Nice try, but you left out or glossed over important stuff, or what is important to me is not to you.
#1: The power requirements + charge times are all based off of light-as-shit basic transportation death-traps. While maybe down the road they can create a realistic heavy duty towing engine, it isn't something being pursued right now. I will never own, as a primary vehicle, some piece of shit that looks like a smartminiprius.
#2: More energy required means even longer charges, and even if the current "best times" (for little pieces of shit cars) are an hour every 200-300 miles, that still isn't as good as 10 minutes or less at the gas station.
#3: What I meant by "agenda" is keeping money flowing into the middle east to prop up the "bogeyman" we need to expand our military presence around the world.
Please, leave the ad hominem's to a minimum; I could easily call any gas guzzler on the road a deathtrap and have it be a valid point. There is nothing wrong with the structural design of electric cars.
Now
#1
Power req's? What, like where the actual electricity would stem from? There are many sources, including local plants (from what I remember 25 being built this year alone), and the wind industry is racking up zones and being used quite frequently. Oh, you were talking about where to do it on the road? Well shit, I wouldn't suppose with the increase in electrics on the road, the government wouldn't bother to subsidize a few fueling stations for the commuters... oh wait they have before. Hell, they even built stations for the hydrogen cars over here in Ca, the most notable one being in Irvine. Also, these "heavy duty engine's" already exist, see below:
#2
While you are technically correct in this instance, you yourself are leaving out many variables.
1. How much does the average American drive per day - I drive extensively, and even then I don't break 150miles for my total driving.
2. If you have to fill up once a day just to get from place to place, there are two reasons:
a. You live too far away
b. you have shit for gas mileage with your current auto
c. some combination of the above.
No single person really needs to drive over 200 miles a day to get where they are going. And here is the kicker, if you have to, you can either move (which is unlikely for most), or you can take public transportation - trains run everywhere in this country.
Of course, as time goes on and technology improves even further, charge times will reduce. Currently, Tesla's Roadster (stats below) is specified as:
Tesla Motors said:
Engine: Output 288 peak horsepower (215kW) and 295 lb-ft (400 Nm) of torque. Redline at 14,000 rpm.
Chassis: Resin-bonded and riveted extruded aluminum monocoque. Four-wheel independent suspension featuring upper and lower unequal length wishbones and co-axial coil spring telescopic dampers.
Acceleration: 0 to 60 mph in 3.7 seconds
Top Speed: 125 mph (limited by governor chip)
Range: 236 miles
Tesla Motors said:
Recharge time: About 3.5 hours using the Tesla Motors Home Connector at 240 Volts and 70 amps.
Talk about a "ball-less" vehicle, am I right
Here is an example of driving cost:
A full tank for a 50mpg Prius will give you about 450-470 miles depending on your driving habits. Likewise a 1999 Chevy Tahoe should give you about 30 gallons worth of fuel (at 13mpg) which equates to 390 miles total.
Now let's look at the cost. Most people don't drive hybrids, most do drive gas guzzlers though. So with California's current rates, a full tank of gas will cost $90 to fill up the tank; we'll take away about $20 on average to even it out with the cars that have slightly larger tanks and slightly better gas mileage.
Now, I can list the kilo rating and show you all the math, but honestly... instead of me doing all that so someone could not bother to look it over before calling me wrong, I will link another article that has already done the work and handles the question of "where will the power come from to power these cars?"
Scientific American article HOOOOO!!!
Hell, they even cover what I already stated, hazaa!
By these facts, there is no need to complain about the charge time because frankly, no one is driving that much anyway. On top of that, you charge it when you are asleep, or have down time. So yeah, no need to pull over for ten minutes and fill up your vehicle, because your vehicle will be charging while you are busy either sleeping or doing things that don't require driving.
The point of this portion is though that no one should need to go so long as to have to fill up. Unless you plan on driving across country or up and down the entirety of the state every day, then this isn't an issue that needs to really be talked about. Even so, if it is an issue, there are hundreds of options dealing with public transportation/system.
#3
The ancient and "time-honored"
unspoken imperialist agenda of the United States has nothing to do with electric cars. The only thing that can be linked is conspiracy theorizing of "keeping the rich richer through elevated prices", "we're keeping a watchful eye on the chess pieces of the world in order to capitalize on our placement" argument or the "governments are shifty and certainly don't have other reasons to be doing these things BUT THEY DO THEM!!!" argument; all of these however ultimately stem from epistemic faults in acquiring legitimate data on the issue.
All in all, I highly suggest you cease ignoring the original links I provided (specifically the Tesla motors site) as they have all the car specs and math at the ready to invalidate your arguments, or at least the ones focused on electrics being "prissy mini-prius powerless pieces of shit".