Parameters | Rated Input Voltage | 380V AC |
Input Voltage Range | 323VAC~437VAC | |
Input Current Range | ≤1155A / ≤1386A | |
Output Parameters | Output Voltage Range | 150VDC~1000VDC |
Constant Power Voltage Range | 300VDC~1000VDC | |
Maximum Output Current | 1714A / 2057A (System) | |
Number of outputs | ≤10 / ≤12 | |
Basic Features | Peak efficiency | ≥96% |
Starting method | Button, password, QR code scan, card swipe (optional), VIN (optional) | |
Size (W×D×H) | 1660×900×1940mm | |
Communication interface | 4G full network / Ethernet | |
Installation method | Floor-standing | |
Protection level | IP54 | |
Operating temperature | -25℃~50℃ (power derating from 50℃~70℃) | |
Operating humidity | 5%~95%RH (non-condensing) |
Dynamic "Full-Flex" Power Matrix: This system utilizes our proprietary full-flex dynamic allocation technology, which intelligently distributes the 600kW total capacity across multiple charging terminals. By performing millisecond-level matrix switching based on the real-time BMS data of each vehicle, the 600kW Full-Flex Charger eliminates power "orphaning" (unused capacity), resulting in a 15% to 20% increase in station efficiency compared to conventional static power chargers.
Scalable Modular Topology: The 600kW unit is built on a standardized modular framework, allowing for seamless capacity adjustments. Operators can easily expand their power capabilities or perform maintenance by utilizing the hot-swappable power modules. This Scalable DC Power Stack ensures that your infrastructure investment is future-proof, allowing for straightforward upgrades as the demand for ultra-fast charging continues to grow in the global market.
Exceptional Industrial Durability: Designed to operate in the most challenging environments, this charger is built with military-grade components and has undergone over 50,000 extreme condition tests. Whether facing scorching desert heat or sub-zero winter temperatures, the 600kW Modular Charger maintains a 96% peak conversion efficiency. Its robust construction ensures a service life that is 30% longer than standard industry alternatives, providing a reliable long-term ROI for infrastructure owners.
Smart Network & OCPP Integration: Full compliance with OCPP 1.6J and 2.0.1 protocols ensures that this unit can be integrated into any existing global charging network. The system supports 24/7 remote diagnostics, enabling our technical team to resolve over 90% of software issues remotely. This Smart Connected DC Charger also supports advanced grid-interaction features, such as dynamic load management, allowing operators to optimize electricity consumption and reduce peak-demand charges.
High-Voltage Compatibility (Up to 1000V): To meet the requirements of modern luxury EVs and electric heavy-duty transport, the 600kW stack supports a wide output voltage range up to 1000V. This makes it an essential High-Power Charging Hub for highway service areas where a mix of standard passenger cars and high-performance electric trucks require ultra-fast energy replenishment without compatibility bottlenecks.
Dynamic Power Allocation & Efficiency
For large-scale facility operators, equipment utilization rates and Return on Investment (ROI) are the ultimate metrics of success. The 600kW system tackles these priorities head-on with its proprietary "Full-Flex" dynamic matrix allocation technology. Instead of locking power into fixed dispensers, this intelligent system continuously reads the Battery Management System (BMS) data of every connected vehicle. It then dynamically routes exact power requirements in milliseconds, completely eliminating the issue of stranded or "orphaned" power that plagues legacy stations.
Eliminate Power Waste: Millisecond-level matrix switching ensures that every available kilowatt is actively utilized, preventing unused capacity at terminals with fully charged or lower-demand vehicles.
Boost Site Throughput: By optimizing energy delivery, the overall operational efficiency of your station increases by 15% to 20% compared to traditional static chargers.
Maximize Profit Margins: With a staggering peak conversion efficiency of ≥96%, the system drastically reduces heat loss and wasted electricity, directly lowering your utility overhead.
Seamless User Experience: Drivers experience faster, uninterrupted energy delivery tailored precisely to their vehicle's maximum acceptance rate, encouraging repeat visits to your location.
