My issue with typical hybrids is that they got all the complexity of an ICE powertrain, in addition to all the complexity of an EV powertrain, plus the complexity of merging the two.
Slightly less efficient, but I think I’m more in support of EVs with gas range extenders. Maybe it’s just a question of semantics. But more than that (if we’re gonna keep cars) we need to invest in charging infrastructure. Idk why it sucks so bad, and why gas stations aren’t installing charging stations.
It’s a fair assumption that adding extra systems to the car makes it overall less reliable, but it’s not necessarily true. Electric motors, compared to IC engines, are extremely simple and reliable. The servicing guidelines for the electric drivetrain in my hybrid is essentially “replace the battery if it stops holding enough charge”, there is no schedule for any routine maintenance of those components. Adding the hybrid system also reduces the wear and tear on the conventional drivetrain and brakes. Hybrids can do regenerative braking, which means that (for my vehicle at least) most of the braking down to maybe 10mph is done by regen, which functionally has no wear and tear. The electric motors also assist the ICE at the times where peak wear and stress occur, reducing the load and stress on the motor, and extending it’s lifespan. By adding the hybrid system, the overall reliability and lifespan of the vehicle is increased rather than decreased.
My issue isn’t with adding electric to a gas car.
My issue is adding gas to an electric car.
The ICE drive train adds a TON of complexity to an EV.
If you’re gonna add ICE to an EV I think that it makes more sense to have a little range-extender generator, which is simple and cheap (because it only needs to run at a single RPM and constant load) which you can just run to add a bit more charge to your battery on long road trips.
But ideally we’d just have better charging infrastructure.
My issue with typical hybrids is that they got all the complexity of an ICE powertrain, in addition to all the complexity of an EV powertrain, plus the complexity of merging the two.
Slightly less efficient, but I think I’m more in support of EVs with gas range extenders. Maybe it’s just a question of semantics. But more than that (if we’re gonna keep cars) we need to invest in charging infrastructure. Idk why it sucks so bad, and why gas stations aren’t installing charging stations.
It’s a fair assumption that adding extra systems to the car makes it overall less reliable, but it’s not necessarily true. Electric motors, compared to IC engines, are extremely simple and reliable. The servicing guidelines for the electric drivetrain in my hybrid is essentially “replace the battery if it stops holding enough charge”, there is no schedule for any routine maintenance of those components. Adding the hybrid system also reduces the wear and tear on the conventional drivetrain and brakes. Hybrids can do regenerative braking, which means that (for my vehicle at least) most of the braking down to maybe 10mph is done by regen, which functionally has no wear and tear. The electric motors also assist the ICE at the times where peak wear and stress occur, reducing the load and stress on the motor, and extending it’s lifespan. By adding the hybrid system, the overall reliability and lifespan of the vehicle is increased rather than decreased.
My issue isn’t with adding electric to a gas car. My issue is adding gas to an electric car.
The ICE drive train adds a TON of complexity to an EV. If you’re gonna add ICE to an EV I think that it makes more sense to have a little range-extender generator, which is simple and cheap (because it only needs to run at a single RPM and constant load) which you can just run to add a bit more charge to your battery on long road trips.
But ideally we’d just have better charging infrastructure.
What a weird take. If you add electric to a gas car, then yeah-maybeish.
But adding “hybrid” to an electric car sure will make it need waay more maintenance etc. that’s just no discussion there.