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Product Description
Step into the future of electric vehicle infrastructure with a system meticulously designed to transform operational efficiency. The 480kw Modular Full-Flex DC Charger boasts a sleek, floor-standing silhouette with a robust, powder-coated metallic finish that feels premium to the touch and is built to withstand the harshest environmental elements. When operational, the ultra-quiet cooling fans emit a subtle, reassuring hum, a testament to its optimized airflow channels and independent dual filtration system. This charger is not merely a piece of hardware; it is a strategic asset engineered to maximize your station's turnover rate. By intelligently sensing the precise battery management system requirements of each connected vehicle, it distributes power with millisecond precision, ensuring zero energy waste. Operators will appreciate the seamless integration of high-efficiency, hot-swappable modules that guarantee uninterrupted service, eliminating the anxiety of unexpected downtime. The minimalist, elegant aesthetic combined with ultra-light charging cables ensures effortless handling for all users, elevating the overall charging experience while delivering an exceptional return on investment for your infrastructure network.
Specifications | JR-DC-P480 | |
|---|---|---|
System Power | Rated Power | 480KW |
Input Parameters | Rated Input Voltage | 380V AC |
Input Voltage Range | 323VAC~437VAC | |
Input Current Range | ≤924A | |
Output Parameters | Output Voltage Range | 150VDC~1000VDC |
Constant Power Voltage Range | 300VDC~1000VDC | |
Maximum Output Current | 1371A (System) | |
Number of outputs | ≤12 | |
Basic Features | Peak efficiency | ≥96% |
Starting method | Button, password, QR code scan, card swipe (optional), VIN (optional) | |
Size (W×D×H) | 1664×996×1932mm | |
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) |
"Full-Flex" Dynamic Power Allocation: Equipped with our proprietary dynamic matrix switching technology, this charger performs millisecond-level power redistribution. By intelligently sensing the real-time BMS requirements of each connected vehicle, the 480kW Full-Flex Charger ensures that energy is never wasted. This optimization increases the overall station turnover rate by 15% to 20%, allowing operators to serve more vehicles in less time compared to traditional fixed-allocation chargers.
Scalable Architecture for Future Growth: One of the most significant advantages of our modular design is its future-proof nature. The 480kW Modular DC Stack allows operators to start with a manageable investment and scale up to 1440kW as market demand increases. By simply adding additional power modules to the existing cabinet, you can protect your initial CAPEX and ensure your infrastructure is ready for the next generation of 800V/1000V ultra-fast charging vehicles.
Military-Grade Reliability & Zero-Downtime Design: The system is composed of high-efficiency, hot-swappable modules. Should a single module encounter a fault, the system automatically isolates it while the remaining modules continue to deliver power. Validated through 50,000 extreme condition tests, this Reliable DC Fast Charger ensures 24/7 operational stability in environments ranging from -30°C to +50°C, delivering a service life 30% longer than standard alternatives.
Smart Cloud Integration & OCPP Compliance: Fully compliant with OCPP 1.6J and 2.0.1 protocols, our 480kW unit offers advanced remote diagnostics and smart grid interaction. Through a centralized cloud platform, operators can monitor energy consumption, perform remote software updates, and manage load balancing across multiple sites. This Smart Connected EV Charger significantly reduces on-site maintenance requirements and optimizes operational overhead.
High-Efficiency Energy Conversion: Featuring a peak conversion efficiency of 96%, this charger minimizes heat loss and maximizes the power delivered to the vehicle. This high efficiency not only reduces electricity costs for the operator but also ensures a more sustainable and environmentally friendly charging operation, solidifying your brand's commitment to green energy excellence.
Maximizing the utilization rate of your charging station is critical for accelerating the return on investment. Traditional fixed-allocation chargers often trap unused power when a vehicle's battery nears capacity, leading to severe energy bottlenecks. Our proprietary "Full-Flex" Dynamic Matrix Switching Technology eliminates this inefficiency entirely.
By operating at the millisecond level, the system continuously communicates with the Battery Management System (BMS) of every connected vehicle. It intelligently senses the exact power requirement and redistributes the electrical load in real-time. This ensures that every kilowatt is actively utilized without leaving any capacity dormant.
