Anton007
Novice Member
Hello everyone.
I (your Dutch neighbour) am looking for a nice SUV that is a few years old and I came across the MG EHS. A lot of car for a great price.
I have read that a battery pack lasts roughly 200,000 km. Could also be more. Suppose that 200,000 also applies to the MG EHS.
You then buy it with 60,000 km and then sell it after 7 years (20,000 km per year) with 200,000 on the meter.
Isn't this disastrous for the residual value?
How do you see this?
I also read that above and below 10 degrees it simply CANNOT drive 100% electrically. The combustion engine must therefore be turned on, which is a shame as it is often colder than 10 degrees in the Netherlands.
What does this do to consumption? If I have to travel 24km to work, will I still get about 2 to 3 liters per 100km on average? Or is it automatic, because the combustion engine is on, back to 6 liters per 100km? Because if the combustion engine only turns on for the temperature in the car, then I still drive very economically, right?
Thank you for your help and advice.
Greetings
Anton
I (your Dutch neighbour) am looking for a nice SUV that is a few years old and I came across the MG EHS. A lot of car for a great price.
I have read that a battery pack lasts roughly 200,000 km. Could also be more. Suppose that 200,000 also applies to the MG EHS.
You then buy it with 60,000 km and then sell it after 7 years (20,000 km per year) with 200,000 on the meter.
Isn't this disastrous for the residual value?
How do you see this?
I also read that above and below 10 degrees it simply CANNOT drive 100% electrically. The combustion engine must therefore be turned on, which is a shame as it is often colder than 10 degrees in the Netherlands.
What does this do to consumption? If I have to travel 24km to work, will I still get about 2 to 3 liters per 100km on average? Or is it automatic, because the combustion engine is on, back to 6 liters per 100km? Because if the combustion engine only turns on for the temperature in the car, then I still drive very economically, right?
Thank you for your help and advice.
Greetings
Anton