Advanced Dual CCS2 DC Fast Charger for Electric Vehicles

Product Description

Product Description

DUAL CCS2 CONNECTOR DC FAST CHARGER

Firstly, they offer a wide power range flexibility. The product line spans from low to ultra-high power: 7kW AC chargers for home use, 20–40kW low-power DC chargers for destinations, and 60–960kW ultra-high-power DC fast chargers for commercial stations. This variety meets different user demands, from daily residential topping-up to rapid commercial fleet charging.

Secondly, they adopt dual charging type options. AC chargers (e.g., WREVC-25-7) suit slow, long-duration charging, while DC chargers (most models) enable ultra-fast charging. Key DC models like WREVC-25-360 hold CE certification, ensuring compliance with international standards for safety and performance.

Thirdly, they feature targeted cooling technologies. Ultra-high-power models (e.g., WREVC-25-800) use fully liquid-cooled systems for efficient heat dissipation during high-load operation, while WREVC-25-960 adopts an air-cooled split-type design, balancing performance and installation flexibility.

Additionally, most DC models support double charging stations, maximizing space utilization by serving two vehicles simultaneously. The compact design of low-power models (e.g., WREVC-25-40) further enhances adaptability to limited spaces like parking lots or hotels.

Functions

Firstly, they enable hierarchical charging speed control to match different usage demands. Low-power AC chargers (e.g., WREVC-25-7 with 7kW power) provide slow, steady charging—ideal for overnight residential use, allowing users to top up vehicles during non-peak hours without straining home grids. Mid-power DC chargers (20–40kW, such as WREVC-25-40) offer moderate fast charging, suitable for destinations like hotels or shopping malls, where drivers wait for 1–2 hours. Ultra-high-power DC chargers (60–960kW, e.g., WREVC-25-960) deliver ultra-fast charging, capable of replenishing large battery capacities for commercial fleets or highway service stations in a short time, significantly reducing waiting time.

Secondly, they ensure safe and compliant operation. Key models (especially DC variants like WREVC-25-360) hold CE certification, meeting strict international safety standards for electrical insulation, overload protection, and short-circuit prevention. This eliminates risks of overheating or electrical faults, even during long-duration high-load charging.

Thirdly, they optimize space and efficiency via multi-vehicle support. Most DC chargers (e.g., WREVC-25-800) feature double charging stations with dual guns, enabling simultaneous charging of two vehicles. This maximizes utilization of limited spaces (e.g., parking lots or public charging hubs) and doubles service capacity without additional equipment investment.

Lastly, they maintain stable performance through adaptive cooling. Ultra-high-power models use fully liquid-cooled systems to dissipate heat quickly during high-power operation, preventing performance degradation. The split-type air-cooled design of WREVC-25-960 further enhances installation flexibility—adapting to narrow spaces or outdoor environments while ensuring consistent charging efficiency.

Specification

MODEL	WREVC-25-360	Product Description
Advanced Charging Capabilities	Dual CCS2 Connectors for simultaneous charging Real-time LCD Display for instant charge monitoring Automatic Safety Shutoff in case of faults DC Output Range: 150–1000 V | Max Current: 250 A Precise Energy Metering for accurate billing	WREVC-25-360 High-Performance DC Fast EV Charger Introducing the WREVC-25-360, a state-of-the-art DC fast charger engineered for commercial and public electric vehicle (EV) charging scenarios—your reliable solution for high-efficiency, user-centric EV power supply. Equipped with Dual CCS2 Connectors, this charger supports simultaneous charging of two EVs, drastically boosting operational throughput for charging operators.
Cutting-Edge Measurement & Monitoring	High-precision DC energy meter with Class 1 accuracy Continuous voltage, current, and energy monitoring Seamless integration with control systems via RS-485	Its real-time LCD Display offers instant charge status monitoring for end-users, while the Automatic Safety Shutdown feature triggers promptly in fault scenarios to ensure secure operation. With a wide DC Output Range (150–1000 V) and 250 A max current, it delivers fast, stable charging, paired with Precise Energy Metering (Class 1 accuracy) for transparent, accurate billing.
Comprehensive Safety Features	Pre-charging protection & dual interlock safety Main circuit diagnostics & pre-diagnosis management Intelligent safeguards to prevent vehicle overcharging	For robust performance tracking, the charger integrates high-precision DC energy metering, real-time voltage/current/energy monitoring, and seamless control system integration via RS-485. Comprehensive safety safeguards include pre-charging protection, dual interlock safety, main circuit diagnostics, and intelligent overcharging prevention—prioritizing both device and vehicle security.
Reliable Connectivity & Communication	Ethernet & 4G support Compatible with OCPP 1.6J (upgradeable to OCPP 2.0) Customizable for proprietary platform integration	It supports Ethernet & 4G connectivity, is compatible with OCPP 1.6J (upgradable to 2.0), and enables flexible integration with proprietary management platforms. User convenience is elevated via multiple payment methods: Plug & Charge, RFID card, and QR code (via mobile app). Ideal for parking lots, highway rest stops, and commercial hubs, the WREVC-25-360 combines efficiency, safety, and smart functionality for modern EV charging needs.
Convenient Payment Solutions	Multiple payment methods: Plug & Charge, RFID card, QR code via mobile app

Functional Advantages

Firstly, they boast an unmatched power range flexibility to cover all scenarios. With options from 7kW AC chargers (for residential overnight use) to 960kW ultra-high-power DC chargers (for highway fast-charging hubs), the series eliminates "one-size-fits-all" limitations.

