Car of the Year, the Kia EV6, was just made available in an affordable version, with a 58kWh battery. We will examine what the latter can do in a particular long-distance exercise, and see where he stands in relation to the others.
The Let’s EV6 is one of the electric cars Offering honorable autonomy, with big promises: the ability to travel with ease thanks to ultra-fast charging. So we will examine this in detail using our reference paths, as we did with Payment Tesla Model 3 and the Tesla Model 3 long autonomy.
The rules remain as usual: Start at 100% battery, finish at 20%, and the vehicle must run at top speeds. We will recall the characteristics of the car (autonomousness, battery, charging power) and compare them with the reality on the ground.
By taking a look at the way the Kia EV6’s 58kWh long rides, you’ll be able to compare it to other vehicles we’ve already encountered in this exercise, to check which one fits your needs, and which works for you. First a good port with as few restrictions as possible.
Kia EV6 58 kWh features
Newly available to order, the 58 kWh Kia EV6 has autonomy WLTP 394 km. As you will see later, don’t imagine traveling nearly 400 km on the highway, Melting like snow in the sun when driving at 130 km/h.
If the maximum charging power of around 150 kW is not the most impressive, its charging curve is much more, with a filling 10 to 80% battery in 18 minutes in the best conditions, that is, with an average charging power of 135 kW. This is the big advantage of its 800V battery, and this is what gives it a huge advantage over other vehicles in the same range.
In order to plan our reference trips, we allow ourselves to use different express shipping networks, depending on which one proves to be the most practical among Ionity, Fastned, Total Energies and other Tesla super power which is open to all.
As usual, Better route planner Used for trip planning, with the Kia EV6’s default reference consumption of 58 kWh in the rear-wheel drive version. The electric crossover from Kia will have a lot to do in this exercise, given that its consumption at high speed is very high, and there are still certain hubs that are not well supplied with fast charging stations.
In the interest of fairness to the various electric vehicles in this series, We start trips with 100% batteryTaking into account that you have to pay for this filling at the average price of a kilowatt-hour in France, currently at 0.17 euros. Then the 58 kWh battery from Kia EV6 9,86 euros. We’ll take this cost into account when evaluating each major flight.
Our benchmark trip aims to simulate a summer vacation on one side, and on the other a long winter trip. At first, it will be a matter of communication From Orleans to Arcachon, a total distance of about 530 km. Then we focus on 850 km in winter conditions between Caen and Chamonix-Mont-Blanc.
For the summer route, the parameters shown in A Better Route Planner are as follows: 25°C, outside temperature, no wind, arrival at a charging station with 10% battery remaining and 20% arrival at the destination. For a winter trip, it is basically the same, regardless of the weather, as we chose a temperature of 0 ° C.
Balance sheet for different methods
At least two drawings to travel 500 km
Asking for Kia EV6 58 kWh At least two charts to travel from 510 to 530 km that separates Arcachon from Orléans. The first option remains on the highway from start to finish, and requires three stops for charging.
The first shipment is at the Ionity station in Poitiers, 200 km from departure and takes only 9 minutes. In fact, charging the Kia EV6 is generally fast: going from 14% to 50% of the battery is done in less than 10 minutes, at a cost of €14.40.
The second charge of this trip is only 80 kilometers, in the Poitou-Charentes rest area, back in Ionity, with a total of 21 minutes and a cost of 26.80 euros. Finally, an additional 13-minute charge is necessary at Totalenergies in Saint-André-de-Cubzac to reach your destination with 20% battery. With Totalenergies pricing per minute (0.65 euros per minute), the cost of 24 kWh comes to 8.45 euros.
Thus, calculating the starting load, The total price of the summer trip is 60 euros In this first case. Average expected consumption is 234 W/km: total flight time 5 hours 30 minutes (43 minutes charging, 4 hours 46 minutes driving).
Another possibility is to pass through Angoulême and the Tesla Supercharger is open to all (27 minutes of charging for 24.13 euros), after charging at the Ionity station in Poitiers as was the case for the motorway trip (11 minutes for 18 euros).
Thus, this second option only requires 38 minutes of charging twice, in order to travel 510 kilometers for a total travel time of 5 hours 32 minutes. In terms of cost, it is lower than the first option with an extension Total 52 euros. Consumption, too, is planned at 215 W / km.
