Contact us for rfqs, volume pricing, custom shipping quotations, sales tax exemption, and to apply your carrier routing guide!

iconHigh-Quality Products
At a Competitive Price
iconExpert Manufacturers
20+ Years of Experience
iconExcellent Customer Service
Get Help From Experts
iconInternational Shipping
Fast & Secure

A tethered EV charger extension cable is a type of EV cable that extends the charging range of a tethered charger. Electric vehicle charging extension cables differ significantly from domestic extension cords in terms of their technical specifications. Please note that a domestic extension cord should never be used to charge an electric vehicle. In addition to being unsafe, it is also associated with risks. As well, it can have a negative impact on the warranty of an electric vehicle (EV) or an electric charger.

In order to facilitate the charging of electric vehicles, a portable EV charger is equipped with a number of technical features, including a communication protocol. There is no such requirement for an EV extension cable. As a result, an EV extension cable cannot be used to charge an electric vehicle without a portable or fixed EV charger.

NEMA 14-50 Extension Cord for Level 2 EV Charging (50A, 250V)
This NEMA 14-50 level 2 EV charging extension cord and range extension cord has the thickest wire available in the industry which yields the maximum current capacity of 50A 250V and won’t become hot to the touch. We offer the only...
from $99.99
NEMA 14-30 Extension Cord for Level 2 EV Charging (30A, 250V)
This NEMA 14-30 extension cord is the best combination of value and performance for anyone needing a maximum of 30A 250V electrical rating. This extension cord comes in 10 ft, 25 ft, and 50 ft lengths and is suitable for...
from $74.99
NEMA 6-50 Extension Cord for Level 2 EV Charging & Welding (50A, 250V)
This NEMA 6-50 Level 2 electric vehicle and welder extension cord has the thickest wire available in the industry for these NEMA 6-50 extension cords, which yields the maximum current capacity of 50A 250V and won’t become hot to the touch. We...
from $79.99
NEMA 6-30 Extension Cord for Level 2 EV Charging (30A, 250V)
This 10 ft. indoor/outdoor NEMA 6-30 Level 2 EV extension cord has it all with the thickest wire available for these connector standards which yields the maximum current carrying capacity of 30 amps 250 volts current rating and won’t become hot...
$44.99
Sold Out
NEMA 10-30P To L6-30R Power Cord for Level 2 EV Charging (30A, 250V)
This 10 ft. NEMA 10-30 plug to NEMA L6-30 receptacle power cord has it all with the thickest wire available for these connector standards which yields the maximum current carrying capacity of 30 amps 250 volts current rating and won’t...
$46.99
USA NEMA 6-20 Extension Cord - Multiple Lengths
NEMA 6-20 Extension Cord: NEMA 6-20P to NEMA 6-20R extension cord rated up to 20A 250V. Available in 10 ft. and 20 ft. lengths.  This cord is popular for EV charging and many EVSE car charger manufacturers use this connector...
from $17.99

EV Charger for Home

An EV home charger can be installed at your property if you have off-street parking. Through a connector cable, the charger connects to your mains electricity to power your car. It is simply a matter of plugging your car into the charger and waiting for it to be charged. Purchasing an EV charger extension cord can help with charging at home as ports can be installed on the home and then the car parked at a distance away without worrying about the cord reaching.

Charge your electric car (or plug-in hybrid) at home for the most convenient and cheapest way to charge your vehicle.

Based on our calculations, it is much more cost-effective than filling up a traditional petrol or diesel car. When compared to public chargers, it's more convenient and usually cheaper (unless you're able to consistently use free outlets).

EV Charging Stations

A public EV charger can be found at service stations, car parks, supermarkets, cinemas, and even by the side of the road.

Ideally suited for longer trips, public chargers at service stations serve the same purpose as petrol and diesel forecourts. It takes as little as 20-30 minutes for a rapid charging unit to charge up to 80% of the battery.

According to the White House, there are more than 130,000 public charging stations across the country. Electricity is becoming more prevalent in America. From being an outlier in the auto industry to being the wave of the future, electric vehicles are projected to grow by 65% in 2022.

The majority of electric vehicle charging stations across the country are Level 2 stations, which is fine if you have some spare time. Nevertheless, a Level 2 charging station will not enable you to top up your battery and return to driving within a short period of time. Level 2 charging is most commonly used by EV owners while their cars are parked at work or at home overnight.

Best Extension Cord for EV Charging

There are several types of extension cords that can be used with electric cars, but not all of them are equal. Electric cars will benefit from extension cords that are specifically designed for the task since they will be able to handle the high levels of power required to charge them. In selecting an extension cord for electric cars, there are a few factors to consider, such as the length, the gauge, and the amperage rating.

It is currently the most common method of charging an electric vehicle worldwide to use a Mode 3 cable. EV charging stations, such as those found in workplaces, offices, homes, and residential areas, as well as parking lots, require a Mode 3 charging cable.

A standard extension cord should be sufficient for Level 1 charging (120 volts). You will need a heavy-duty extension cord rated for at least 15 amps for Level 2 charging (240 volts). In order to charge at Level 3 (480 volts), you will need an extension cord that can handle high voltages. We recommend consulting a qualified electrician if you have any questions about EV charging or what kind of extension cord you need.

Frequently Asked Question

From empty to full, a typical electric car (60kWh battery) takes just under 8 hours to charge. The majority of drivers prefer to top up their batteries rather than wait for them to fully recharge from an empty to a full charge.

Extension cords should not be used in place of permanent wiring. Make sure you do not run your cable through walls, doorways, ceilings, or floors. Covering cords may result in a fire hazard if heat cannot escape. Extension cords should only be used for one appliance at a time.

Electricity is not consumed by extension cords that are plugged in but not in use. Leaving extension cords plugged in can pose a number of hazards, including fire hazards, shock hazards, and trip hazards. When not in use, it's best to unplug them.

The cookie settings on this website are set to 'allow all cookies' to give you the very best experience. Please click Accept Cookies to continue to use the site.
You have successfully subscribed!