As global EV infrastructure scales, operators are no longer buying chargers — they are investing in grid-integrated energy assets. This 60kW DC fast EV charger to 160kW high power EV charger platform is designed for continuous commercial operation, high uptime, and seamless backend interoperability.
Built by a direct DC fast charger OEM factory, the system integrates OCPP 1.6J EV charger protocol with TLS 1.2 encryption, modular power design, intelligent cooling airflow, and industrial-grade safety architecture aligned with TUV certified DC charging station standards.
EV Charging Station Business
CCS2/CCS1/GBT
Dynamic Load Balancing
RFID+NFC
4G/WIFI/LAN Port
Credit Card Payment
Fast Charge
IP55 IK10
E-stop Button
As EV infrastructure scales globally, operators are investing in energy assets — not just charging equipment. This 60kW DC fast EV charger to 160kW high power EV charger platform is engineered for continuous commercial operation, high uptime performance, and seamless backend interoperability.
Manufactured by a direct DC fast charger OEM factory, the system integrates OCPP 1.6J EV charger protocol with TLS 1.2 encrypted communication, modular power expansion, intelligent thermal zoning, and compliance aligned with TUV certified DC charging station standards.
Unlike conventional single-core systems, this platform adopts an independent modular power matrix. Each module operates autonomously within a distributed control network.
Operational Advantages:
Reduced single-point failure risk
Faster maintenance with hot-swappable modules
Scalable expansion from 60kW DC fast EV charger to 120kW commercial EV charging station and up to 160kW high power EV charger
Lower total cost of ownership
This architecture transforms a charger into a scalable revenue infrastructure node.
The internal structure separates control circuitry and power modules into independent airflow channels.
Benefits:
Increased component lifespan
Stable performance in high-temperature environments
Lower system derating risk
Improved reliability for outdoor installations
Integrated Dynamic Load Balancing (DLB) technology optimizes real-time power allocation based on grid conditions and multi-charger installations.
Commercial Value:
Reduces peak demand penalties
Protects transformer capacity
Enables multi-unit deployment without infrastructure overload
This makes it a future-ready public EV charging solution.
Built around open interoperability standards, this OCPP 1.6J EV charger supports:
Third-party backend integration
Remote diagnostics and monitoring
OTA firmware upgrades
User group management
Transaction tracking and billing control
Charging infrastructure becomes data-driven and revenue-controlled.
The PDB Series is engineered to bridge the gap between urban convenience and rapid highway charging. With a robust 60kW to 80kW output, it is the strategic choice for businesses—such as retail hubs and corporate fleets—that require high vehicle turnover without the extreme infrastructure costs of ultra-high-power stations.
Commercial Efficiency: Perfectly calibrated for "dwell-time" locations (30–60 mins), maximizing the charging session value for shopping malls, office parks, and city centers.
Industrial-Grade Resilience: Encased in a massive 120kg structural steel housing with IP55 and IK10 ratings, ensuring the station survives both extreme weather and high-traffic public use.
Advanced Thermal Intelligence: Featuring a smart derating mechanism and independent cooling, the PDB maintains peak operational stability in environments ranging from -30°C to 55°C.
Next-Gen Connectivity: Fully OCPP 1.6J compliant, enabling seamless integration with global payment platforms, remote monitoring, and OTA (Over-the-Air) firmware updates.
| Parameter | Specification |
| DC Output Power | 60kW / 80kW |
| Max Output Current | 120A (at 60kW) | 160A (at 80kW) |
| Charging Connector | IEC 62196 CCS 2 (High-conductivity fast-charge cable) |
| Input Power Supply | 400VAC ± 15%, 50/60Hz (Three-Phase) |
| Safety Shield | UVP, OVP, OCP, Relay Stuck Protection, Over-Temperature |
| Leakage Protection | Integrated Type A + 6mA DC (Per IEC 62955) |
| Metering Accuracy | Industrial-grade ±2% precision |
| Parameter | Specification |
| Dimensions (WDH) | 700 * 425 * 1500 mm |
| Net Weight | 120 kg (High-stability floor-mount design) |
| Environmental Rating | IP55 (Weatherproof) & IK10 (Impact-resistant) |
| Operational Altitude | Up to 2500m |
| HMI Interface | Branded Logo LED & Multi-color Status LED indicators |
| Parameter | Specification |
| Network Interface | WiFi / 4G / Ethernet |
| User Authentication | RFID Card, Mobile App, and Plug & Charge |
| Communication Protocol | OCPP 1.6 JSON (CMS & Backend Ready) |
| System Updates | OTA via App or OCPP backend |
| Load Management | Intelligent dynamic balancing via Mobile App |
| Maximum Power | 60kw/120A 400VAC±15%；80kW/160A 400VAC±15% |
| Connector | CCS1/CCS2/GBT |
| Dimension (H*W*D) | 700*425*1500 mm |
| Display | LED Touch 10.1″ |
| Installation | Floor-mount |
| Certification | CE |
| Ingress Protection | IP55,IK10 |
| Dynamic Load Blancing | Solar Charging |
| Our Services | 1.OEM/ODM Support |
| 2.3-Year Warranty | |
| 3.10-15 days lead time | |
| 4.Rigorous Quality Control | |
| 5.Industry-Leading Manufacturer |
Featuring card payment, APP control, OCPP 1.6 compatibility, WiFi/4G/Ethernet connectivity, and dual 60/80 kw outputs, our charging station offers a seamless EV charging experience.
