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As a premier manufacturer of advanced electric vehicle infrastructure, we present the Model C DC Charging Stack. Engineered for high-traffic environments, this powerhouse redefines fleet management and public charging operations.
Ultra-fast 360KW to 800KW power delivery
12-gun simultaneous charging capacity
Universal compatibility (CCS1, CCS2, CHAdeMO, GB/T)
Intelligent dynamic power distribution
Robust construction for extreme climates
Step into the future of electric vehicle infrastructure with the Model C DC Charging Stack, a meticulously engineered solution designed to transform high-demand charging environments. When you approach the sleek, industrial-grade exterior of the main cabinet and its accompanying dispensing piles, the craftsmanship is immediately apparent. The smooth, weather-resistant finish and the tactile responsiveness of the 7-inch touch screen speak volumes about the premium build quality. Emitting a quiet, steady hum that signifies immense power under precise control, this system is crafted to seamlessly integrate into bustling commercial hubs, transit depots, and expansive fleet parking facilities.
Beyond its striking physical presence, this charging stack is a strategic asset for operational growth. By delivering a staggering 360KW to 800KW of power, it drastically reduces vehicle dwell time, turning waiting hours into mere minutes. The split-type architecture, featuring twelve ergonomic charging guns, ensures that a dozen vehicles can be serviced simultaneously without compromising on delivery speed. This translates directly to higher throughput, optimized space utilization, and a significantly accelerated return on investment. Whether servicing heavy-duty transit buses or a constant stream of passenger EVs, the intelligent power routing ensures every kilowatt is utilized with maximum efficiency, eliminating energy waste and streamlining your daily operations.
Parameter | Value |
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Place of Origin | Guangdong, China |
Product Name | Model C DC Charging Stack (Electric Vehicle Charging Pile) |
Model | VDC-C |
Power Output | 360KW - 800KW |
Function | Fast Charging |
Interface Standard | CCS1, CCS2, CHAdeMO, GB/T |
Charging Terminals | 6 Piles, 12 Guns (Split-type / Multi-gun) |
Input Voltage | 380V AC |
Output Voltage Range | 200V ~ 1000V DC |
Frequency | 50±10Hz |
Voltage Regulation Accuracy | ≤ ±0.5% |
Current Regulation Accuracy | ≤ ±1% |
Display | 7-inch Touch Screen |
Back-end Communication | Ethernet / 4G (OCPP Compatible) |
Operating Temperature | -20°C ~ +50°C |
Storage Temperature | -40°C ~ +75°C |
Elevate your operational capabilities with a charging system that prioritizes efficiency, durability, and user experience. The Model C is packed with industry-leading features designed to simplify management while maximizing output, ensuring your infrastructure is prepared for the demands of modern electric mobility.
High-Yield Throughput: Services up to twelve vehicles simultaneously, dramatically increasing daily charging capacity and reducing queue times at busy stations.
Precision Engineering: Maintains voltage regulation within ±0.5% and current regulation within ±1% for flawlessly stable and safe power delivery to sensitive battery systems.
Intuitive Interaction: Features a crystal-clear 7-inch touch interface that provides real-time analytics, charging status, and effortless operation for end-users.
Rugged Durability: Built to withstand harsh environmental conditions, operating flawlessly from freezing -20°C winters to scorching +50°C summers.
Seamless Integration: Equipped with reliable Ethernet and 4G connectivity for instantaneous data transfer to central management networks and billing platforms.
At the heart of this charging stack lies a formidable 360KW to 800KW power engine, driven by a highly sophisticated flexible matrix power distribution technology. This split-type, multi-gun design is not just about raw power; it is about intelligent, adaptive energy allocation that responds to real-time demands.
Smart Load Balancing: The system automatically assesses the Battery Management System (BMS) status of up to 12 connected vehicles, distributing wattage dynamically to ensure the fastest possible charge for each specific vehicle.
Maximized ROI: By eliminating idle power and optimizing turnover rates, facility operators experience a rapid increase in revenue generation and asset utilization.
Scalable Architecture: The matrix system allows for future-proofing your facility, effortlessly adapting to the evolving high-power demands of next-generation EV batteries without requiring total hardware replacements.
Catering to a globalized market requires unparalleled adaptability. This charging stack boasts an ultra-wide output voltage range of 200V to 1000V DC, making it a universal hub for virtually any electric vehicle on the road today, regardless of the manufacturer or battery architecture.
Multi-Standard Support: Fully equipped with CCS1, CCS2, CHAdeMO, and GB/T interfaces, eliminating the need for multiple disparate charging stations within a single facility.
Broad Vehicle Range: Effortlessly charges everything from compact daily commuter cars to heavy-duty commercial electric trucks, delivery vans, and municipal buses.
Future-Ready Voltage: The 1000V DC ceiling ensures absolute compatibility with upcoming 800V and 900V vehicle architectures, safeguarding your infrastructure investment for the decades ahead.
Operational transparency is crucial for large-scale charging networks. We have integrated advanced communication protocols into the Model C to give facility managers complete, centralized control over their energy assets from anywhere in the world.
