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Product Description
The 600KW Horizontal Fully Flexible Split-type DC Charger represents a paradigm shift in high-power electric vehicle infrastructure. Designed with a sleek, low-profile metallic enclosure, the unit feels remarkably robust, featuring a smooth, weather-resistant finish that blends seamlessly into sophisticated architectural environments. When operational, the system emits a barely perceptible hum, a testament to its advanced acoustic dampening and ultra-quiet cooling technology, ensuring that ambient tranquility is preserved even during peak 600kW power delivery. The strategic split-type topology decouples the heavy, heat-generating power matrix from the sleek user-facing terminals, allowing facility operators to tuck the main cabinet away in utility rooms or mount it discreetly on overhead structures.
This physical separation not only dramatically reduces the visible footprint in premium parking facilities but also optimizes thermal management. By leveraging proprietary dynamic matrix switching, the system intelligently reads the precise battery management system (BMS) requirements of each connected vehicle, channeling high-voltage direct current with millisecond precision. The tactile solidity of the dispensing units combined with the silent, invisible power of the main cabinet creates an unparalleled user experience. The result is a highly responsive, space-saving, and aesthetically refined charging solution that transforms underutilized structural spaces into high-yield energy hubs without the need for disruptive or expensive civil engineering.
Specifications | JR-DW-PDU-600 | |
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System Power | Rated Power | 600KW |
Input Parameters | Rated Input Voltage | 380V AC |
Input Voltage Range | 323VAC~437VAC | |
Input Current Range | ≤1155A | |
Output Parameters | Output Voltage Range | 150VDC~1000VDC |
Constant Power Voltage Range | 300VDC~1000VDC | |
Maximum Output Current | 2057A (System) | |
Number of outputs | 10 | |
Basic Features | Peak efficiency | ≥96% |
Starting method | Button, password, QR code scan, card swipe (optional), VIN (optional) | |
Size (W×D×H) | 1900×1000×820mm | |
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) |
Innovative Low-Profile Horizontal Design: Traditional vertical cabinets often face installation barriers in basement parking due to height restrictions. Our 600kW Horizontal DC Charger utilizes a unique flat-form factor, allowing it to be mounted on overhead bridges, walls, or within compact enclosures. This Space-Saving DC Charger eliminates the need for expensive structural modifications, making it the most versatile solution for old city retrofits and modern high-density developments.
"Full-Flex" Dynamic Power Allocation: This system is powered by our proprietary dynamic matrix switching technology, which redistributes energy in real-time based on the specific BMS requirements of each connected vehicle. This Dynamic Power EV Charger ensures that whether a vehicle needs a quick boost or a full charge, the power is allocated with millisecond precision, improving overall station turnover by 15% to 20% compared to fixed-output systems.
Ultra-Quiet Cooling for Indoor Environments: Recognizing the needs of premium residential and corporate settings, this unit is equipped with advanced noise-reduction cooling technology. It operates as an Ultra-Quiet High-Power Charger, ensuring that even while delivering 600kW of power, the acoustic impact remains minimal. This makes it ideal for luxury hotels and high-end office buildings where maintaining a quiet environment is a priority for occupants.
Military-Grade Reliability & Global Compliance: Validated through 50,000 extreme condition tests, this charger offers a service life that is 30% longer than standard industry alternatives. It is fully compliant with OCPP 1.6J and 2.0.1 protocols, enabling seamless remote diagnostics and 24/7 cloud management. As a CE-Certified Split-Type Charger, it meets the rigorous safety and interoperability standards required for the global market across 62 countries.
Strategic Split-Type Topology for High ROI: By placing the main power cabinet in a remote utility room and extending only the lightweight charging terminals to the parking bays, you drastically reduce the visible footprint and civil engineering costs. This Flexible Split-Type EV Infrastructure allows for a more aesthetic and efficient site layout, enabling operators to deploy more charging points in premium locations with limited ground space.
Facility managers frequently encounter severe spatial limitations and prohibitive civil engineering costs when upgrading subterranean parking structures or retrofitting historic urban districts. This horizontal split-type architecture directly resolves these critical bottlenecks. By decoupling the massive power matrix from the user interface, the primary power cabinet can be discreetly concealed within an existing utility room or mounted securely on overhead structural beams.
Eliminates the need for expensive trenching, concrete pouring, and structural modifications.
Resolves strict height restriction issues commonly found in older or multi-level parking facilities.
Maximizes the deployment rate of charging terminals in high-value, space-constrained real estate zones.
Preserves the aesthetic integrity and architectural vision of premium commercial environments without compromising on power capacity.
Maximizing the return on investment for charging networks requires exceptional energy utilization. This system is driven by our proprietary "Full-Flex" dynamic matrix switching technology, which fundamentally transforms how energy is distributed. Instead of locking a fixed amount of power to a specific terminal, the system continuously analyzes the real-time Battery Management System (BMS) data from every connected vehicle, adapting instantly to shifting demands.
Allocates exact power requirements with millisecond precision to up to 10 dispensing outputs simultaneously.
Dramatically reduces vehicle waiting times during peak operational hours, enhancing customer satisfaction.
Increases overall station turnover rates by 15% to 20% by ensuring no power capacity is left idle.
Ensures that whether a vehicle requires a rapid top-up or a deep, full-cycle charge, the energy delivery is flawlessly optimized without any wasted grid capacity.
Deploying high-capacity energy infrastructure within luxury commercial real estate, premium hospitality venues, and corporate headquarters demands strict adherence to environmental noise regulations. Operating at a massive 600kW output typically generates significant acoustic disruption, but this unit integrates cutting-edge ultra-quiet cooling technology to mitigate sound emissions effectively.
