There is a big promise by car makers being told, or should I say, sold.What is it? That the next generation or EV cars will get 200 miles or more of range and be sold for about $35k.
That only solves half the problem.
What good is a 200 mile battery when your useful range is really only 80 miles?
Why do I say only 80 miles? Because if you don’t have a place to charge where you are going then you have to turn around when you hit half you range.
But isn’t 100 miles half your range? No, not really. You can never count on 100% of your battery potential. There are several things that can change that. Going up hill, going over 65, and don’t forget what temperature extremes can do to range. Then you have things like detours, construction delays and traffic.
Another problem that is brought up all the time is, how will people who live in cities or apartments who don’t have access to Level2 Charging be able to own EV’s. This is one reason GM and others aren’t looking past hybrids.
This is where Tesla has started to solve that problem. The Supercharger network. They have put chargers where people can go 200 miles or so and stop for 20-30 minutes and then keep going. Not going back home. These chargers are spaced across the Country so people can actually drive coast to coast or border to border. Not just to work and back.
They also have what they call destination chargers. They give chargers to hotels and some businesses where people might spend the night or stop for a while. Level2 Chargers but still, people will bring there Tesla’s there before they use other like businesses. Nothing like having people who can spend 100k plus on a car wanting to spend money at your business.
If the other cars companies aren’t willing to put in DC Charging in strategic locations, that 200 mile battery will still pretty much be an around town errand car, and not the once in a while drive to grandma’s or Disney Land for vacation.
I can do most of my daily driving and just recharge on 110v power. If I used my 75 mile range every day before i got home I would have to use Level2 charging to refill to capacity by the next day. Double the capacity of my battery and Level2 would be the minimum needed, not the exception.
Get enough 200 mile range cars out there and actual commercial charging stations could become financially viable. More so than hydrogen. Hydrogen stations are expensive. Yes, you might be able to fill up in 10 minutes or less but is that really what businesses want. There is a reason that Walgreens says it’s going to be at least 20 minutes to fill your prescription, even if all they have to do is grab a bottle and print a label. The longer you have to wait the more likely you are to buy something you don’t really need. Marginal Revenue.
QuickTrip and CircleK want to sell you food and Big Gulps. Candy, pizza and cigarettes. They probably make as much on a Hot Dog as a tank of gas.
Get enough EV’s out there with QC capability and that 20 minutes to fill up might just be perfect for Costco, Target or Whole Foods to colocate with Charging stations. Think of all the places people spend 20 minutes a day or two a week.
Those truck/rest stop restaurants might not be as filthy if more people actually spent 20 minutes filling up while they get a burger or a slice while on a cross country trip.
Instead of Electric Companies worrying about losing all their business to solar panels maybe they should start thinking ahead and getting the wiring in place for a few DC Charge stations. That way when the scales get tipped they are the new oil companies. Out with the old and in with the really old. Edison and GE predate Standard Oil.
I find it odd that electric companies will provide incentives to buy LED light bulbs and Energy Star fridges and AC units yet they have problems with people putting up solar panels. They preach conservation yet when it comes to the ultimate conservation they cry foul.
If you want people to buy more electricity then imagine a kilowatt sold per 4 miles driven. Do you know how much Americans drive? That’s about 10kW a day. Based on a 40 mile average. About 2600 kW a year. or about $364 a year at 14 cents per kWh. Multiply that $354 by 200 million and imagine how much that would add to the bottom line of the Electric Companies.
And most people consume that power during the day but fill up at night. Win, win. Add 200 mile batteries to the mix and all those solar panels will provide the peak demand the cars who can’t fill up at night need.
If I were the CEO of an Electric Company I’d be getting solar panels on peoples roofs now and building out the infrastructure to get ready to charge all those cars.
You might even want to give as much of an incentive to buy an electric car as you do to upgrade to a higher SEER AC unit.
You can help start the next great change in technology. Look at what Cellphone companies did to land lines. Look at how the internet is hitting TV and Newspapers.
You can be on the forefront by providing the infrastructure and shifting income from Oil Companies to Electric Companies. I’m still surprised you guys haven’t cashed in on internet services. You do have a wire going in to almost every house.
Why sell power to the refineries when you can cut out the middle man.
California, Arizona and Nevada. Lead the way.