3kW EV Charger (13A) | Compliant Mode 2 Charging Solutions
3kW EV Charger (13A) | Compliant Mode 2 Charging Solutions
A compliant solution for standard wall sockets—strictly calibrated to 13A to prevent overheating and meet UK & EU safety standards.
A compliant solution for standard wall sockets—strictly calibrated to 13A to prevent overheating and meet UK & EU safety standards.
3kW EV Charger Series (13A) | Universal Grid Compliance/Safety
For many drivers, a reliable 3kW portable charger is the essential daily solution. Beyond simple connectivity, our series is engineered to safely maximize charging efficiency from any standard domestic socket worldwide. We solve the industry’s toughest compatibility challenges, offering units that work flawlessly across diverse power networks—from Norway’s IT Grid and France’s Type E standards to the evolving infrastructure in Thailand and South America.
Safety is our universal language. Whether meeting UK (BS 1363) regulations or local Thai safety codes, our chargers feature intelligent amperage adjustment (6A-13A) and plug-head temperature sensors that actively cut power if heat is detected at the wall. Built with industrial-grade TPU cables and IP66 waterproofing, these 8 models deliver the certified reliability your global B2B customers demand.
Key Technical Highlights
- Universal Grid Compatibility: Seamless operation on TN systems (EU/Asia) and IT Grids (Norway) without grounding faults.
- Active Overheat Protection: Sensors embedded in the plug head (Schuko/French/UK/Thai) cut power if the socket exceeds 80°C.
- Smart Adjustable Current: One-click switch between 6A/8A/10A/13A to protect older wiring or match local grid limits.
- Global Plug Options: Factory-molded plugs for every market: Schuko (EU/France), BS 1363 (UK), TIS (Thailand), and AS/NZS (AU).
- Visual Data Control: OLED/LED screens display real-time voltage, amps, kWh, and charging time for total user confidence.
The 3kW EV Charger Advantage: Bridging the Safety Gap vs. 3.5kW Models
In the competitive EV hardware market, “faster” is not always better. While 16A (3.5kW) portable chargers are common, they pose a significant risk when used with standard household infrastructure not designed for continuous high loads.
- The “Schuko” Risk: Standard European Schuko sockets are rated for 16A peak usage, but often only 10A-13A for continuous EV charging. Forcing 16A through these sockets for 8+ hours can cause melting, fire hazards, and liability issues for distributors.
- The 3kW Solution: Our 3kW EV charger series bridges this gap. It provides the maximum safe charging speed (13A) without crossing the thermal threshold of domestic wiring.
- Reduced After-Sales Liability: By stocking our 3kW/13A range, you provide a “fail-safe” product that drastically reduces customer complaints related to tripped breakers or damaged wall sockets. It is the responsible choice for retailers targeting mass-market consumers living in older buildings.

Regional 3kW EV Charger Solutions: Tailored Plugs Beyond the Standard Schuko
We don’t just sell a generic plug; we engineer specific solutions for regional grid requirements. Our 3kW EV chargers are factory-molded with the precise connectors required for your local market, ensuring full grounding and polarity compliance.
| Region / Country | Plug Standard | Why 3kW (13A/10A) is Critical Here |
|---|---|---|
| UK, Ireland, HK, Singapore | BS 1363 (Type G) | The fuse inside the UK plug limits safe continuous draw to 13A. Our units are fully compliant with UK EVSE safety codes. |
| Thailand | CTIS 166 (Type O) | New Thai regulations require specific grounding. Our 3kW chargers feature the correct 3-pin layout for local compliance. |
| Chile & Italy | Type L (CEI 23-16) | Compatible with the 10A/16A multi-standard sockets found in Chilean and Italian homes, ensuring a snug, safe fit. |
| Australia & New Zealand | AS/NZS 3112 (Type I) | Tailored for the 10A or 15A flat-pin standard, featuring specific temperature monitoring required by AU/NZ safety laws. |
| France & Belgium | CEE 7/5 (Type E) | Features the grounding pin hole required for French sockets, ensuring correct phase detection and earth bonding. |