OCPP Compliance: Fully compatible with OCPP 1.6J and 2.0 protocols, allowing seamless, conflict-free integration with your preferred backend management software.
Versatile Connectivity: Reliable Ethernet and 4G modules ensure uninterrupted data streams for real-time monitoring, remote diagnostics, and over-the-air (OTA) firmware updates.
Flexible Authentication: Supports multiple user verification and payment methods, including RFID cards, mobile app QR code scanning, and POS terminal integration, streamlining the user journey.
Handling up to 800KW of continuous power generates significant thermal loads. To combat this, the system incorporates a highly efficient thermal management architecture that guarantees peak performance without the risk of thermal throttling or hardware degradation.
Uncompromised Full-Load Operation: Advanced cooling mechanisms ensure the system delivers maximum power continuously, even during peak usage hours and high-demand scenarios.
Extreme Climate Resilience: Engineered with premium thermal insulation and ventilation to perform flawlessly in ambient temperatures ranging from -20°C to +50°C.
Safe Storage & Transport: Internal components are rigorously rated to withstand storage temperatures from -40°C up to +75°C, ensuring structural and electrical integrity during global transport and pre-installation phases.
When dealing with high-voltage direct current, safety cannot be compromised. This equipment is fortified with multiple layers of hardware and software protection, providing absolute peace of mind for both network operators and everyday end-users.
All-Weather Enclosure: Boasts an impressive IP54/IP55 protection rating, effectively sealing internal electrical components against dust ingress, heavy rainfall, and snow.
Electrical Safeguards: Built-in, automated protections against overvoltage, undervoltage, overload, short circuits, and dangerous current leakage.
Emergency Readiness: Features highly visible, tactile emergency stop buttons on every terminal and integrated lightning protection to defend against unpredictable severe weather events.
Internationally Recognized: Fully compliant with stringent CE, TUV, and ISO certification standards, reflecting world-class manufacturing protocols and quality assurance.
Recognizing that every project has unique architectural and branding requirements, we offer extensive customization options to align the hardware with your specific corporate identity and spatial constraints. Coupled with our dedicated support, your operational continuity is guaranteed.
OEM/ODM Capabilities: Customize exterior cabinet colors, prominently display your corporate logo, and specify charging cable lengths to perfectly suit your site layout and branding guidelines.
Modular Maintenance: The internal modular design allows for rapid component swapping and localized repairs, drastically minimizing downtime and reducing specialized maintenance labor costs.
Long-Term Assurance: Backed by a solid 24-month warranty and lifetime technical support, ensuring your high-power infrastructure remains operational and profitable year after year.
Sourcing high-capacity charging equipment requires a partner who deeply understands the complexities of large-scale energy deployment. Our engineering excellence, rigorous testing, and commitment to quality make us the ideal choice for your infrastructure expansion.
Proven Manufacturing Excellence: Decades of dedicated expertise in power electronics translate into highly reliable, industrial-grade equipment that outlasts standard market offerings.
End-to-End Solutions: From initial site design consultation to post-installation technical support, we provide a comprehensive, frictionless service ecosystem.
Rigorous Quality Control: Every single unit undergoes exhaustive stress testing, load simulation, and thermal imaging inspections before leaving our facility to guarantee zero-defect deployment.
Global Supply Chain Efficiency: Streamlined logistics and robust production capabilities ensure timely delivery for large volume rollouts, keeping your critical project timelines firmly on track.
The system utilizes a proprietary flexible matrix algorithm that continuously monitors the Battery Management System (BMS) of each connected vehicle. It intelligently allocates the total 360KW-800KW capacity, directing more power to vehicles with lower charge states and tapering off as they reach capacity. This ensures optimal, safe charging speeds for all 12 vehicles simultaneously without exceeding the grid's limits.
Yes, the equipment is fully compliant with OCPP (Open Charge Point Protocol) 1.6J and 2.0 standards. Through the built-in Ethernet or 4G communication modules, it seamlessly interfaces with third-party backend systems, allowing you to conduct real-time monitoring, manage billing cycles, and perform remote diagnostics directly from your existing software dashboard.
The main power cabinet and the individual charging piles are equipped with an advanced, high-efficiency thermal management system. This cooling architecture rapidly dissipates the immense heat generated during maximum load operations, preventing thermal throttling and ensuring continuous, safe operation even when ambient environmental temperatures reach up to +50°C.
Absolutely. The entire system features a robust IP54/IP55 protection rating. The ruggedized outer shell is specially treated to resist UV degradation and rust, while the tightly sealed enclosures protect all critical internal electronics from fine dust, heavy rain, and snowmelt, making it ideal for fully exposed outdoor parking facilities.
We offer comprehensive OEM/ODM services tailored for volume orders. This includes custom exterior color matching to fit your brand guidelines, corporate logo integration on the hardware, specific charging cable lengths to accommodate unique parking layouts, and customized user interface branding on the 7-inch touch screens to provide a cohesive brand experience for your users.