Future-proofing an infrastructure investment requires hardware that can adapt to changing market demands without incurring massive replacement costs. This system is built on a highly advanced, standardized modular topology that addresses the critical pain points of future upgrade expenses and unexpected downtime. The hot-swappable power modules allow you to start with a capacity that fits your current budget and seamlessly scale up to the full 600kW or even 720kW as your operational needs expand.
Hot-Swappable Convenience: Technicians can replace or add power modules on the fly without shutting down the entire system, ensuring continuous revenue generation.
Phased Capital Expenditure: Deploy the infrastructure with a lower initial power configuration and simply slot in additional modules as client demand grows, optimizing your cash flow.
Fault Tolerance: If a single module experiences an issue, the rest of the system continues to operate flawlessly. This decentralized architecture guarantees maximum uptime.
Simplified Operations & Maintenance (O&M): The standardized design dramatically reduces the learning curve for maintenance crews and minimizes the need for an extensive spare parts inventory.
The automotive landscape is rapidly shifting toward 800V and 1000V architectures to facilitate ultra-fast charging times. Deploying infrastructure that cannot support these high-voltage platforms is a guaranteed path to obsolescence. This 600kW powerhouse boasts an exceptionally wide output voltage range from 150V DC all the way up to 1000V DC. It is engineered to eliminate compatibility bottlenecks, ensuring your site remains a premier destination for every type of electric vehicle for the next decade.
Broad Spectrum Support: Effortlessly charge everything from standard daily commuter vehicles to the latest high-performance luxury cars and heavy-duty electric trucks.
True 1000V Capability: Delivers maximum power to next-generation battery packs, drastically reducing wait times for drivers and increasing vehicle turnover rates at your facility.
High Current Delivery: With a maximum system output current of up to 2057A and support for liquid-cooled terminals, it pushes the absolute limits of safe, rapid energy transfer.
Protect Your Investment: By accommodating the highest voltage standards currently in development, you ensure your site will not require a costly hardware overhaul in the foreseeable future.
When deploying critical infrastructure in remote highway rest stops or harsh industrial environments, equipment failure is not an option. This charger is constructed using military-grade components and has been subjected to over 50,000 rigorous extreme-condition tests. Whether it is facing the blistering heat of a desert summer or the freezing temperatures of a sub-zero winter (-25°C to 50°C operating range), this machine is engineered to deliver relentless, uninterrupted performance.
Military-Grade Reliability: Built with premium internal components designed to withstand continuous high-load operation without degradation.
IP54 / NEMA 3R Protection: The tightly sealed, anti-corrosion enclosure completely blocks out dust, heavy rain, and environmental contaminants, ensuring safe outdoor deployment.
Extended Service Life: The meticulous engineering and robust build quality result in a lifespan that is 30% longer than standard industry alternatives, significantly improving your long-term ROI.
Unmatched Uptime: Designed to maintain a 99% operational readiness rate, giving facility planners and network operators total peace of mind.
In premium commercial real estate and crowded highway service centers, space is one of your most expensive assets. Traditional high-power charging setups often require massive, sprawling equipment pads that consume valuable parking spots. This system disrupts that norm with a horizontally integrated, space-saving design that packs an astonishing 600kW of power into a highly compact footprint. It allows site developers to maximize their revenue per square meter.
Compact Form Factor: The sleek 1660x900x1940mm dimensions minimize the required installation real estate, freeing up space for additional retail or parking.
Vertical Integration Ready: Specifically designed to be compatible with multi-layer intelligent vertical EV charging and parking systems, maximizing urban land use.
Aesthetic Integration: The elegant, minimalist exterior blends seamlessly into high-end retail centers, corporate campuses, and modern architectural environments.
Optimized Site Layout: The flexible architecture allows for strategic placement of the main power cabinet and user terminals, ensuring smooth traffic flow and an uncrowded user experience.
In the era of digital energy management, hardware must be as intelligent as it is powerful. This system is a fully connected smart node, offering native compliance with OCPP 1.6J and 2.0.1 protocols. This ensures it will integrate flawlessly into your existing global charging management platforms, billing systems, and mobile applications. Furthermore, it provides sophisticated tools to help operators manage their relationship with the local utility grid.
