You can charge Hyundai Kona at home, at work, and in public charging stations using typical cables or installing a wall box.

How Much Does it Cost to Charge Hyundai Kona? On average, the charging cost of the Hyundai Kona ranges between $4 to $4.5 to go up to 100 miles. A fully charged SUV will run up to 256 to 258 miles, giving the cost of $10 .5 to $11.5. In addition, it can take around an hour to 2 days to fully charge a Hyundai Kona.

Hyundai Kona is an all-electric crossover SUV with a reasonable size and unique body, making it an ideal option for many people.

This SUV is stylish, affordable having great performance, and has a long-range battery with a lifetime electric battery warranty.

Its cost depends upon various factors. They are the type of charging, the electricity cost in your area, and how much you drive it.

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How Much Does it Cost to Charge Hyundai Kona?

The biggest concern of Hyundai Kona owners is the cost they have to spend on its charging.

There are online applications available to calculate the cost, and you can estimate it manually also using this formula.

Cost/miles = the electric range of vehicle x battery size x electricity cost per kWh

What are the types of charging for Hyundai Kona?

Usually, electric SUVs have two types of charging depending upon their energy usage and storage capacity. These types decide the time it will take.

Normal charging

The standard alternating current charging option consumes less energy and is a slower process that takes several hours.

It occurs when you plug it in at home or work with typical plugs and can also happen in some public stations.

Three-pin plugs and type 2 cables provide alternating current are preferable for overnight charging.

Fast charging

It is necessary when you leave for a long trip or need to add up milage in an emergency.

The Hyundai Kona SUV gets charged up to 80% within an hour when using a fast-charging connector.

You can not do this at home because the connector converts automatically into fast direct current only at a public station.

These stations provide above 20 kW and can sometimes extend up to 150 kW that varies with different locations.

Charging Hyundai Kona at home

This process becomes easy when you have a home connector, and you can get a fully charged SUV in less than 10 hours to 50 hours.

It is preferable to build a wall attached, electrical source outlet as it is more convenient but is usually slower.

However, you require a power source that must supply between 3 to 7 kW energy, but they are slightly costly.

A 3kW unit will cost around $300 to $550, while a 7kW power source will cost $400 to $850.

Charging Hyundai Kona at work or public locations

The charging points and facilities are increasing worldwide as the electric SUVs are gaining more popularity, and the same is in the USA.

What else can be more relieving than charging it at your office while working and even at restaurants and stores?

Usually, there are level 2 connectors on these places that provide fast charging by using CCS connectors.

They increase battery capacity up to 80% within 50 to 55 minutes but do not forget to estimate its cost.

It may need to activate the process with an application or a card, and it will start powering the SUV after account and connection check.

Cables and plugs for charging a Hyundai Kona

There are various cables and plugs for your flexibility to charge it at different spots and different rates.

For charging at home, you need

Type 2 cable is the most common cable type that works at 1-phased to 3-phased AC.

The voltage carrying in these varies from 230 to 400, giving the charge speed of around 22 kW.

ICCB cable is a domestic socket cable with a voltage of 230, allowing a charging speed of only 2.7 kW.

The electrical watts vary with the ICCB setting and power supply. However, it is an unsafe method because these sockets are not for this use.

For charging at the public station, you need

The type 2 cable that you use at home converts the AC to DC.

The power wattage ranges between 11 to 45 kW with 1-phased to 3-phased.

CCS type 2 cables are similar to type 2 cables and use DC for fast charge. These are present at public stations only.

They usually have a permanently attached system with two more contact points, supplying more than 30 kW of energy.

Charging on a wall box

A wall box is an electrical box that can charge more than two vehicles at a time, and you can install it in your home.

You may also find them on various public spots such as parking, garage, restaurant, and other locations as wall-mounted or stand-alone boxes.

They supply alternative current and charge fast than any domestic sockets by transmitting up to 20 kW of energy.

The most significant advantage of these wall boxes is that they are 100% safe for the battery as they regulate the flow of electric current.

You can also monitor the electricity cost and power use of your vehicles with these devices.

The installation cost of the wall box is generally high, and it depends upon the presence of specific features like wifi monitoring and programming.

The hardware of the wall box costs you around $400 to $700, while the installation price ranges between $700 to $1100.

What is the charging time of the Hyundai Kona?

Usually, it takes from 1 hour to several hours to fully charge an electric vehicle and depends upon the battery size, connector, and electrical source wattage.

It will take around 6 hours when you have a battery capacity of 38 kWh, and you charge it with a source of 6 to 7 kW.

However, the battery capacity above 67 kWh will take more than 7 hours when you use a power of 11 kW.

A level 1 connector will fill the battery in 50 to 55 hours, while a level 2 connector takes less than 10 hours.

Empty to full

A three-pin plug at home will take 28 to 30 hours
3.6 kW source will take 24 to 25 hours
22 kW source will take less than 10 hours

20% to full

50 kW source will take 50 to 55 minutes
100 kW source will take 25 to 30 minutes
150 kW source will take 35 to 40 minutes

What factors affect the charging time of the Hyundai Kona?

The charging time of the vehicle does not remain the same all the time and varies under different conditions. Therefore, you should consider these factors that are responsible for slow or fast timings.

The battery that is in a good state of charge will take less time. However, the SOC below 20% and above 80% will take more time.

Charging it on-board decreases the time to a greater extent by converting AC to DC. As a result, its battery will be 100% within an hour or less.

A battery with better storage capacity will go long but will take extra time. On the other hand, a battery with less storage capacity will run fewer miles.

The weather conditions also affect its time and speed. The time increases in cold environments due to decreased electrical flow while it increases in hot temperatures.