For example, the 7kW WREVC-25-7 suits private users' daily low-demand charging, while the 960kW model caters to commercial fleets and long-distance travelers needing rapid battery replenishment—ensuring relevance across user segments.

Secondly, they deliver superior efficiency and space utilization. Most DC models (e.g., WREVC-25-800) feature double charging stations with dual guns, enabling simultaneous charging of two vehicles.

This doubles service capacity without extra floor space, a critical advantage for space-constrained areas like shopping mall parking lots or urban charging hubs. Ultra-high-power models also use fully liquid-cooled systems, which prevent overheating during high-load operation, maintaining consistent charging speed and extending equipment lifespan.

Thirdly, they ensure strong safety and global compliance. Key DC chargers (such as WREVC-25-360) hold CE certification, meeting strict international standards for electrical insulation, overload protection, and short-circuit prevention.

This not only reduces safety risks for users but also allows the products to enter global markets—an advantage over non-certified competitors, especially for commercial clients with cross-border operations.

Lastly, they offer excellent environmental adaptability. The split-type air-cooled design of WREVC-25-960 fits narrow or outdoor spaces, while liquid-cooled models handle high-temperature environments in high-power scenarios. 

Low-power models like WREVC-25-40 also have compact sizes, making them easy to install in hotels or small parking lots—ensuring reliable operation across different locations and climates.

Core Applications

Firstly, they serve residential daily charging. The 7kW AC charger (WREVC-25-7) is designed for home use, enabling slow and steady charging overnight. This matches residents' daily travel patterns—users can plug in their EVs after returning home, ensuring full battery capacity by the next morning without straining household power grids, making it ideal for private EV owners.

Secondly, they cater to commercial destination charging. Mid-power DC chargers (20–40kW, e.g., WREVC-25-40) are suitable for locations like hotels, shopping malls, and office parking lots. These scenarios typically involve 1–2 hours of user waiting time (e.g., during shopping or working), and the 20–40kW power output allows EVs to replenish a significant portion of battery capacity within this window, enhancing customer convenience and adding value to commercial venues.

Thirdly, they support public fast charging hubs. Ultra-high-power DC chargers (60–960kW, such as WREVC-25-800 and WREVC-25-960) are deployed in highway service stations, urban public charging stations, and transportation hubs. These locations demand rapid charging to minimize driver waiting time—especially for long-distance travelers or ride-hailing drivers—with the 960kW model enabling ultra-fast replenishment for large-capacity EV batteries, supporting high traffic flow.

Lastly, they meet commercial fleet operation needs. High-power DC chargers (360–960kW) are suitable for logistics fleets, taxi fleets, and bus depots. Fleet vehicles require frequent and efficient charging to maintain operational schedules; the chargers' double-station design (supporting two vehicles simultaneously) and high power output ensure quick turnaround, reducing downtime and boosting fleet operational efficiency. Additionally, CE-certified models (e.g., WREVC-25-360) comply with international standards, expanding their application to global commercial markets.

Transportation

We provide reliable, transparent, and secure transportation services tailored to our core products: residential and C&I energy storage systems, and EV chargers. From dispatch to delivery, we ensure professional handling and safe, on-time arrival.

Full-Process Tracking: Immediate tracking number and real-time updates via a dedicated platform allow full visibility of shipment status, location, milestones, and estimated delivery time.

Custom Protective Packaging: Products are packed with reinforced, shockproof, moisture-resistant, and anti-collision materials. Large C&I units and high-power EV chargers are secured in sturdy wooden crates or steel frames for transit protection.

Rapid Issue Resolution: In case of transport-related damage, we encourage immediate photo documentation of the packaging, product, and waybill. Our customer service team activates a quick-response process to verify and coordinate solutions—such as replacement, repair, or compensation—with minimal delay.

With our end-to-end logistics support, you can count on secure and efficient delivery, helping ensure the success of your energy projects.

FAQ

Q1.Who are we?
A: Founded in December 2010, we are one of China's earliest enterprises engaged in the production and R&D of cathode materials for new energy batteries, consistently ranking among the industry's top tier for years.

Q2.What do we do?
A: We primarily produce cathode materials and their precursors for lithium-ion power batteries and energy storage batteries, photovoltaic modules, power batteries, energy storage integration systems, and charging pile products.

Q3.What are the advantages of our production line?
A: State-of-the-art fully automated production line & core processes utilize American IPG lasers and German Blackbird galvanometers to form China's most advanced laser welding system & integrated MES production management system in the workshop tracks real-time data throughout the entire production process, with a comprehensive traceability system ensuring product quality.

