Johan De Haes
Test driver
In this video, I do a range test with the BMW X3 xDrive30e PHEV FACELIFT with the 12 kWh battery. I am going to test the range on the highway to find out the minimum range of the BMW X3 Plug-in hybrid Facelift. I will also do a driving range test at lower average speeds in the city and on country roads to find out the maximum electric range of the BMW X3 xDrive30e PHEV. I will also do a charging test at a public AC charger to find out how long it takes to charge the battery.
This is actually the facelift model of the X3 plug-in hybrid. BMW refreshed the X3 at the end of 2021. The X3 xDrive30e has a 4-cylinder petrol engine combined with an electric motor whose power is transmitted to the four wheels.
It accelerates from zero to 100 km/h in 6.1 seconds, which is fairly quick. The system power of 292 hp can be temporarily increased by up to 41 hp by temporarily using the peak power of the electric motor. Top speed is 210 km/h and all-electric top speed is 135 km/h.
It has a lithium-ion battery with a gross capacity of 12 kWh. The battery is located under the rear seat. The WLTP range is between 42 and 50 km. I get a lot of questions about the capacity of the fuel tank, so this is 50 liters. The car weighs about 2,065 kg in total.
The luggage space is 450 – 1500 liters (in the regular petrol version it is 550 – 1600 liters), so you lose some luggage space.
I’m going to test the range on the highway first. I want to know the minimum range of this car by testing it at higher average speeds.
At the beginning of the drive, the battery is fully charged to 100%. The range indicator is at 32 km. I did the test in January and it was between 5.5 and 6 degrees during this part of the test. Let’s take a look at my results. During the test, consumption varied between 27.5 kWh and 34.2 kWh, giving a theoretical range of between 29 and 35 km.
I drained the battery to 0% and the end result on the highway was a range of 38.6 km.
Now let’s test the range at lower average speeds in the city. I wanted to know what the maximum range of this car could be.
At the beginning of the drive, the battery is fully charged to 100%. The range indicator is at 34 km.
The temperature during this test was between 4 and 5 degrees. We are still in January. Let’s take a look at my results.
I first drained the battery to 75%. I drove 8.5 km. The average consumption was 36.6 kWh which is on the higher side. The theoretical range would be 32.5 km. This was because I was driving in a big city like Brussels, where you have to stop a lot for traffic lights. All this stop-and-go driving has an impact on consumption.
After that, we are still driving in an urban environment, but with a little more opportunity for continuous driving. Then the consumption dropped to 29.6 and 26.85 kWh, giving a theoretical range of about 35 km. I ran the battery all the way down to 0% and the range came out to 38 km, the same result as on the highway.
Now let’s see how long it takes to charge the battery. This battery has a gross capacity of 12 kWh and an on-board charger of 3.7 kW. BMW says it takes 3.7 hours to charge the battery from 0 to 100% at a rate of 3.7 kW.
The press file says you charge it to 80% in 2.4 hours at 3.7 kw, so the last 20% takes a long time I guess. A charging speed of 3.7 kw is good enough for a plug-in hybrid, although not very special. For example, an Audi Q5 PHEV or a GLC plug-in hybrid charges at 7.4 kw.
I tested this twice at a public charger in Brussels and the car indicated it would take 3h44 minutes and 3h51 minutes to fully charge. One of those times I came back early, after 3 hours and 10 minutes and the X3 seemed to be fully charged already. Maybe it’s the very last 1% that takes forever to recharge, I don’t know. You don’t see the percentage of charge, just a visual indicator.
I actually found out that charging at a charger is not the fastest way to charge this car, in terms of charging time.
There is a battery control feature that allows you to maintain a certain state of charge or you can also fully charge the battery while driving.
So I tested how long it takes to fully charge the battery while driving. I tested this on the highway while driving 120 km/h. I have not tested this multiple times, but it is my impression that speed does play a role in how fast the battery charges. So after 10 minutes of driving, the battery was already 25% charged, which amounted to 6 km of range.
After 21 minutes, the battery was at 50% or about 14 km range on the indicator. It took me 47 minutes at 120 km/h over an 86 km drive to fully charge the battery, which surprisingly is a shorter time than at a charger.
Some other plug-in hybrids from other brands also have this functionality, but none of them charge as fast as BMW while driving.
So you’re probably wondering about fuel economy.
I did a general test drive of 155 km, of which 56 km were electric and the average consumption was 6.1 kwh and 7.3 liters/100 km.
I also did a super short test of just 14 km on the highway to check how much I consumed when the battery was at 0%, and it was 8 liters.
When I was charging the battery while driving, I consumed about 11.2 liters.
One last thing you might wonder about is what about performance on a dead battery. I did an acceleration test with a battery sufficiently charged and then another acceleration test with a dead battery. Of course, it is a bit less sporty when the battery is dead, but the gasoline engine alone still has 184 hp and 300 Nm of torque, so enough power for a normal driving style.
In conclusion, the range of the BMW X3 xDrive30e Plug-In Hybrid in winter is around 38 km, measured at temperatures between 4 and 6 degrees. I’m pretty sure in warmer weather you get more range. In the summer, you will probably achieve the WLTP range of 50 km or even slightly more. I did a range test in the summer with the BMW 530e touring which has a WLTP range of 47-53 km and I got a real range of 49-55 km, so I wouldn’t know why you wouldn’t get 50 km or more with this X3 in the summer.
Test driver
© 2024 Proefritten All Rights Reserved.