Professional Mode 2 EV Charger Manufacturer in China - Your Reliable Source Wholesale Supplier

Your Everyday Charging Solution — Simple, Safe, and Efficient

Charge effortlessly, anywhere, anytime—The Mode 2 EV charger redefines mobility by merging convenience, safety, and global compatibility. Power up your journey with technology that keeps pace with your lifestyle. Tailored for enterprises, our OEM/ODM services offer fully customizable charging solutions. From design aesthetics to functional specifications, we adapt the ev charging station to your precise requirements, providing personalized hardware that aligns with your brand and operational needs.

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Mode 2 EV Charger

Mode 2 charging uses a dedicated charging cable equipped with an in-cable control and protection device (IC-CPD) that provides integrated protection against AC and DC electric faults. This type of cable is typically supplied with the electric vehicle by the manufacturer. Unlike Mode 1 charging, which lacks built-in safety features, Mode 2 charging incorporates protective functions within the cable itself to prevent electric shock and ensure safe connection to standard household outlets. Mode 2 remains one of the most widely used charging methods for electric vehicles today, particularly for residential and portable charging applications.

Mode 2 EV Charger with Multilayer Protection

Olink Mode 2 EV Charger Customization and OEM Services

Smart, Safe, and Customizable Charging for Residential & Commercial Applications

Engineered with cutting-edge AC charging technology, OLINK’s AC EV chargers deliver reliable, scalable, and intelligent ev charging solutions ideal for homes, apartment complexes, offices, commercial buildings, and public parking lots.

Our systems are designed for universal compatibility with major EV standards (Type 2, J1772, GBT, NACS), and offer power levels from 7kW to 22kW, supporting both single-phase and three-phase inputs. With IP55 protection, real-time monitoring, RFID/APP/OCPP 1.6 control options, and global certifications (CE, TUV, FCC, etc.), OLINK ensures every unit meets high-quality and compliance standards.

We offer full OEM/ODM customization, including:

● Product appearance & branding

● Regional plug/cable types

● Firmware development & communication protocol tuning

● Compatibility testing and certification assistance

Our in-house R&D team provides ongoing technical support for new product development and custom solution design, helping clients accelerate EV deployment worldwide.

From portable AC chargers to high-power DC stations, find the right solution in our full EV Charging Stations collection.

OLINK Helps You Choose: Charging Modes Explained
Understanding the distinctions between Mode 1 vs Mode 2 ev charging stations allows you to select the most efficient and practical solution for your electric vehicle charging needs

Feature Mode 1 Charging Mode 2 Charging

Definition Direct charging from a standard household socket without any communication or protection device. Charging through a cable with an in-cable control box (ICCB) that provides basic safety and communication functions.

Power Supply AC single-phase (usually 230V) AC single-phase or three-phase

Safety Level ⚠️ No overcurrent or leakage protection; higher safety risk. ✅ Built-in protection (overcurrent, overtemperature, leakage detection).

Charging Speed Slow (typically ≤2.3 kW) Faster (up to 3.6 kW–7.4 kW)

Communication No communication between EV and charger. Basic communication with the EV according to IEC 61851-1.

Typical Use Temporary or emergency charging (not recommended for daily use). Home or workplace slow charging for daily use.

Connector Type Standard household plug. Dedicated Mode 2 cable with control box.

Compliance Early or low-level standard. Compliant with modern safety standards (IEC 61851 Mode 2).

Feature	Mode 1 Charging	Mode 2 Charging
Definition	Direct charging from a standard household socket without any communication or protection device.	Charging through a cable with an in-cable control box (ICCB) that provides basic safety and communication functions.
Power Supply	AC single-phase (usually 230V)	AC single-phase or three-phase
Safety Level	⚠️ No overcurrent or leakage protection; higher safety risk.	✅ Built-in protection (overcurrent, overtemperature, leakage detection).
Charging Speed	Slow (typically ≤2.3 kW)	Faster (up to 3.6 kW–7.4 kW)
Communication	No communication between EV and charger.	Basic communication with the EV according to IEC 61851-1.
Typical Use	Temporary or emergency charging (not recommended for daily use).	Home or workplace slow charging for daily use.
Connector Type	Standard household plug.	Dedicated Mode 2 cable with control box.
Compliance	Early or low-level standard.	Compliant with modern safety standards (IEC 61851 Mode 2).

FAQs

1. How is a Mode 2 EV charger used?

A Mode 2 EV charger connects through a standard household socket, making it suitable for most residential environments. Its cable is equipped with an integrated Cable Control and Protection Device (IC-CPD) that provides overload, overheat, and leakage protection to ensure safe charging. It is typically designed for single-phase power, making it ideal for home use.
2. What should I consider when using a Mode 2 EV charger?

Current Limit: Household sockets are usually 10 A or 16 A, so charging must stay within these limits.

Dedicated Circuit: Use a dedicated circuit if power is 2600 W or higher.

Earthing: Ensure the socket is properly earthed.

Professional Check: For lower-power chargers, a separate circuit or inspection by a qualified professional is recommended.
3. What is the difference between Mode 2 and Mode 3 EV chargers?

Mode 2 chargers are portable and connect to standard household sockets, offering moderate power (typically up to 7 kW) with basic overload and leakage protection, making them suitable for occasional or emergency home charging. In contrast, Mode 3 chargers require professional installation, support higher power (up to 22 kW), feature advanced safety functions such as real-time monitoring and enhanced protection, and are ideal for daily home use, workplaces, or public charging stations.