IP66 Rated Outdoor EVSE Solutions for Residential & Commercial Application
IP66 Rated Outdoor EVSE Solutions for Residential & Commercial Application
Delivering 7kW to 22kW, these outdoor Level 2 charger units feature IP66 waterproof enclosures and IK10 impact resistance. Operating from -30°C to +55°C, the system ensures safe, earth-rod-free installation for gardens, exterior walls, and open parking lots.
Delivering 7kW to 22kW, these outdoor Level 2 charger units feature IP66 waterproof enclosures and IK10 impact resistance. Operating from -30°C to +55°C, the system ensures safe, earth-rod-free installation for gardens, exterior walls, and open parking lots.
Outdoor EVSE Matrix: Wallbox & Portable Series
Technical Specifications & Market Fit:
Power Output: 3.5kW (16A) / 7kW (32A) / 11kW (16A 3-Phase) / 22kW (32A 3-Phase).
Grid Compatibility: 110V – 480V AC, 50/60Hz. Supports TN-S, TN-C-S, and IT grid systems (Earth-rod-free capable).
Connector Standards:
Type 2 (IEC 62196): For EU, UK, AU, and most Asian markets.
Type 1 (SAE J1772): For legacy North America, South Korea, and Japan.
NACS (Tesla): Future-proof compatibility for the evolving North American EV landscape.
GBT: For China and select export markets.
Certifications: Fully certified with CE, TUV, ETL,UKCA, CB,RCM and ROHS, meeting strict entry requirements for EU and Commonwealth markets.
Smart Functionality:
Commercial: OCPP 1.6J (JSON) for fleet management & billing.
User Control: Bluetooth/WiFi App connectivity, RFID card access, and Scheduled Charging.

Outdoor EVSE Protection: IP66 Weatherproof Mastery
Engineered specifically as a rugged outdoor EVSE, this series features a hermetically sealed IP66 enclosure. Unlike standard IP54 units, it withstands high-pressure water jets and heavy storms without requiring secondary shelters. This dust-tight architecture ensures internal electronics remain dry, delivering consistent reliability in the harshest wet or sandy environments.
Outdoor EVSE Durability: -30°C to +55°C Operation
Engineered for outdoor EVSE deployment, this unit operates reliably between -30°C ~ +55°C. The enclosure utilizes UV-stabilized PC material to prevent structural degradation from long-term sun exposure. For cold environments, the TPU cable maintains flexibility down to -30°C, avoiding the stiffness and cracking issues typical of standard PVC insulation.


Outdoor EVSE Durability: IK10 Impact Resistance
Built for rugged use, this outdoor EVSE achieves an IK10 rating, capable of withstanding direct impacts and vehicle crushing forces up to 2 tons. The enclosure utilizes high-grade Polycarbonate (PC) instead of standard ABS to prevent brittle fracture. The TPU cable jacket resists abrasion and oil, maintaining integrity even when dragged over rough asphalt.
Outdoor EVSE Safety: Surge & Leakage Protection
Crucial for exposed outdoor EVSE installations, this unit features built-in lightning surge protection and Type A + 6mA DC leakage detection. This ensures immediate power cutoff (<0.2s) during wet conditions or grid instability, preventing electrical shock hazards common in damp environments without requiring an expensive external Type B RCD.


Smart Outdoor EVSE: Remote App & OCPP Control
Designed for remote management, this smart outdoor EVSE allows users to monitor charging from indoors via App (Wi-Fi/Bluetooth), avoiding physical interaction during adverse weather. It supports Scheduled Charging to utilize off-peak rates and OCPP 1.6J for commercial fleet integration, ensuring robust connectivity even through exterior walls.
Real-World Outdoor EVSE Applications
Deployed globally, this outdoor EVSE serves diverse scenarios from private residential driveways to shared commercial parking lots. User feedback confirms consistent reliability during heavy rain, snow, and heatwaves. The installation examples below demonstrate versatile mounting on exterior walls and standalone pedestals, proving its ability to integrate seamlessly into any architectural environment.

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Production lines
50+
Products available
100+
Countries served
30K+
Customers served


















