I love fast cars. I’ve owned a '67 Camaro with a custom 327 making over 400hp, three Datsun 240-Z’s, one with a tricked out engine that was crazy fast, a Mustang, and a Saab clone of the Subaru WRX. I say that to establish my bona fides as a car guy.
My next car, when I buy one, will almost certainky be electric. Because if you like engineering, electric cars are just superior in almost every way.
Think of the hassle we go to for making gas engines usable. They don’t make horsepower and torque down low, so we have to mate them to transmissions, clutches, torque converters, etc. All these parts wear and break. And to get reasonable acceleration from a start we have to make them large, which means they are loafing inefficiently at cruise. To solve the problem of low end vs high end power and torque we add turbochargers which create lag and also add stress to the engine, or we make giant engines that perform inefficiently at low throttle settings.
Then you have oil changes, filter changes, plug changes, transmission fluid changes, and lots of other wear items that have to be inspected and maintained.
Compare that to electric. You have a battery, a couple of electric motors, and some electronics. The electric motors make maximum torque off the line which is what you want, eliminating the need for transmissions and transfer cases. Regenerative braking means fewer brake pad changes. There is no engine oil, plugs or filters to worry about. It’s a simpler machine overall. It also packages better without a transmission tunnel or giant engine, creating more interior space in the same size vehicle.
For sporty driving, having most of the weight of an electric car so low in the chassis is a huge benefit, as is the gobs of torque you get off the line. With a lower center of gravity it’s also easier to control body roll without stiff springs, giving you both a better ride and better handling than an equivalent gas powered car.
The only things against electric cars are price, range and charge time. I thought electric cars were terrible at first, given ranges around 100 miles and charge times of 8 hours or more. They just weren’t usable. But that’s no longer true. The combination of 300-400 mile ranges and level 2 and 3 charging makes all the difference. And while electric cars are more expensive up front, the low cost of charging coupled with lower maintenance costs should make up the difference.
A Tesla model 3 250kW charger will charge the car at a rate equivalent to 1000 miles per hour. In other words, it will fill the car from ‘empty’ in maybe 15-20 minutes. Even a level 2 150kW charger will completely charge a Tesla battery in about half an hour. Other EVs are catching up fast.
I’d give up oil changes and stopping at gas stations once a week in exchange for having to sit at a charging station for an extra 15 minutes on the occasional long trip.
Think of it this way: If you drove a Tesla model 3 to work, you’d still have maybe 150 miles of range left once you got there. You could easily drive home, then if you have a 240V 30A charger You could plug in for an hour and then drive around town for 50 miles. Then home and plug in overnight, and you’re full and ready to go back to work in the morning.
If you have extra driving to do for work, just stop at a supercharger first, and you would be fully topped up in less than 10 minutes. Hardly longer than stopping at a gas station.
I’m not sure I’m ready to take 1000 mile trips in an electric car, especially to places that may not have a great charging infrastructure, but for your use case I don’t see the problem.