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MEXICOWANDERER

las peñas, michoacan, mexico

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Joined: 06/01/2007

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I cant afford one
There are no recharging stations here
And no arguments, except maybe futból
Life is too short to be miserable.
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jjrbus

FT Myers FL

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Joined: 07/19/2008

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What are you guys talking about no new power plants? Lots of them being built or in the planning or permitting stage! Darn, I read that wrong that is in China who is also buying US coal by the boat load.
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2oldman

NM

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Joined: 04/15/2001

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jjrbus wrote: Darn, I read that wrong that is in China who is also buying US coal by the boat load. And pollution is so bad they can't see across the street.
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Reisender

NA

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Joined: 12/09/2018

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jjrbus wrote: What are you guys talking about no new power plants? Lots of them being built or in the planning or permitting stage! Darn, I read that wrong that is in China who is also buying US coal by the boat load.
There are new dams being developed and under construction in Canada. And some are still under utilized with only some of their total turbines installed. We visited one last year about 110 kilometres from our house.
They figure they are at least 8 years away from bringing the 6th turbine online.
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Thermoguy

Graham, WA

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Joined: 01/04/2017

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How many people on this site that own an ICE go to the gas station every time they leave the house? My guess is an owner of an EV doesn't need to either. In fact, they probably only charge their cars once a week. So, why are we so concerned about the grid. If everyone charged a fraction of the time, then the grid would only need to be upgraded slowly to supply that demand. The same goes for fast charging station, a EV owner would only use one if in a hurry or on a trip where they needed some quick juice. Mostly, an EV owner would charge at a regular charging station at night or while stopping for a meal. There is a need for higher capacity, but it isn't an every day experience. I think it is actually not recommended to use a fast charger but infrequently due to the battery.
Related to the grid - the biggest problem with energy production is storage. There is no energy storage. Now, if everyone owned an EV, we would create massive amounts of storage. Think of the batteries in your drawer... If you can reverse the charge, to a discharge, now you can discharge your batteries back to the grid. This is the future of EV's. Charge you car at night while rates are low, go to work (assuming you have a job where you go to the same place everyday) plug in and sell some of your storage back to the company or grid at a lower price than what the high day rates are from the utility. Repeat every day. Brown outs solved.
I can't take credit for this, I attended a transportation conference recently and this is what they were talking about. The only issue is that your Li-Ion battery is only good for something like 25000-30000 charges. If you are recharging every day, you are going to get shocked when you hit that number and you need to replace your batteries. But, maybe if you are making money selling power, that will be a wash. I guess that is an unknown today. But seems like a future. We also don't know what the next battery will be, a super conductor, or sodium ion or some other material that can charge and recharge better than Lithium. But, could be a solution.
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Reisender

NA

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Thermoguy wrote: How many people on this site that own an ICE go to the gas station every time they leave the house? My guess is an owner of an EV doesn't need to either. In fact, they probably only charge their cars once a week. So, why are we so concerned about the grid. If everyone charged a fraction of the time, then the grid would only need to be upgraded slowly to supply that demand. The same goes for fast charging station, a EV owner would only use one if in a hurry or on a trip where they needed some quick juice. Mostly, an EV owner would charge at a regular charging station at night or while stopping for a meal. There is a need for higher capacity, but it isn't an every day experience. I think it is actually not recommended to use a fast charger but infrequently due to the battery.
Related to the grid - the biggest problem with energy production is storage. There is no energy storage. Now, if everyone owned an EV, we would create massive amounts of storage. Think of the batteries in your drawer... If you can reverse the charge, to a discharge, now you can discharge your batteries back to the grid. This is the future of EV's. Charge you car at night while rates are low, go to work (assuming you have a job where you go to the same place everyday) plug in and sell some of your storage back to the company or grid at a lower price than what the high day rates are from the utility. Repeat every day. Brown outs solved.
I can't take credit for this, I attended a transportation conference recently and this is what they were talking about. The only issue is that your Li-Ion battery is only good for something like 25000-30000 charges. If you are recharging every day, you are going to get shocked when you hit that number and you need to replace your batteries. But, maybe if you are making money selling power, that will be a wash. I guess that is an unknown today. But seems like a future. We also don't know what the next battery will be, a super conductor, or sodium ion or some other material that can charge and recharge better than Lithium. But, could be a solution.
Yep. And having said all that, most EV owners charge at home every night while they are sleeping. It’s pretty much muscle memory for us to take the extra 2 to 3 seconds when we pull into the driveway or the garage to just plug in the car. Always ready for a power outage that way as well. Tank is always full. .
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2oldman

NM

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Joined: 04/15/2001

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Thermoguy wrote: The only issue is that your Li-Ion battery is only good for something like 25000-30000 charges. If you are recharging every day, you are going to get shocked when you hit that number and you need to replace your batteries. The Li in my RV can supposedly last a lot longer if it's not run down to 10-20% or so before charging. Maybe a car is different.
I have no doubt battery technology will improve, the grid will improve, and all these doomsday predictions will fade away. And then there'll be some other new technology to complain about.
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Thermoguy

Graham, WA

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But saying that, if you charge every night, how much power are you using? About the same as you do watching TV for the night? Same as leaving a few light bulbs on or a heater for a few hours? How does it negatively effect the grid and power production?
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2oldman

NM

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Thermoguy wrote: But saying that, if you charge every night, how much power are you using? According to google, it's around 3,000 watts. That's a whole lot more than watching TV or lights left on. More like a clothes dryer or an electric furnace.
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pianotuna

Regina, SK, Canada

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Joined: 12/18/2004

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2oldman wrote: Thermoguy wrote: The only issue is that your Li-Ion battery is only good for something like 25000-30000 charges. If you are recharging every day, you are going to get shocked when you hit that number and you need to replace your batteries. The Li in my RV can supposedly last a lot longer if it's not run down to 10-20% or so before charging. Maybe a car is different.
I have no doubt battery technology will improve, the grid will improve, and all these doomsday predictions will fade away. And then there'll be some other new technology to complain about. ![smile [emoticon]](http://www.rv.net/sharedcontent/cfb/images/smile.gif)
Thermoguy,
I think 25000 to 30000 might be pretty optimistic--that's 68 years of daily cycles. Perhaps it is a typo and you meant 2500 to 3000?
2oldman,
You are correct in the depth of discharge. For maximum cycles likely 40% to 85%.
My own personal car driving is less than about 4800 miles per year. Given an electric range of 200 miles that is 24 cycles per year.
So a battery bank that did 2500 cycles may exceed my "best before date".
One nice thing about being old. Many things come with a life time warranty at NO extra cost.
Regards, Don
My ride is a 28 foot Class C, 256 watts solar, 556 amp-hours of Telcom jars, 3000 watt Magnum hybrid inverter, Sola Basic Autoformer, Microair Easy Start.
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