GomerPile
Member
- Joined
- Dec 14, 2011
- Messages
- 115
Stop changing the argument...like fucking elizabeth warren.
EV's lose range in winter. So do ICE vehicles. Range is compared against the EPA methodology (for reasons cited in link). Most of the EPA test is conducted at 68-86 degrees with short runs at 95 and 20 degrees. A cold winter morning is way outside the range of the EPA testing and as a result you actual MPG will be lower. So your simple brain can understand...ALL CARS ARE LESS FUEL EFFICIENT IN COLD WEATHER.
You said: "My ICE engine is MORE efficient in cold..." well that's simply not true. Your ICE vehicle needs to warm up in cold weather. Warming up, the engine runs fuel-rich (~25% more fuel) in order to get the cats and oils up to temp. Running rich also helps the car to idle, especially when it's cold. Lots of short trips will use more fuel than few long trips.
EV's lose range in winter. So do ICE vehicles. Range is compared against the EPA methodology (for reasons cited in link). Most of the EPA test is conducted at 68-86 degrees with short runs at 95 and 20 degrees. A cold winter morning is way outside the range of the EPA testing and as a result you actual MPG will be lower. So your simple brain can understand...ALL CARS ARE LESS FUEL EFFICIENT IN COLD WEATHER.
You said: "My ICE engine is MORE efficient in cold..." well that's simply not true. Your ICE vehicle needs to warm up in cold weather. Warming up, the engine runs fuel-rich (~25% more fuel) in order to get the cats and oils up to temp. Running rich also helps the car to idle, especially when it's cold. Lots of short trips will use more fuel than few long trips.
EVs have lubricant too. And those things do warm up.
How do EVs operate those without power? Or do you imagine no EV has them? Do you really believe any of those accessories puts enough drag on the alternator to affect range as significantly as an electric cabin heater (necessary only in EVs) does?
How do EVs avoid that? Do they heat up the air before passing through it? They try with miles and miles of wires radiating heat due to resistance. But if that has an effect, does it warm and thin out only the air EVs pass through?
Which EVs use solid rubber tires? Or do they heat up their tires through some energy-free method, like the air they shove aside in passing?
Two thirds of the criticisms you just aimed at gas buggies apply equally to zap buggies. <<<<EQUALLY
I love armchair engineers too.