The Technical Information of Integrated DC Charger:

The Packaging of Integrated DC Charger:

Standard Packaging:

The exact packaging method should be confirmed according to the final charging station model, cabinet dimensions, total weight, and shipping method.

For a typical large integrated DC charging station, the equipment may be secured inside a reinforced export wooden case or wooden crate.

Shipping:

We support FCL and LCL sea freight, road transportation, air freight, and express delivery depending on equipment dimensions, order quantity, gross weight, and destination.

Available trade terms may include:EXW;FOB;CIF. Other terms may be available upon request.

Shipping costs are calculated based on package dimensions, gross weight, destination, and selected transportation method.

Lead Time:

Samples: To be confirmed according to model availability and configuration.

Standard orders: To be confirmed according to model, order quantity, production schedule, and component availability.

Customized orders: To be confirmed after reviewing charging power, connector configuration, communication requirements, enclosure configuration, and certification requirements.

Q1. What is an Integrated DC Charger?

An Integrated DC Charger is a floor-mounted DC EV charging system that integrates the power conversion, charging control, protection, user interface, and charging connectors into a single cabinet.

It is designed for DC charging of compatible electric vehicles and can be configured for European-market charging applications.

Q2. What charging connector does the European-standard version use?

The European-market configuration can use a CCS2 DC charging connector.

The final connector type, number of connectors, cable length, and maximum charging current should be confirmed according to the target vehicle market and selected model.

Q3. What power levels are available?

The exact power range depends on the selected product series.

Publicly available integrated European-standard DC charging products include configurations such as 60 kW, 80 kW, 120 kW, 160 kW, 180 kW and 240 kW, while some product series extend to 360 kW.

For quotation purposes, the required rated power should be specified together with the vehicle type and expected charging demand.

Q4. What standards are relevant to a European-standard DC charging station?

Important standards include:

IEC 61851-1 – Electric vehicle conductive charging system – General requirements

IEC 61851-23 – DC electric vehicle supply equipment

IEC 62196-3 – Dimensional compatibility requirements for DC and AC/DC vehicle couplers

IEC 61851-1 covers EV supply equipment characteristics, operating conditions, connection requirements, and electrical safety.

IEC 61851-23 specifically addresses DC EV supply equipment and DC charging operation. The current 2023 edition supersedes the 2014 edition.

IEC 62196-3 covers the dimensional compatibility of DC and AC/DC vehicle couplers.

The actual certification package should be confirmed for the specific model.

Q5. Can the charging station charge two vehicles at the same time?

Selected models can be configured with two charging connectors.

Whether two vehicles can charge simultaneously, and how the available power is distributed between the two connectors, depends on the rated power, internal power modules, and charging-control system.

The required charging mode should therefore be specified when requesting a quotation.

Q6. Can the charger be connected to a charging management platform?

Depending on the model, the charging station may support Ethernet, 4G, and charging-management protocols such as OCPP.

Public product specifications in this category include Ethernet/4G networking and OCPP 1.6J support.

The required communication protocol and backend platform should be confirmed before purchase.

Q7. Can the charging station be installed outdoors?

Selected integrated DC charging stations are designed for outdoor floor-mounted installation and may use weather-resistant enclosures.

Some publicly listed configurations specify IP55 protection.

The actual IP rating, operating temperature range, humidity requirements, altitude limit, and other environmental conditions must be confirmed according to the selected model.