| Rated power | 160kW/240KW/320KW |
| 入力電圧 | AC380V ± 20% |
| Output voltage DC | 200-2000V/AC380V |
| 出力電流 | 0-250A per gun |
| Cooling method | forced air cooling |
| 充電方法 | swipe card charging/scan code charging/password charging |
| Protection level | IP54 |
| Working temperature | -20 ℃~+50 ℃ |
| Altitude | <2000m |
| Product size | 750 * 735 * 1820mm |
| Working humidity | 5%~95%, no frost |
DC fast charger Level 3-Convenience and Rapid Speed
について 160kW, 240kW, and 320kW DC fast charger Level 3 system significantly enhances charging speed, reliability, and overall customer satisfaction. Designed to deliver up to 250A continuous current per connector, this next-generation Level 3 charger supports an advanced 2000V DC architecture, enabling ultra-fast and stable power output. With flexible configuration options and a maximum power capacity of 320kW, the system ensures every connected EV receives the required energy for rapid charging.
Combining high efficiency with a modern, compact design, the Level 3 DC fast charger can simultaneously charge up to four vehicles from a single power cabinet. This integrated structure simplifies site installation and optimizes space utilization—critical advantages in markets where real estate is limited or costly. These features make the fourth-generation system an ideal solution for fleet operators, commercial retail locations, and high-demand charging networks, meeting the need for a high-power, space-efficient commercial EV charging solution.
Level 3 DC Fast Charging – Designed for Highways and Large Industrial Parks
With charging times as short as 10 to 15 minutes, depending on the EV’s battery capacity, the Level 3 DC fast charging system is the ideal solution for highways and large industrial parks. It supports rapid customer turnover and ensures maximum satisfaction for locations that require reliable, high-performance DC fast charging infrastructure.
The system delivers a wide 200–2000V DC voltage range, making it compatible with a broad spectrum of EV brands and models. This extensive compatibility allows charging sites to effectively meet the needs of both current and next-generation electric vehicle battery systems.
A standout feature of the Level 3 DC fast charging system is its four-connector charging capability. Unlike traditional chargers limited to a single port, this advanced design enables simultaneous power delivery to four charging connectors. This efficiency and convenience set it apart from conventional commercial EV chargers, earning strong recognition from operators and end-users alike.
Level 3 DC Fast Charge Station – Engineered for Easy Maintenance
について Level 3 DC fast charge station is built with industry-leading maintainability, ensuring exceptional reliability throughout its lifecycle. Its robust and durable structural design incorporates a greater number of modular sub-components, making service operations significantly more convenient. As a result, repair times are shorter, maintenance costs are lower, and overall system uptime is greatly improved.
A key advantage of this system is its highly efficient module replacement process. A single operator can complete the replacement of a 40kW AC-to-DC power module in just five minutes, minimizing downtime and keeping the charging station continuously available for users.
Level 3 DC Fast Charging Stations – Certified by CE, TUV, and CB
について Level 3 DC fast charging stations are engineered with a rugged, commercial-grade design that withstands a wide variety of environmental conditions. Built for long-term outdoor operation, these chargers are ideal for installation in transportation hubs, convenience stores, fleet parking facilities, commercial complexes, and government properties.
Beyond durability, the system also emphasizes visual appeal and brand integration. Its clean, streamlined exterior and smooth surface design make it easy for businesses to incorporate logos, colors, or custom branding, enhancing the overall site aesthetic.
Fully compliant with CE, TUV, and CB certifications, the Level 3 DC fast charging stations enable operators to participate in national programs and regulatory initiatives aimed at developing and strengthening electric vehicle infrastructure across multiple countries. These certifications further demonstrate the product’s commitment to safety, quality, and global market readiness.
Level 3 DC Fast Charge – Service Capabilities of Anengenergy
Anengenergy provides a complete service system dedicated to supporting the deployment, operation, and long-term stability of Level 3 DC fast charging stations. With a global service network and professional technical teams, we ensure customers receive efficient, reliable, and timely support.
Our Service Capabilities Include:
Global Technical Support: 24/7 remote diagnosis, firmware upgrades, and online troubleshooting.
On-Site Installation & Commissioning: Professional engineers handle full installation, testing, and system optimization.
Customized Charging Solutions: AC, DC, SKD kits, modular charging stacks tailored for commercial, fleet, and public charging needs.
After-Sales Maintenance: Fast spare-parts supply, preventive maintenance, and long-term service plans.
OEM/ODM Support: Branding customization, hardware optimization, and software integration services.
Data & Platform Services: Real-time monitoring, charging analytics, and cloud management for large-scale charging networks.