Advanced airflow dynamics and noise-canceling insulation ensure a whisper-quiet operational hum, preserving the tranquility of the surrounding environment.
Features a robust IP54 / IP55 protection rating, shielding sensitive internal microelectronics from dust ingress and low-pressure water jets.
Delivers uncompromising stability whether installed in a poorly ventilated indoor basement or exposed to harsh outdoor climatic variations.
Provides a seamless, unobtrusive charging experience that aligns perfectly with the refined atmosphere of high-end properties.
Procurement specialists prioritize longevity and operational safety when investing in high-voltage infrastructure. This horizontal DC charger is engineered to military-grade reliability standards, designed to withstand the most punishing operational environments without degradation. Prior to deployment, the architecture undergoes a grueling battery of 50,000 extreme environmental and electrical stress tests.
Delivers an operational service life that exceeds standard industry alternatives by an impressive 30%, significantly lowering the total cost of ownership.
Incorporates a comprehensive electrical protection matrix, instantly neutralizing threats from overvoltage, undervoltage, short circuits, and ground faults.
Features real-time insulation monitoring and smoke detection integration to guarantee absolute safety for both the end-user and the physical asset.
Built with a tactile, heavy-duty exterior that resists corrosion, displacement, and mechanical impacts in high-traffic commercial zones.
For operators managing extensive, geographically dispersed charging networks, centralized digital control is not a luxury—it is an absolute necessity. This system is fully integrated with the latest digital communication protocols, offering seamless global compatibility and future-proof smart management capabilities that streamline daily operations.
Natively supports OCPP 1.6J and is fully upgradeable to OCPP 2.0.1, ensuring frictionless integration with third-party network management platforms.
Enables 24/7 remote cloud monitoring, allowing network administrators to execute real-time diagnostics, reboot terminals, and deploy Over-The-Air (OTA) firmware updates.
Holds prestigious CE certification, guaranteeing compliance with the rigorous safety and interoperability standards of 62 countries worldwide.
Designed with universal vehicle interface compatibility, ensuring that diverse global EV fleets can connect and charge without handshake failures.
Evaluating the total cost of ownership (TCO) is paramount for large-scale infrastructure deployments. This charger utilizes a highly sophisticated modular design philosophy that directly enhances the long-term return on investment. The internal power modules operate independently; if one module requires maintenance, the rest of the system continues to deliver power, enabling true non-stop operation.
Facilitates effortless power scaling; operators can add or upgrade power modules as site demand increases without replacing the entire primary cabinet.
The split-type layout drastically cuts initial civil engineering, structural reinforcement, and trenching expenses during the installation phase.
Engineered with inherent compatibility for future integration with Energy Storage Systems (ESS), allowing facilities to leverage off-peak energy rates.
Minimizes downtime and maintenance labor costs, ensuring the asset remains profitable, reliable, and operational around the clock.
Selecting the right manufacturing partner is just as critical as selecting the right hardware. As a dedicated supplier with a proven track record in high-power energy solutions, we focus entirely on delivering hardware that enhances your operational capabilities, reduces overhead, and improves your bottom line.
End-to-End Quality Control: Every unit is assembled in state-of-the-art facilities with rigorous, multi-stage quality assurance protocols, ensuring flawless out-of-the-box performance.
Continuous Engineering Innovation: Our dedicated R&D teams are constantly refining thermal dynamics, power routing algorithms, and structural designs to keep your infrastructure ahead of the technological curve.
Comprehensive Technical Support: We provide extensive documentation, integration assistance, and responsive troubleshooting to ensure your deployment proceeds without delays.
Global Supply Chain Resilience: With optimized manufacturing pipelines, we guarantee consistent lead times and reliable delivery schedules, regardless of your geographical location or project scale.
We understand that deploying advanced, high-capacity charging infrastructure involves complex technical evaluations. Below are detailed answers to the most common inquiries we receive from facility operators and infrastructure developers regarding this specific horizontal split-type model.
How does the horizontal split-type architecture physically reduce installation costs?
By separating the heavy, heat-generating main power matrix from the user interface, the primary cabinet can be installed in existing non-premium spaces like utility rooms or mounted on structural beams. This eliminates the need to reinforce parking decks or perform deep trenching in the actual parking bays, drastically cutting civil engineering expenses.
What exact operational advantage does the Full-Flex dynamic power allocation provide?
Unlike fixed-output chargers that trap unused power, our Full-Flex matrix reads the real-time acceptance rate of each connected vehicle. It instantly routes maximum available power to vehicles that can accept it, reducing charge times and increasing the number of vehicles you can service daily by up to 20%.
Is the acoustic profile truly suitable for luxury residential or indoor environments?
Yes. The system utilizes ultra-quiet cooling fans and advanced internal acoustic dampening materials. Even when delivering a full 600kW load, the sound emissions are tightly controlled, preventing any disruptive noise pollution in premium, enclosed environments.
How does the modular internal design affect long-term maintenance?
The internal power modules are designed for hot-swappable, independent operation. If a single module experiences a fault, the system bypasses it and continues charging with the remaining modules. This "non-stop" maintenance capability ensures your station never goes completely offline, protecting your revenue stream.
Can this system seamlessly integrate with our existing centralized management software?
Absolutely. The charger is natively compliant with OCPP 1.6J and is fully hardware-ready for OCPP 2.0.1. This ensures it will communicate flawlessly with any standard third-party cloud management dashboard for remote diagnostics, billing, and Over-The-Air firmware updates.
