The DC wallbox charging charger provides 20kw and 60kw output for selection, and it integrates functions such as intelligent control, multiple communication protocol, easy installation, etc. It can provide safe, reliable and stable charging services to electric vehicle drivers, it’s suitable for low power DC charging needed in shopping malls, office buildings, and parks.
The DC wallbox charger supports dual connectors, capable of charging two electric vehicles at the same time. This function could reduce waiting times and improve overall charging efficiency. It is ideal for shopping malls, fleet garages and highway service areas, providing fast, safe and efficient charging .
Honors 20-60kW DC wallbox charger delivers up to 95% operating efficiency, maximizing energy savings. Its low standby power consumption greatly reduces electricity costs. With wide voltage range, it is compatible with with all electric vehicles, eliminating the need for multiple chargers. Moreover, the advanced cooling system and optimized components help lower maintenance expenses.
The DC wallbox charger features an intelligent security system that continuously monitors BMS data anomalies, battery thermal runaway, and plug overheating in real time. With 24 dynamic data points tracking its operation, it ensures safe and reliable performance. Automatic alerts and OTA updates enable remote diagnostics and firmware upgrades to minimize downtime.
Its IP54-rated enclosure is both dustproof and waterproof, maintaining stable operation even in extreme weather conditions. Additionally, it has earned CE certification and complies with international safety standards, providing users with a reliable charging experience.
| Specifications | Item | 3P-20k-D1-EU01(W) | 3P-30k-D1-EU01(W) | 3P-40k-D1-EU01(W) |
|---|---|---|---|---|
| Input Parameter | Voltage | 380/400 V AC, +/-10% | ||
| FLA /Max input Current | 32A | 32A | 63A | |
| Frequency | 50/60Hz | |||
| Wiring | L1, L2, L3, N, PE | |||
| Power factor | >99%(Rated input) | |||
| Harmonic current/ iTHD | <5% (Rated input) | |||
| Output Parameter | Max Output Power | 20 kW DC | 30 kW DC | 40 kW DC |
| Output Voltage | 200 V--750V DC | 200 V--1000V DC | 150 V--1000V DC | |
| Max Output Current | 60A DC | 100A DC | 133A DC | |
| Power Module Slots | 1 | |||
| Voltage stabilized accuracy | <±0.5% | |||
| Outlet Type | 1*60A CCS2 Remark: only one gun is available in a charging session. | 1*100A CCS2 Remark: only one gun is available in a charging session. | 1*133A CCS2 Remark: only one gun is available in a charging session. | |
| Load Sharing | ±3% | |||
| System Parameter | Efficiency | >94% | ||
| KAIC | 6kA | |||
| Enclosure Protection | IP54 | |||
| Operation Environment | Ambient Temperature | -20 ~ +50℃, Full power output below 50℃ Power derating 5% /℃ above 50℃ |
||
| Storage Temperature | -40 ~ +75°C | |||
| Operating Humidity | 0 ~ 95% (No condensation) | |||
| Operational Altitude | 0 ~ 2000 m | |||
| HMI Interface | Display | 7" LCD/Touch Screen | ||
| LED | RUN(G) /ALARM(R) | |||
| Power Metering | 1 *DC Meter | |||
| Emergency Stop | E-stop to shut down both AC input and DC output at same time | |||
| Monitoring Interface | Wide Area Network | Ethernet (standard); Wi-Fi, 4G (optional) | ||
| Communication Protocols | OCPP 1.6 | |||
| Protection Function | System Protection | ·Overcurrent protection, Short circuit protection, ·Input/ Output Overvoltage protection, ·Input Undervoltage protection ·Insulation monitoring ·Two DC connector output common ground protection ·Reverse polarity protection, Over temperature protection |
||
| Mechanical Feature | Dimension(W*H*D mm) | W460*D265*H683 | ||
you may want to know these questions, please click the button below and submit, we will reply within 24 hours.
Yes, if your EV supports DC charging, then this product is extremely suitable. Most modern EVs have a DC fast charging port compatible with standards like CCS1, CCS2, CHAdeMO, or GB/T.
When using a DC charger for EV, please follow these steps:
If your EV only supports AC charging, you cannot use DC wallbox chargers.
Limited by the problems of electric vehicle batteries, this problem cannot be completely avoided. However, we can slow down this process by the following methods:
it's generally safe to leave your EV charger plugged into the power source when not in use, as most chargers have built-in safety features.
However, consider the following:
Energy Consumption: Some chargers draw a small standby power.
Wear & Tear: Continuous exposure to dust, moisture, or power surges may affect longevity.
Safety First: If unused for a long time, unplugging can prevent electrical risks.
Best Practice: If frequently used, keep it plugged in. If unused for weeks, unplug for safety and energy savings.
No, DC charging is not ideal for daily use. There are mainly the following several reasons:
Not practical for most homes.
High Power Requirement: DC chargers need a high-voltage power supply, often unavailable in residential areas.
Expensive Installation: Requires special electrical infrastructure and a transformer.
Space & Cooling Needs: Larger size and cooling systems make it unsuitable for home use.
Best Alternative: Use an AC wallbox for home charging—more affordable, safer, and sufficient for daily needs.
Installation requires high-power grid access, transformers, dedicated cables, and a charging management system, subject to local regulations and infrastructure.
Yes, due to higher power, cooling requirements, and complex electronics, DC wallbox chargers require regular maintenance, increasing operational costs.
Thanks for your interest, your inquiry will be responded within 24 hours.
EN 
ES 
RU 
PT 
AR 
DE 
