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You and I see and hear two different things. The Livewire looks about as far from a traditional Harley as you could get. It's been accused of looking like an Electro-Lux vacuum cleaner, but beyond having two wheels and a seat, nothing like a traditional motorcycle.
I don't understand the EV argument, in relation to Global warming, until the majority of the grid is generating from renewables the "very old sunshine" is just getting burnt elsewhere.
......................I don't understand the EV argument, in relation to Global warming, until the majority of the grid is generating from renewables the "very old sunshine" is just getting burnt elsewhere.
I'll test one if and when it will go 225 miles of hard mountain riding. And, TWO in Suches puts in a $1.00 vending machine type charger.
This depends on where you live. In Seattle and Vancouver, 98 to 99% of electricity comes from carbon-free sources -- almost 90% is hydro. The Northeast and Quebec have a ton of hydro too. Nationwide, Canada is 67% carbon-free sources now. France is mostly nuclear, Iceland is 100% hydro and geothermal. In 2020 the US grid was 40% carbon-free, including 20% nuclear, 7% hydro, 8% wind etc. Coal was down to 19%. The Northwest gets 2/3 of its power from hydro, Iowa is 54% wind, even Kansas is now 47% wind. We'll be at majority of the grid carbon-free pretty damn soon.
I guess it's OK that some of the stuff in those batteries are mined by child labor somewhere in Africa then right?
Certainly in the US, nuclear isn’t going to expand, hydro isn’t going to expand and tidal power etc are pipe dreams. The only renewables that can expand on the grid are solar and wind, assuming permitting were to allow it. Increasingly bigger and better equipment won’t hurt but in order to meet demand for all cars to become electric and renewable powered, solar and wind combined energy on the grid needs to expand by a factor of five (IIRC last time I calculated it), that is assuming that nothing else on the grid also wants to convert to renewable energy. Electric cars are going to be limited utility commuter vehicles making fairly efficient use of natural gas plus coal generated energy for the foreseeable future, with natural gas increasingly taking over coal. The exception is places like France where they can increase nuclear output if desired, and also where individuals are willing and able to generate their own solar power at home. Break out your credit card if that’s what you want and preferably like ‘everybody else’ move to a place where the sun shines on your property.
Why do you say Hydro isn't going to expand? According to energy.gov there are 80.000 dams in the US with 2400 producing electricity. Hydro could easily expand without being a blemish on the landscape like wind turbines.
While on the subject of the EV. I just read where Ford is releasing the F150 Lighting and it’s a darn impressive vehicle that I believe will sell like hot cakes. There are two versions of battery power, 230 mile range and a 300 range. I’ve always predicted that once they hit 300 miles they would began to sell in numbers. However don’t run out snd buy one thinking you’ll best the system because you will be paying a federal government road use tax along with your purchase:( they’ve got you coming snd going)
For better or worse, there are a lot of people in the US who don’t like dams, generally as a result of the their environmental impact. I’m sure more will be built in places like a China, but not in the US. This article lays out some of the ‘issues’ that people discuss.https://e360.yale.edu/features/after-a-long-boom-an-uncertain-future-for-big-dam-projectsIn my area we have a number of dams providing water reservoirs. When the local government found cracks in one of them, they lowered the water level for safety then started planning a replacement in essentially the same location. After about a decade of planning and design, the state government ruled that they couldn’t raise the water level if they built a new dam, because the environment on the shoreline of the reservoir had reverted to a natural state. So now they are starting over with a plan to repair the existing 100 year old dam, at great expense added to already sunk money. This is legally different because the water level can be varied behind an existing dam. That’s the kind of obstacles faced to build a new dam, even when its replacing an existing one.
Yes , the goofy meme that shows an E vehicle hooked to a coal fired power plant is pretty much nonsense . Don't blink . As for the $1.00 charging machine , even a small bike is gonna burn 3 gallons of fuel in 225 miles , you do the math . Most of us will be gone before the IC engine disappears , in discussion with young folks , most don't have a love affair with the design , almost all of them are so accustomed to carrying battery powered devices that the idea of E vehicles fits into their zeitgeist . Dusty
My "small" bike is a RE 650 GT. I typically go 250 miles or more and then do a 2.2 gallon fill up. The Euro 4 spec ICE's are quite efficient.
There is no way you’re getting 113 mpg out of a 650 RE.
I must question this claim. My '21 Royal Enfield 650 Interceptor gets topped off around 150 miles. Takes about 2.2to 2.3 gallons to fill up. This puts the fuel consumption at 65 mpg on average. Did you mean 250 miles between fill-ups or 150 miles? I'm under 140# and ride usually at 50-55 mph on rural TX back roads. I thus am a pretty light consumer of fuel. Ralph