Increased Station Turnover: Boosts the overall vehicle processing rate by 15% to 20%, allowing you to serve significantly more drivers during peak hours.
Zero Energy Waste: Dynamically shifts surplus power from vehicles in the trickle-charge phase to those requiring maximum current.
Optimized ROI: Higher equipment utilization directly translates to increased revenue generation per parking space.
The electric vehicle landscape is advancing rapidly, with battery architectures constantly shifting towards higher voltages. Securing your infrastructure against obsolescence is a paramount concern. This charger features a highly adaptable, future-proof modular design that grows in tandem with your operational demands.
You can initiate your deployment with a manageable initial capital expenditure, installing the base 480kW configuration. As market demand surges and ultra-fast charging becomes the norm, the system's capacity can be seamlessly expanded without disrupting your existing site layout.
Smooth Capacity Expansion: Scale your power output effortlessly up to a massive 1440kW simply by integrating additional power modules into the existing cabinet.
Next-Generation Readiness: Fully equipped to handle the incoming wave of 800V and 1000V ultra-fast charging vehicles without requiring a complete hardware overhaul.
CAPEX Protection: Safeguards your initial investment by eliminating the need to rip and replace infrastructure as your business scales.
A truly versatile charging hub must be capable of servicing a diverse array of vehicle types without compatibility hiccups. Whether you are managing a municipal transit fleet, heavy-duty logistics trucks, or a public station for passenger cars, seamless integration is non-negotiable.
This system is engineered for universal adaptability, ensuring that your charging network remains accessible to the widest possible demographic of electric vehicles on the road today and tomorrow.
Comprehensive OCPP Compliance: Fully certified for OCPP 1.6J and 2.0.1 protocols, guaranteeing flawless handshakes with your preferred backend management software and billing platforms.
Multi-Standard Connectors: Supports a wide configuration of charging interfaces, including CCS1, CCS2, CHAdeMO, and GB/T, catering to global vehicle standards.
Mixed Fleet Capability: The wide output voltage range (150VDC to 1000VDC) ensures it can simultaneously charge a high-voltage electric bus and a standard commuter vehicle with equal efficiency.
Equipment downtime is more than just an inconvenience; it represents an immediate loss of revenue and a tarnished reputation among drivers. To combat this, our 480kW charger is constructed with military-grade reliability, designed to operate flawlessly under the most punishing environmental conditions.
The core of this reliability lies in its fault-tolerant engineering. The system utilizes high-efficiency, hot-swappable power modules that provide a robust safety net for your daily operations, ensuring that a single point of failure never brings down your entire station.
Zero-Downtime Architecture: If a single module experiences an anomaly, the system instantly isolates it. The remaining modules continue to deliver power, ensuring the station remains online.
Extreme Condition Validated: Rigorously subjected to 50,000 extreme environmental tests, guaranteeing 24/7 stability in temperatures ranging from a freezing -25°C to a blistering +50°C.
Extended Service Life: Built with premium, anti-corrosion materials and advanced thermal management, delivering a lifespan that is 30% longer than standard industry alternatives.
Minimizing operational expenditure is a primary objective for any large-scale charging network. Sending technicians on-site for minor software glitches or routine diagnostics rapidly inflates maintenance budgets. Our Smart Connected EV Charger transforms how you manage your assets through advanced digital integration.
By leveraging a centralized cloud platform, facility managers gain unprecedented visibility and control over their entire infrastructure, right from their control room dashboard. This proactive approach to maintenance keeps your network running smoothly.
Remote Diagnostics & Repair: Identify and resolve software-related issues over the air, drastically reducing the need for costly physical truck rolls.
Over-The-Air (OTA) Updates: Seamlessly push firmware updates to your entire network simultaneously, ensuring all units are running the latest, most secure software versions.
Intelligent Load Balancing: Monitor real-time energy consumption and automatically balance the electrical load across multiple sites to prevent grid overloads and avoid peak demand penalties.
In densely populated urban centers or tightly packed logistics depots, real estate is a premium commodity. Traditional, bulky charging stations often consume valuable parking spaces and create cluttered, difficult-to-navigate environments. This system is designed with spatial economy strictly in mind.