A winter trip requires concessions
If the summer route described above wasn’t that complicated after all, we’d see that the long winter road connecting Caen to Chamonix-Mont-Blanc isn’t an easy feat to board a 58kWh Kia EV6. Five recharges are required, but in addition, some parts require the driver to reduce his speed, otherwise rallying the next charger is impossible.
It seems that the effect of outside temperature cannot be neglected in the case of EV6, since The first charge at 190 kilometers from the start requires no more than 110 kilometers per hour To comply with the imposed restrictions (at least 10% battery access).
Twenty-six minutes of recharge at Totalenergies (16.90 €) later, towards Aire de la Réserve on the A6, where a long charge is required at Ionity before departure (37 minutes for 35.20 €). This is the only charge that exceeds 30 minutes, but despite this, be careful not to exceed 120 km / h to reach the next available charger in this direction of the highway: the Tesla Supercharger in Beaune.
Only 11 minutes of charging (€13) is required to get to the next Ionity terminal, in Mâcon, where a hefty 25-minute charge (€28.80) awaits. The last charge of the trip should take place in a Tesla Supercharger in Saint-Julien-en-Genevois for 15 minutes (16.60 euros), which allows you to reach Chamonix with 20% of the battery remaining.
In total, this is Approximately two hours of charging are necessary, five stationsat a cost – including home shipping – close to 120 EUR. The journey including fees is only ten hours for these 850 kilometers. The estimated consumption is 268 W / km, which corresponds to a theoretical autonomy of only 215 km, which is clearly far from the promises in the WLTP cycle.
Consumption, shipping cost and range
We summarize costs and shipping times (including home shipping) in the table below. You can imagine as we go through our examples where the vehicle you are interested in is positioned in comparison to others on a similar journey.
|trolley||Summer trip cost||Shipping time in summer||Total flight time in summer|
|Payment Tesla Model 3||36 – 49 EUR||31 minutes||5 hours and 9 minutes|
|Tesla Model 3 long autonomy||31-45 EUR||13-25 minutes||4 hours 56 minutes|
|EV6 58 kWh||52-60 EUR||38-43 minutes||5 hours 30 minutes|
|BMW i4||48 – 58 EUR||22 – 37 minutes||5 hours and 11 minutes|
|Hyundai Ioniq 5||72 EUR||36 minutes||5 hours 16 minutes|
|trolley||Winter trip cost||Winter Riding Charging Time||Total flight time in winter|
|Payment Tesla Model 3||€102||1 hour 42 minutes||9 hours 16 minutes|
|Tesla Model 3 long autonomy||101.3 EUR||1 hour and 02 minutes||8 hours 27 minutes|
|EV6 58 kWh||120 EUR||1 hour 54 minutes||9 hours 59 minutes|
|BMW i4||147 euros||1 hour and 32 minutes||9 hours and 8 minutes|
|Hyundai Ioniq 5||145 EUR||1 hour 29 minutes||9 hours and 14 minutes|
The big summer trip we chose is coming Cost per 100 kilometers between 10.20 and 11.30 EUR, which is close to a thermal vehicle that consumes about five liters per 100 km. This might sound high for an electric car, but Unfortunately, this is the reality of long flights todayWith fast rising shipping rates.
In the winter, with a coverage of 120 euros for 850 kilometers, we arrive at a At the rate of 14.10 euros per 100 km, which could be improved slightly. In fact, an offer like Ionity Passport allows for a price go from €0.69 to €0.35 per kWh, but this would require charging a minimum of 635 kWh per year to be worth the cost (i.e. two round trips approx. 1,000 km) otherwise The subscription price (€215.88 per year) cannot be compensated.
With its small 58 kWh battery, The Kia EV6 can be compared to the Tesla Model 3 Propulsion In our long-haul exercise; The American can still do better than the Korean in summer and winter.
In fact, when needed Only 31 minutes to pay Tesla Model 3 and between 36 and 49 euros To travel the 530 kilometers between Orléans and Arcachon, it takes 38-43 minutes for a Kia EV6 at 58 kWh, at a cost of 52-60 euros.
For the winter trip, the conclusion is similar: 102 euros, 1 hour and 42 charges for the 3 Propulsion, for 120 euros and 1h54 for the EV6 58 kWh. Despite a much better charging curve, the 58 kWh Kia EV6 doesn’t match its higher consumption It even ranks behind one of its biggest long-haul competitors.
It would be possible to improve charging times, but perhaps not enough, by accepting access with a small percentage of battery at each fast charging station. However, this means taking more risks, which will sometimes be difficult to accept, especially in winter.
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