Seamless Platform Integration: Instantly connect to leading backend dashboards for real-time revenue tracking, user authentication, and tariff management.
Advanced Remote Diagnostics: Equipped with 4G and Ethernet connectivity, allowing technical teams to monitor health 24/7 and resolve over 90% of software-related issues remotely, saving costly truck rolls.
Dynamic Load Management (DLM): Intelligently interacts with the local grid to cap total power draw during peak hours, preventing expensive demand charges and avoiding grid overload.
Multiple Authentication Methods: Supports flexible starting methods including button press, password, QR code scan, optional card swipe, and optional VIN recognition (Plug & Charge).
Pushing 600kW of electrical power requires an uncompromising approach to safety and thermal dynamics. The system incorporates a multi-layered defense mechanism to protect both the user and the vehicle. Central to its sustained performance is the advanced independent dual-filtration thermal management system, which actively dissipates the immense heat generated during ultra-fast sessions, ensuring the equipment never has to throttle its output due to overheating.
Active Thermal Control: The unique airflow channels and high-efficiency cooling fans maintain optimal core temperatures, allowing for continuous high-load operation without power derating.
Comprehensive Electrical Protection: Features built-in over-voltage, under-voltage, over-current, short-circuit, and advanced insulation monitoring to instantly cut power at the first sign of an anomaly.
Safe Handling: The ultra-light gun line is not only easy to maneuver but remains cool to the touch even during peak 1000V/800A energy transfers.
Emergency Readiness: Equipped with highly visible, easily accessible emergency stop buttons and integrated smoke detection systems for immediate hazard mitigation.
Selecting the right infrastructure partner is just as critical as selecting the hardware itself. As a premier manufacturer and direct supplier of advanced charging solutions, we bypass intermediaries to offer you factory-direct pricing without compromising on elite quality. Our dedicated engineering teams have spent years refining this technology to ensure it meets the highest global standards for performance and safety.
Direct Manufacturer Advantage: Benefit from streamlined communication, faster lead times, and highly competitive pricing structures directly from the source.
Rigorous Quality Assurance: Every unit undergoes exhaustive factory testing, including extreme temperature cycling and full-load burn-in tests, before it ever leaves our facility.
Global Certifications: Fully compliant with CE, UKCA, FCC, UL, and RoHS standards, ensuring smooth regulatory approval and safe deployment in international markets.
Comprehensive Support: We offer end-to-end partnership, from initial site planning and layout consultation to dedicated after-sales technical support and remote monitoring services.
Traditional chargers split power statically (e.g., 300kW to plug A, 300kW to plug B). If vehicle A only accepts 50kW, 250kW is wasted. Our full-flex matrix reads the exact demand of every connected vehicle in real-time and routes power accordingly. This eliminates wasted capacity, allows more vehicles to charge at their maximum speed simultaneously, and increases your station's daily throughput and revenue by up to 20%.
Yes. The system is built on a scalable modular topology. The cabinet is designed to accommodate additional hot-swappable power modules. You can deploy the unit with a lower initial power output to match your current budget and local grid capacity, and seamlessly upgrade it to the full 600kW (or even 720kW depending on the model) as your customer demand grows.
Standard cooling systems pull ambient air directly over sensitive internal components, which introduces dust, moisture, and corrosive particles that cause premature failure. Our independent dual-filtration system separates the cooling air from the sealed electronic compartments. This ensures the military-grade components remain pristine and dry, drastically reducing maintenance requirements and extending the equipment's lifespan by 30%.
Absolutely. The system features a wide constant power voltage range of 300VDC to 1000VDC and can deliver massive output currents. This makes it perfectly suited not only for today's 800V luxury passenger cars but also for the high-capacity battery packs found in next-generation electric commercial fleets and heavy-duty transport vehicles.
The unit is engineered for exceptional industrial durability. It operates reliably in temperatures ranging from -25°C to 50°C (with power derating up to 70°C). It has passed over 50,000 extreme condition tests. The advanced thermal management system prevents overheating in desert climates, while the robust internal components ensure reliable cold-starts in freezing winter conditions, guaranteeing maximum uptime year-round.