The innovative distributed architecture allows for a highly flexible site layout, separating the heavy power conversion cabinets from the sleek, user-facing dispenser units. This layout maximizes the utility of your available land.
Optimized Footprint: The floor-standing main cabinet (1664x996x1932mm) can be situated away from the immediate parking bays, freeing up critical space for vehicle maneuvering.
Elegant Dispenser Terminals: The slim, minimalist charging posts integrate seamlessly into any architectural environment without causing visual pollution.
Enhanced Site Safety: By decentralizing the power hardware, it minimizes collision risks and allows for the implementation of suspended cable management systems, keeping cords off the ground and free from damage.
Procuring high-capacity charging hardware is a significant commitment, and the relationship with your equipment provider should not end at the point of installation. We understand that guaranteed uptime is the bedrock of your operational success, which is why our post-deployment support is uncompromising.
We provide a comprehensive safety net designed to give procurement directors and facility managers total peace of mind, ensuring that your infrastructure continuously performs at its peak year after year.
Comprehensive Service Level Agreements (SLA): We offer strict, quantifiable commitments to system availability, targeting an operational uptime of over 99%.
Rapid Spares Provisioning: A robust, localized supply chain ensures that critical replacement components, such as hot-swappable modules, are dispatched and delivered with minimal delay.
Long-Term Warranty Protection: Backed by a high-quality, extended warranty program that safeguards your investment against unforeseen mechanical or electrical anomalies.
Selecting the right manufacturing partner for your energy infrastructure dictates the long-term viability of your network. We do not just assemble components; we engineer comprehensive, end-to-end charging solutions that drive operational excellence and profitability.
Our commitment to innovation is matched only by our dedication to quality assurance. Every unit that leaves our facility is a testament to rigorous engineering standards and a deep understanding of market demands.
Proven Industry Expertise: Years of dedicated research and development in high-power DC charging technologies, resulting in proprietary advancements like our Full-Flex matrix.
Stringent Quality Control: From the initial selection of anti-corrosion materials to the final 50,000-cycle extreme condition testing, our quality assurance protocols are uncompromising.
Future-Focused Engineering: We design with tomorrow in mind. Our scalable architectures and OTA-upgradable systems ensure you are always prepared for the next generation of electric vehicles.
Global Certification Standards: Our products proudly carry internationally recognized certifications including CE, UKCA, FCC, UL, and RoHS, ensuring compliance across diverse regulatory landscapes.
To assist in your procurement evaluation, we have compiled detailed responses to the most common technical and operational inquiries regarding our 480kW charging system.
By utilizing millisecond-level matrix switching, the charger continuously reads the BMS of connected vehicles. Instead of locking 120kW to a car that only needs 30kW as it nears a full charge, the system instantly routes the remaining 90kW to another vehicle that requires maximum power. This eliminates idle capacity, increases the number of vehicles charged per hour by up to 20%, and directly boosts revenue per station.
Absolutely. The modular architecture is designed precisely for this scenario. You can install the 480kW cabinet today to meet current demands. As your traffic increases or as more 800V/1000V vehicles enter the market, you can scale the power output up to 1440kW simply by sliding additional hot-swappable modules into the existing infrastructure, protecting your initial capital expenditure.
Our system features a zero-downtime, fault-tolerant design. If a single hot-swappable module detects an internal fault, the system's control unit automatically isolates it from the power matrix in milliseconds. The charger continues to operate and deliver power using the remaining healthy modules, ensuring the station stays online until a technician can easily swap out the isolated unit.
Yes. The charger is fully compliant with OCPP 1.6J and 2.0.1 protocols. This ensures seamless, plug-and-play integration with virtually any standard third-party backend management platform, allowing you to handle billing, load balancing, and remote diagnostics without being locked into a proprietary software ecosystem.
The charger is built for extreme resilience. It has been validated through 50,000 rigorous environmental tests and is rated to operate stably in ambient temperatures ranging from -25°C to +50°C (with power derating up to 70°C). Combined with its IP54 protection level against dust and water ingress, it performs reliably in everything from freezing winter conditions to intense summer heat.
