Mode 4 EV Charger
Mode 4 EV Charger
Mode 4 utilizes direct current (DC) to charge electric vehicle (EV) batteries quickly, making it a popular choice for fast-charging stations in public areas like parking lots and motorway service stations.
Fast-charging stations that use Mode 4 are typically connected to high-voltage systems. The high current they deliver allows these stations to charge up to 80% of an EV's battery capacity in under 30 minutes. This makes Mode 4 charging ideal for occasional top-ups or for EV owners who don't have access to private parking spaces.
Due to the high power required for Mode 4 charging, these stations use specialized cables and connectors. In many cases, these stations also offer Mode 3 charging for vehicles that are not compatible with Mode 4 charging.
Mode 4 EV Charging Application Scenarios
Efficient Empowerment, Driving Green Mobility
Mode 4 DC Fast Charging is a pivotal technology designed to meet the time-critical energy replenishment needs of electric vehicle users, offering high-power output for rapid turnaround. While key applications include providing quick top-ups at Gas Stations for high-utilization fleets, acting as a high-value amenity in Business Centers and Large Shopping Malls to maximize driver dwell time, and ensuring essential reliability and efficiency at Highway Service Areas for long-distance travel.Nowadays, The scope of Mode 4 technology is continually expanding, encompassing various other emerging scenarios such as logistics hubs, intermodal transport terminals, and dedicated charging depots for heavy-duty electric vehicles.
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Gas Station Charging
Ensure on-time departures and smooth fleet operations with efficient, reliable charging solutions. -
Business centers and large shopping malls
Reduce energy costs and simplify fleet management through smart charging infrastructure. -
Highway service area EV charging
Support high-frequency, heavy-duty operations with dependable, fast charging.
Mode 4 EV Charger – Ultra-High-Speed, Robust, and Critical DC Fast Charging Solution
1. Ultra-Rapid Charging Power
Mode 4 utilizes Direct Current (DC) output (over 100 kW) to bypass the onboard charger, delivering the fastest possible energy replenishment. This capability is critical for maximizing vehicle throughput and minimizing operational downtime.
2. Essential for Long-Haul Mobility
Strategically deployed along highways and intercity routes, Mode 4 eliminates range anxiety. It allows drivers to quickly add significant range during brief stops, supporting high-mileage users and ensuring seamless long-distance electric travel.
3. High-Throughput Commercial Solution
As the most powerful charging technology, Mode 4 is an advanced, high-investment infrastructure designed for public and commercial settings. It provides the highest service level for rapid vehicle turnaround, generating substantial value for station operators.
Olink Mode 4 EV Charging Customization and OEM Services
Smart, Safe, and Customizable Charging for Residential & Commercial Applications
Engineered with cutting-edge DC charging technology, OLINK’s Mode 4 EV chargers deliver reliable, scalable, and intelligent ev charging solutions ideal for homes, apartment complexes, offices, commercial buildings, and public parking lots.
Our systems are designed for universal compatibility with major EV standards (CCS2, CCS1, GBT, NACS), and offer power levels from 7kW to 350kW, supporting fast and efficient charging. With IP65 protection, real-time monitoring, RFID/APP/OCPP 1.6/2.0 control options, and global certifications (CE, TUV, FCC, etc.), OLINK ensures every unit meets high-quality and compliance standards.
We offer full OEM/ODM customization, including:
● Product appearance & branding
● Regional plug/cable types
● Firmware development & communication protocol tuning
● Compatibility testing and certification assistance
Our in-house R&D team provides ongoing technical support for new product development and custom solution design, helping clients accelerate EV deployment worldwide.
FAQs
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1.What is the typical power output range for Mode 4 charging?
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2. How is the estimated charging time determined for Mode 4?
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3. What are the Voltage and Current ranges for Mode 4 charging?
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4. How does Mode 4 ensure high charging efficiency?
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5. Why are Mode 4 charging stations primarily located in areas supporting long-distance travel and rapid urban charging?
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6. How to choose the right charging mode？
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