FAQ

Charging inlets are the vehicle-side ports where you plug in the charging cable. The most common types include:

Type 1 (SAE J1772): Single-phase AC inlet mainly used in North America and some Asian markets.

Type 2 (IEC 62196): Three-phase AC inlet standard across Europe and many other regions.

CCS1 & CCS2 (Combined Charging System): Inlets combining AC and DC fast charging capabilities—CCS1 for North America (based on Type 1), CCS2 for Europe (based on Type 2).

CHAdeMO: DC fast charging inlet mainly used by some Japanese EV brands.

GB/T: Chinese standard with separate AC and DC inlets.

Choosing the correct charging inlet involves considering your vehicle’s brand and the specific charging standards supported in your geographic location.

EV charging adapters bridge the gap between different charging connector standards, allowing your vehicle to charge from various types of stations. Common adapter types include:

A Type 1 to Type 2 adapter enables electric vehicles equipped with a Type 1 charging port to connect and charge at stations using Type 2 plugs, which is especially helpful for North American cars traveling in Europe.

Type 2 to Type 1 Adapter: Allows Type 2 inlet vehicles to use Type 1 chargers (useful for European cars in North America).

CCS1 to CCS2 Adapter: Enables a vehicle with a North American CCS1 inlet to charge from a European CCS2 station.

CCS2 to CCS1 Adapter: Allows a vehicle with a CCS2 inlet to charge from a North American CCS1 station.

CCS to CHAdeMO Adapter: Connects CCS fast chargers to CHAdeMO-equipped vehicles, often used by Japanese brands.

Tesla to CCS Adapter: Lets Tesla vehicles use CCS fast chargers, expanding charging options beyond Tesla’s Supercharger network.

These adapters increase flexibility and compatibility across regions and charging infrastructures. Workersbee provides tested, reliable adapters that ensure safe and efficient charging no matter the connector difference.

An EV charging adapter is a device that allows you to connect an electric vehicle with one type of charging port to a charging station or cable with a different connector type. For example, an adapter can let a car with a Type 1 inlet charge from a Type 2 station. Adapters help improve compatibility and flexibility, especially when traveling or using public chargers with varying standards.

Workersbee offers reliable adapters tested for safety and performance to ensure seamless charging across different systems.

Here’s a concise comparison between CCS and NACS ports:

CCS (Combined Charging System):

The current industry standard for most electric vehicles worldwide, especially in Europe and North America. It combines AC and DC charging in one port and supports fast charging up to hundreds of kilowatts. CCS ports are widely adopted by many manufacturers and public charging networks.

NACS (North American Charging Standard):

Tesla developed the NACS connector to offer a smaller, more elegant design that combines AC and DC charging functions into a single port, simplifying the user experience. Tesla recently opened NACS to other EV makers in North America, aiming to become a new standard.

In short, CCS is the broad, established standard with widespread adoption, while NACS is a newer, Tesla-originated design gaining traction in North America for its compact size and ease of use.

Here’s a clear breakdown of the differences between Type 1, Type 2, and CCS connectors:

Type 1 (SAE J1772):

Single-phase AC connector, common in North America. Typically supports slower charging speeds (up to 7.4 kW).

Type 2 (IEC 62196):

Three-phase AC connector, standard in Europe. Supports higher power (up to 22 kW or more), and often used at public charging stations.

CCS (Combined Charging System):

Combines either a Type 1 or Type 2 AC connector with two extra DC pins for fast charging.

CCS1 is based on Type 1 (North America)

CCS2 is based on Type 2 (Europe)

CCS supports DC fast charging at much higher power levels—up to 350 kW in some cases.

Each serves different charging needs, depending on region, charging speed, and vehicle compatibility.

No, not all EVs use the same connector. Connector types vary by region and vehicle brand. For example, most European EVs use Type 2 for AC charging and CCS2 for DC fast charging, while many American EVs use Type 1 and CCS1. Some Japanese models use CHAdeMO, and Chinese EVs typically use GB/T. Always check your vehicle’s charging port before selecting a cable or charger.

There are several main types of EV connectors, depending on the region and charging level:

Type 1 (SAE J1772): Common in North America for AC charging

Type 2 (IEC 62196): Standard in Europe for AC charging

CCS1 & CCS2 (Combined Charging System): Used for DC fast charging in North America (CCS1) and Europe (CCS2)

CHAdeMO is a protocol for DC fast charging, predominantly adopted by several Asian electric vehicle manufacturers.

GB/T: The standard in China, with separate AC and DC connectors

Selecting the appropriate connector type hinges on the specific model of your electric vehicle and the charging network available in your area.

Whether a cable can be used at a public charging station depends on the compatibility between the cable type and the station’s connector standards. Some public AC charging stations require you to bring your own cable, usually with a Type 2 plug. If your cable matches the station's socket and your EV’s inlet, then yes—you can use it. 

Yes, Many EV charging cables come with waterproof features, making them suitable and safe for use in outdoor environments. Workersbee charging cables, for example, feature high IP ratings (up to IP55), meaning they’re protected against rain, dust, and even low-pressure water jets. This makes them ideal for use in driveways, parking lots, or any outdoor environment. Always check the specific IP rating before using a charger outdoors.

Single-phase charging cables deliver power through one live wire and are common for home use, typically offering slower charging speeds (up to 7.4 kW).

Three-phase charging cables use three live wires to provide higher power output—up to 22 kW—making them ideal for faster charging at commercial or industrial locations.

Choosing between them depends on your local power supply and how quickly you need to charge your EV.

To check if a charging cable is compatible with your EV, start by confirming your vehicle’s charging port type—most EVs use either Type 1 (SAE J1772) or Type 2 (IEC 62196) connectors. Then, match it with the plug type on the charging cable. You should also check the voltage and amperage requirements to ensure safe charging.

Portable EV chargers offer several key advantages that make them a smart choice for many EV owners.

They provide charging flexibility anywhere there's a compatible outlet—ideal for travel, emergencies, or locations without fixed chargers.

They’re compact, easy to store, and some models include smart features such as adjustable current, app control, and weatherproof design. Overall, they bring peace of mind and charging independence wherever you go.