Q4. What are our technological innovations and R&D investments?
A: CNAS laboratory accreditation certificate & German Zeiss scanning electron microscope & Agilent ICP & Japanese RIKEN XRD & McBath surface area analyzer

Q5. What is the company's vision?
A: To lead industry development through technological innovation, establish a model for green, circular, and low-carbon practices, and become a global leader in new energy materials.

Q6. How many production lines does our company have?
A: Our charging station factory currently operates two DC charging station production lines and one AC charging station production line. We are capable of mass-producing 7kW AC charging stations, 20-40kW low-power DC charging stations, 60-240kW integrated DC charging stations, 360-800kW split-type air-cooled DC charging stations, and 360-800kW fully liquid-cooled superchargers.

Q7. What is our annual production capacity?
A: We can meet the production capacity of 10,000 DC charging stations and 100,000 AC charging stations per year.

Q8. As a cathode material supplier, who are our partners?
A: CATL, BYD, Ganfeng Lithium, Jiewei Power, A123 SYSTEMS, Chunen, VREMT, BATTERO TECH.

Q9. Where are our overseas warehouses located?
A: Europe (France, Poland), Australia, Central Asia, Africa, and other regions.

Q10. What does our after-sales service entail?
A: We respond immediately to customer fault reports, provide remote technical support, activate emergency plans for unforeseen incidents, offer 24/7 after-sales service, and conduct regular customer satisfaction surveys.

Q11. What are the advantages of our battery cells?
A: Our owner's other company ranks among the top three suppliers of key cathode materials for new energy batteries, serving leading manufacturers like BYD and CATL. Leveraging this upstream integration, we reduce intermediary costs—our products are 5-10% cheaper than competitors.

Q12. How are our modules constructed?
A: Multiple cells are integrated through series-parallel connections, paired with structural frames, busbars, flexible printed circuits (FPC), and temperature sensors to accommodate customized solutions for diverse clients.

Q13. What application scenarios do our products serve?
A: Integrated solar-storage-charging systems; peak-valley electricity arbitrage; backup power supply; emergency support; low-temperature environments.

Q14. What product categories do we offer?
A: High-voltage stacked residential storage battery packs; Low-voltage stacked residential storage battery packs; Wall-mounted low-voltage residential energy storage; Low-voltage floor-standing residential storage battery packs.

Q15. How do you choose grid-connected/off-grid systems?
A:(1) If you have stable grid access in urban/rural areas (prioritize grid-connected storage)
    (2) If you are in areas without grid coverage (e.g., remote villages, outdoor camps), off-grid storage is the only option.
    (3). If you experience unstable grid power with frequent outages (prioritize "grid-tied storage with off-grid switching capability")

Q17. Are Wanrun batteries compatible with my existing solar inverter?
A: Wanrun batteries offer high compatibility with various solar inverters. They utilize RS485, CAN, or RS232 communication protocols, supported by most major inverter brands (e.g., SMA, Growatt, Solax, Victron, Deye).

If you already own a solar inverter, it's always advisable to confirm the specific model's communication protocol before finalizing your purchase.

Q18. What is the lifespan of Wanrun batteries?
A: Lithium iron phosphate batteries typically offer 6,000-8,000 charge cycles (equivalent to 10-15 years of daily use). Actual lifespan varies based on usage patterns, temperature conditions, and maintenance practices.

Q19. Are Wanrun batteries suitable for solar systems?
A: Absolutely. Wanrun batteries are specifically designed for seamless integration with solar systems. They are well-suited for use with photovoltaic (PV) solar arrays in residential, commercial, and industrial applications. These batteries enable users to store solar energy generated during daylight hours for use at night or on cloudy days. They are also compatible with hybrid inverters, which manage both solar and grid power simultaneously, offering flexibility for various configurations.

Q20. Do Wanrun batteries include protective features?
A: Yes, Wanrun batteries come equipped with a comprehensive Battery Management System (BMS) offering multiple protective functions to ensure safe operation. These include overcharge protection, over-discharge protection, short-circuit protection, temperature monitoring, and overcurrent protection.

Q21. How can I monitor Wanrun battery performance?
A: Wanrun provides a cloud-based monitoring platform via App and Web. You can track real-time battery performance, monitor charging/discharging status, and gain insights into battery health and efficiency through the platform.

Q22. Does installing Wanrun batteries require specialized knowledge?
A: Yes, installing Wanrun batteries requires specialized knowledge. It is essential to hire certified professionals for installation to ensure it is performed safely and correctly, especially when integrating with solar systems or other electrical equipment.

Q23. Can you elaborate on the functionality of the EMS tools?
A: Our EMS tools provide a comprehensive overview of your system's performance. They display current operational status, real-time power metrics, and daily/cumulative energy data. Additionally, these tools support convenient configuration of various system parameters, ensuring a seamless experience when monitoring and managing your energy system.

Q24.Are you a sales company or a source factory?  
A: As a formal source factory with standardized production processes, we can offer both the most competitive prices and top-quality products.

Q25.How can we contact your company for detailed quotations?

A: Simply contact the store staff online directly via the website—they will promptly provide you with a detailed quotation.

Q26.How do you ensure production and delivery timelines?  
A: Equipped with a comprehensive production line and proficient technical personnel, we are capable of guaranteeing both the stable production and on-time delivery of products.