In the DC 80kW + AC 22kW Commercial EV Charging Station, charging modules are housed within an independent air duct structure, helping reduce dust ingress, moisture exposure, and airborne contaminants. This airflow design improves cooling efficiency, minimizes internal contamination, and supports stable, long-term system operation.
Commercial Electric Vehicle Charging Station
OCPP1.6J+APP
TYPE2+CCS2/CCS1/GBT
Dynamic Load Balancing
RFID+NFC
4G/WIFI/LAN Port
Credit Card Payment
fast charge
IP55 IK10
E-stop button
The PDBT series is a robust, dual-standard charging solution engineered for high-demand commercial settings. By combining 80kW DC rapid charging for quick turnarounds with 22kW AC utility for longer dwell times, it optimizes station utilization and driver convenience. Fully compatible with CCS and CHAdeMO standards, this station integrates seamlessly into retail hubs and workplaces. The PDBT doesn't just support sustainable mobility—it transforms your parking infrastructure into a revenue-generating asset with industry-leading durability and ease of use.
Dual-Protocol Delivery: Features a high-velocity 80kW DC output and a 22kW AC port, enabling simultaneous multi-vehicle charging without compromising power stability.
Commercial Backbone Design: Engineered as a robust, floor-mounted pedestal solution, specifically designed for heavy-duty usage in public corridors and corporate centers.
Grid-Adaptive Engineering: High tolerance for input variations (400VAC ±20%) and broad frequency support (50/60Hz), ensuring stable performance across diverse utility grids.
Advanced Access Control: Supports RFID, Mobile App, and Plug & Charge, providing a seamless, secure, and tiered user authentication experience.
Resilient Architecture: Fully sealed to IP55 and IK10 standards, with an isolated cooling system that protects sensitive electronics from dust and environmental contaminants.
| Parameter | Specification |
| Combined System Power | 102kW (DC 80kW + AC 22kW) |
| Connector Configuration | IEC 62196 CCS2 (DC) + Type 2 (AC Cable) |
| Voltage Resilience | 400VAC ±20%; TN/TT/IT Earthing Systems |
| Safety Intelligence | UVP, OVP, OCP, Relay Stuck Monitoring, and Thermal Management |
| Billing Precision | Standardized energy metering with ±2% accuracy |
| Parameter | Specification |
| Form Factor | 700 x 425 x 1500 mm (Enhanced Stability Pedestal) |
| Environmental Class | IP55 / IK10 (Certified for Indoor/Outdoor deployment) |
| Operational Range | -30°C to 55°C (Equipped with intelligent derating) |
| Altitude Performance | Operational stability up to 2500m |
| Parameter | Specification |
| Data Connectivity | WiFi, 4G LTE, and High-speed Ethernet |
| Cloud Protocol | OCPP 1.6 JSON (Optimized for backend CMS) |
| Remote Maintenance | Comprehensive OTA (Over-the-Air) system updates |
| HMI Feedback | Multi-layer LED status indicators & Custom Logo lighting |
| Maximum Power | DC:80KW AC:22KW/192A 400VAC±15% |
| Connector | CCS1/CCS2/GBT |
| Dimension (H*W*D) | 700x425x1500 mm |
| Display | LED 10.1″ touch |
| Installation | Floor-Standing |
| Certification | CE |
| Ingress Protection | IP55,IK10 |
| Dynamic Load Blancing | Solar Charging |
Featuring card payment, APP control, OCPP 1.6 compatibility, WiFi/4G/Ethernet connectivity, and dual DC 60+AC 22kW 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.
The PENODA 120kW Integrated DC Charger is a high-velocity power hub designed for the most demanding commercial environments. Featuring a versatile dual-gun configuration, it intelligently balances power between two vehicles or delivers a massive 120kW burst to a single vehicle. Engineered for speed and built to endure, this station ensures your fleet or customers spend less time at the plug and more time on the road.
Simplified Installation: Our revolutionary modular architecture allows for rapid setup and commissioning.
Maintenance for Everyone: Designed so that a general electrician can perform routine maintenance and module swaps—no expensive specialists or factory technicians required.
Accelerated Deployment: Reduced production cycles and simplified internal wiring mean faster delivery and quicker ROI for your project.
Total Component Protection: By isolating the charging modules within an independent air duct, we shield sensitive electronics from dust, moisture, and pollutants.
Extended Lifespan: This thermal design significantly mitigates component wear, ensuring your modules perform at peak efficiency for years longer than traditional designs.
IP65 Enclosure: While the industry standard is often IP54, our IP65 rating provides superior dust-tight and water-jet protection.
Whisper-Quiet Operation: Noise levels are kept ≤65dB, making it ideal for quiet urban environments, office parks, and residential-adjacent commercial zones.
Salt-Fog Resistance: Specifically treated for seaside and coastal areas with high salt-mist levels.
Dust & Mine Grade: Rugged enough for high-altitude mountains and mining sites, where heavy dust and debris would compromise standard chargers.
5+ Year Service Life: Built with premium industrial components to guarantee a stable operational lifespan of over 5 years under heavy-duty cycles.
Charging Modes: Single-gun high-speed mode or Dual-gun dynamic load balancing.
Protocol: Fully compliant with OCPP 1.6 JSON for smart network integration.
Safety Suite: Integrated OVP, UVP, OCP, and intelligent thermal derating.
Housing: High-impact, anti-corrosive metal casing.
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.
You can choose a commercial EV charging station that meets your operational needs, supports sustainability goals, and enhances the value of your business or property. Consulting with EV charging experts or providers can also provide valuable insights and assistance in selecting the right solution.
Commercial EV charging stations may offer Level 2 chargers, which provide moderate charging speeds suitable for longer parking durations, and DC fast chargers (Level 3), which offer rapid charging for quick stops. DC fast chargers typically range from 50 kW to 350 kW or higher.
A commercial EV charging station is a dedicated facility equipped with chargers designed to recharge electric vehicles. It is typically located in public areas, workplaces, or commercial properties.
Trends include advancements in charger technology to support higher power outputs and faster charging times, integration of smart features for user convenience, and expansion of charging networks to improve accessibility and coverage.
The charger adheres to stringent industry standards and certifications, including CE, IEC, and EN certifications such as IEC 61851-1, DIN 70121, ISO 15118, SAE J1772 和IEC 61851-23., ensuring reliable and safe operation.
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Company Address: MAX Technology Park, Chengyang District, Qingdao, Shandong, China