With strong engineering capabilities and global service coverage, Anengenergy ensures each charging project runs smoothly, safely, and efficiently from deployment to continuous operation.
Level 3 DC Fast Charge – Customization Capabilities of Anengjienergy
Anengjienergy offers highly flexible customization solutions for Level 3 DC fast charging systems, enabling partners to build competitive, scalable, and future-ready charging infrastructures. With strong R&D capabilities and modular engineering design, we support deep customization for both hardware and software.
Our Customization Capabilities Include:
Power Configuration Customization: Multiple power levels (60kW–480kW), scalable power modules, flexible charging stacks.
Connector Options: CCS1, CCS2, CHAdeMO, GB/T, optional liquid-cooled charging guns.
OEM/ODM Branding: Logo printing, color customization, housing redesign, UI interface customization.
Communication Protocols: OCPP 1.6J/2.0.1, CAN, Ethernet, 4G/5G, Wi-Fi and cloud platform integration.
Functional Customization: RFID, smart billing, load management, dynamic power distribution, dual-gun charging.
Platform & Software Customization: Cloud monitoring, energy management, API integration for fleet or CPO systems.
Installation Environment Adaptation: Indoor/outdoor protection levels, IP54–IP65, extreme-temperature design.
With deep engineering expertise, Anengjienergy helps customers create tailored fast-charging solutions that meet commercial, public, and high-power charging demands worldwide.
What is a Level 3 DC Fast Charger?
A Level 3 DC fast charger is the highest category of EV charging, providing direct DC power to an electric vehicle’s battery.
Unlike Level 1 or Level 2 chargers that use AC power, a Level 3 DC fast charger bypasses the onboard charger and delivers high-voltage DC, resulting in much faster charging speeds.
Typical power range: 60 kW – 480 kW
Average charging time: 20–40 minutes to reach 80%
These chargers are widely used in highway EV charging stations, commercial EV charging networks, logistics fleets, そして public fast-charging hubs.
How does a Level 3 DC fast charger work?
A Level 3 DC fast charger contains an internal AC-to-DC power conversion module, which converts grid AC electricity into regulated DC output. This DC power is sent directly to the EV battery using connectors such as:
CCS1 / CCS2
CHAdeMO
NACS (increasingly adopted in the U.S.)
Key components include:
High-efficiency DC power modules
Intelligent cooling system
OCPP communication controller
Safety protection system (overcurrent, overvoltage, insulation monitoring)
This architecture enables stable, high-power, commercial-grade DC fast charging.
What are the advantages of using a Level 3 DC fast charger?
Ultra-fast charging speed – ideal for long-distance travel
Higher ROI for commercial EV charging stations
Supports EV adoption and sustainability goals
Advanced safety and real-time monitoring
Compatible with most modern EVs
Reduces charging congestion in busy public areas
For businesses, installing Level 3 DC fast chargers helps attract EV drivers, increase site revenue, and improve charging turnover efficiency.
What is the difference between Level 1, Level 2, and Level 3 DC fast chargers?
| 特徴 | レベル1充電器 | レベル2充電器 | Level 3 DC Fast Charger |
|---|---|---|---|
| 出力 | 1-2 kW | 7-22 kW | 60–480 kW DC |
| Charging Time (0–80%) | 10–20 hours | 3–8 hours | 20–40 minutes |
| コネクター・タイプ | AC | AC | DC: CCS / CHAdeMO / NACS/GB/T |
| 設置費用 | Very low | Moderate | High (commercial infrastructure) |
| こんな方に最適 | Home use | Home & workplace | Highway, commercial, fleets |
結論
A Level 3 DC fast charger provides unmatched speed and is essential for public and commercial EV fast-charging stations.
How much does a Level 3 DC fast charger cost?
The cost depends on power level, brand, features, cooling technology, and country.
60 kW Level 3 charger: $3200 – $8000
120 kW charger: $6400 – $16000
180 kW – 480 kW ultra-fast charger: $9800 – $30,000+
Installation & grid upgrade: $5,000 – $30,000
Network & payment software: varies
Permits, engineering, civil work: location dependent
Despite higher initial cost, Level 3 DC chargers generate stronger revenue due to high usage rates and faster turnover.
（Note: Prices may vary depending on the country and standards; this is just a reference price）
Where are Level 3 DC fast chargers most commonly installed?
Level 3 DC fast chargers are mainly installed in high-traffic or commercial locations where speed matters:
Highways and expressway service areas
Fleet and logistics depots
Urban fast-charging hubs
Retail centers and gas stations adding EV charging
EV dealerships and service centers
Public parking facilities
Because these chargers provide rapid charging, they reduce congestion and support large numbers of EVs daily—making them essential for modern EV charging infrastructure.
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