This DC EV Charger (Triple Socket) adopts advanced DC charging technology and is capable of charging electric vehicles in a short time. It is equipped with three plugs (customizable types), which can charge 3 electric cars at the same time
| Product Number | ZDWL120-320kW |
| Input | 400VAC / 480VAC (3P+N+PE) || 50/60Hz |
| Output Voltage | 200 – 1000VDC |
| Output current | 0 to 600A |
| Connectors | CCS1 || CCS2 || CHAdeMO || GBT *Single and Dual |
| Single-gun charging mode | CCS1 – 200A || CCS2 – 200A || CHAdeMO – 150A || GBT- 250A |
| Efficiency | ≥94% at nominal output power |
| Power factor | >0.98 |
| Operating temperature | -30°C to 55°C |
| Altitude | < 2000m |
| Working || Storage Humidity | ≤ 95% RH || ≤ 99% RH (Non-condensing) |
| Display | 7’’ LCD with touch screen |
| RFID system | ISO/IEC 14443A/B |
| Dimensions (L x D x H) | 900mm x 600mm x 1800mm |
| Ingress Protection | IP54 || IK10 |
| Power Electronics Cooling | Air Cooled |
| Weight | 340kg |
| Insulation (input-output) | >2.5kV |
| Regulatory Compliance | CE || EMC: EN 61000-6-1:2007, EN 61000-6-3:2007/A1:2011/AC:2012 |
| Charging Protocol Standards | Mode 4 – IEC-61851, ISO-15118, DIN 70121Mode 4 – CHAdeMO 2.0 Mode 4 – GB/T 18487 2023, GB/T 20234 2023, GB/T 27930 2023 |
| Length of charging cable | 5m |
| Communication protocol | OCPP 1.6J |
| Access Control | RFID: ISO/IEC 14443A/B || Credit Card Reader (Optional) |
| Communication | Ethernet – Standard || 3G/4G Modem (Optional) |
| Electrical Safety: GFCI | RCD 30 mA Type A |
| Electrical Safety: Surge Protection | 20 kA |
| Electrical Safety General | Over Voltage, Under Voltage, Over Current, Missing Ground |
| Electrical Safety: Output Short | Output power is disabled when output is short-circuited |
| Electrical Safety Temperature | Temperature Sensors @ Charge Coupler and Power Electronics |
| Emergency Stop | Emergency Stop Button Disables Output Power |
The DC EV Charger (Triple Socket) offers a versatile solution for public charging stations and commercial businesses looking to serve a wide range of electric vehicles. This configuration includes one AC and two DC ports, ensuring that different types of electric vehicles (EVs) can be charged simultaneously. Whether catering to Tesla chargepoint users or standard EV drivers, this setup provides flexibility. Business owners who are investing in EV charging infrastructure will benefit from the added value of offering multiple port types. With this flexibility, the charging station can attract more customers and maximize its usage.
A DC EV Charger (Triple Socket) with both AC and DC ports enhances customer satisfaction. It allows charging for a wide range of vehicles, supporting fast charging for those who need it, while also catering to users of slower AC charging. By offering both types in one unit, the charging station becomes a more convenient choice for drivers. This hybrid charging solution ensures that stations can accommodate all vehicle models, whether they’re using DC fast charging stations or conventional charging. The combination of AC and DC improves operational efficiency and increases the station’s revenue potential.
One key advantage of our DC EV Charger (Triple Socket) is its customizable port options. The charger supports TYPE1, TYPE2, and Tesla charging adapters, which means businesses can tailor their units based on regional or customer-specific needs. Whether you need a Type 2 to Type 2 Charging Cable, Tesla Mennekes Adapter, or other customized solutions, these chargers are built for adaptability. This flexibility makes it easier to meet the needs of diverse customers, from those driving Teslas to other electric vehicles, ensuring that all EV drivers find the right charging option at your station.
For business owners planning to expand their charging stations, installing a DC EV Charger (Triple Socket) can increase station capacity and appeal. This triple socket configuration enables simultaneous charging for different types of electric vehicles (EVs), including Tesla chargepoints and Type 2 to Type 1 Adapters. By supporting both fast and slower charging options, station operators can cater to drivers with different charging needs. With two DC ports available, fast charging becomes a selling point for busy EV drivers looking for convenience and efficiency.
The DC EV Charger (Triple Socket) stands out due to its two high-powered DC charging ports. This enables rapid charging for multiple vehicles at the same time, reducing wait times and increasing throughput at public charging stations. These dual ports are designed for DC fast charging stations, making them ideal for commercial spaces where customers expect quick service. By offering both Tesla chargepoint access and general EV charging, the station becomes more versatile. This efficiency can also lead to higher customer satisfaction and repeat business for station operators.
As the demand for EV charging infrastructure grows, installing a DC EV Charger (Triple Socket) becomes a strategic move for business owners. This charger allows for faster vehicle turnaround, accommodating the growing number of EV drivers. With two DC charging ports and one AC charging option, it’s well-suited for commercial environments where rapid charging and high vehicle throughput are essential. Businesses investing in public charging stations can use this technology to future-proof their infrastructure and stay ahead in a competitive market.
For business owners looking to invest in EV charging stations, the DC EV Charger (Triple Socket) offers a profitable opportunity. Its triple-port design enables the simultaneous charging of various types of electric vehicles (EVs), including Teslas and other EV brands. By installing these chargers, businesses can attract a broader customer base, offer flexible charging solutions, and enhance their green credentials. This makes the investment more attractive, especially with government incentives like tax credit programs. Additionally, this infrastructure prepares businesses for the future as EV charging networks expand.
The DC EV Charger (Triple Socket) is designed to meet international standards for safety and performance. By offering customizable socket options like TYPE1, TYPE2, and Tesla ports, these chargers cater to regional requirements in markets such as the United States and the EU. Whether you need a Type 1 to Tesla Adapter or a Type 2 Charging Socket, these chargers ensure compliance with local regulations while maintaining high performance. This flexibility also allows businesses to offer the most relevant charging solutions to their customers, enhancing station usability.
The versatility of the DC EV Charger (Triple Socket) makes it a forward-thinking choice for charging station owners. As EV charging networks continue to expand globally, businesses must offer flexible charging options that meet diverse needs. With two DC ports and one AC port, this charger is built for the future, accommodating a wide range of vehicles and charging requirements. By providing faster, more efficient charging, businesses can ensure customer satisfaction and prepare for an increasingly electrified world. This charger is not only an investment in infrastructure but also in the future of mobility.
Yes, it supports both Tesla and standard EVs.
It has one AC port and two DC ports.
Three vehicles can charge simultaneously.
Yes, it offers TYPE1, TYPE2, and Tesla adapters.
The dual DC ports provide DC fast charging for rapid vehicle charging.
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