Equipped with leakage, overvoltage, overtemperature, lightning, and waterproof protections, our charging stations ensure safe, reliable charging for your EV. Use with confidence.
Product Description：
In the ever-expanding world of electric vehicles (EVs), charging technology is a pivotal aspect of ensuring a seamless and efficient driving experience. PENODA, a renowned name in the field of advanced charging solutions, proudly presents the PENODA 60/80kW DC EV Charger. This cutting-edge charger is designed to meet the demands of the modern EV landscape, offering speed, efficiency, and versatility like never before.
The 60/80kW DC EV Charger is a high-power charging solution designed for electric vehicles. This charger, known for its impressive 60-80 kilowatt output, offers a range of features that make it a top choice for EV owners. Smart charging protection system, automatic detection of abnormal states, intelligent control current.
High Power Output: With a substantial 60-80 kilowatt output, this charger is significantly faster than standard home chargers.
Compatibility: It’s compatible with a wide range of EVs, making it a versatile choice.
Fast Charging: Thanks to its high power, it can deliver a substantial charge in a relatively short time.
Safety: The 60/80kW DC EV Charger comes equipped with safety features like overvoltage protection and short-circuit prevention.
The 60/80kW DC EV Charger is a game-changer in the world of electric vehicle charging. Its high power output, compatibility, and safety features make it a top choice for EV owners looking for fast and efficient charging solutions. As EV adoption continues to grow, expect to see more of these chargers in public charging stations, making longer journeys more accessible for all EV enthusiasts. Make the switch to a 60/80kW DC EV Charger today and enjoy quicker, more efficient charging for your electric vehicle. Place your order now.
100% In-House R&D Manufacturing
True DC fast charger OEM factory with complete hardware and firmware development capability.
Scalable Power Platform (60-160kW)
Flexible configuration covering 60kW DC fast EV charger, 120kW commercial EV charging station, and 160kW high power EV charger.
7-Inch Industrial Smart Interface
Capacitive touch display with multilingual UI and real-time charging status visualization.
Multi-Mode Authentication & Start
Supports RFID, NFC, and Plug & Charge for public networks and fleet operations.
OCPP 1.6J with TLS 1.2 Encryption
Ensures interoperability and secure encrypted communication.
Dynamic Load Balancing (DLB)
Intelligent grid interaction for commercial charging hubs.
TUV-Level Safety Engineering
Designed to meet expectations of TUV certified DC charging station compliance.
Remote Monitoring & Predictive Maintenance
Cloud-based diagnostics reduce downtime and service dispatch frequency.
Urban Public Fast Charging Networks
Ideal for high-traffic metropolitan charging hubs requiring high uptime and fast vehicle turnover.
Highway Service Areas
Reliable high-power deployment for long-distance EV travel corridors.
Corporate Fleet & Logistics Depots
Efficient charging infrastructure for taxis, delivery fleets, and commercial vehicle operators.
Models: 60kW / 80kW / 120kW / 160kW
1. Preparation & Electrical CapacityBefore installation, verify that the site’s power supply supports 380VAC ± 15% (3-Phase, 5-Wire). Ensure the electrical infrastructure meets the following minimum rated input current requirements:
60kW Model: Minimum 120A
80kW Model: Minimum 160A
120kW Model: Minimum 240A
160kW Model: Minimum 320A
2. Floor-mount InstallationThis equipment is designed for floor-mount installation. A level and stable concrete foundation must be prepared in advance. Complimentary specialized expansion bolts are included with the unit to securely anchor the station to the ground.
3. Electrical WiringWith the main power supply switched OFF, connect the input cables (L1, L2, L3, N, and PE). All terminal screws must be tightened to the specified torque. Ensure the PE (Earth) wire is solidly grounded to guarantee operational safety.
4. Network & Smart ConfigurationEstablish a network connection via WiFi, 4G, or Ethernet to activate the OCPP 1.6J intelligent management system. This enables remote monitoring, data management, and APP-based control.
5. Commissioning & OperationConfirm that the Emergency Stop button is released. Switch on the circuit breaker. Once the 10.1-inch touch screen displays the "Ready" status, initiate a test charge using an RFID card or the mobile APP.
WARNING: Installation must be performed by a certified professional electrician in accordance with local electrical codes and safety regulations.
A 120kW commercial EV charging station can charge most EVs to 80% within 20–40 minutes, significantly faster than AC systems.
We are a direct DC fast charger OEM factory with full in-house R&D and production control.
Yes. Fully compatible with OCPP 1.6J EV charger protocol for seamless CPO platform integration.
RFID, NFC, Plug & Charge, and backend-managed authorization systems are supported.
All communications operate under TLS 1.2 encrypted protocol within the OCPP 1.6J EV charger framework.
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Company Address: MAX Technology Park, Chengyang District, Qingdao, Shandong, China
