But all these EV sales come at the expense of gas/diesel sales, so I think it is a bad idea to consider EV's as a separate market.
So, down 10% from the previous bubble.
> 2. S&P is heavily weighted towards the strongest companies
Good point. Dow is also up almost as much though.
> 3. The market is always very forward looking.
I may be cynical, but I see perhaps 2 to 3 years to regain the jobs we are losing, to see the employment rate return to earlier levels. That's years of depressed spending, and all the other woes of society from high unemployment.
So the market is looking to, what, 2025 or something?
Sorry to pick on you, I still just don't get it.
Interest rates are negative or near zero, so bonds have the risk of losing value as interest rates rise, as the Fed needs to fight inflation. They also have no real upside, since interest rates are so low.
The Fed has agreed to print unlimited money to prop up businesses that basically don't exist, so having a bunch of cash is not safe, since the Fed is printing so much more of it.
So grossly overvalued stocks may be the best thing now.
It will be really easy to enable long distance travel for EV's that can DC fast charge. Charging for your home area is covered by wherever you park it.
Seems like a gas station death spiral is inevitable, once there is a solid travel network in place and ample 200 mile range EV's available.
Chevy shipped a few hundred more Bolts than Teslas one month. Tesla is way ahead on the year, and October is always a slow month for Tesla for whatever reason. It’s netiher a trend (yet) not is it ‘many’.
Also, those are dealer shipments - anecdotally, I see tons of them on dealership lots being advertised way under list price. The exact opposite of the situation Tesla is in.
In the US only (majority of Teslas sold oversees in October, as is always the case in the first month of each quarter).
It would be nice to have the Nissan service and manufacturing capability behind the product. But since it is still designed to degrade, I won't consider it.
At least that was the case with my 2013 Leaf with its 85 mile range. I had it in mind that when it came for a new battery I'd get maybe a 10% upgrade. While the new batteries mechanically fit, they are somehow incompatible. FWIW, my 2013 is pretty good as Leafs go. Down one bar.
But if the range is 150 miles or better, I don't think that matters as much. I think buying used EVs in the future will be a thing. Just not the 2013 Leaf.
Other than that, I'm sold on EVs. I'd never buy a hybrid or gas car again.
The Leafs are basically designed to degrade. Tesla's and Bolts are designed to last.
Like, I understand we have the technology to monitor if grid disappears and self-disable, and a lot of hard-wired rooftop solar does that, but unsure if any soft-wired units have been approved.
My fridge is inverter drive and likely operates off DC at its core. Hopefully Samsung or somebody in the future will put a 48VDC port and anyone can plug in a solar panel and it will soak up whatever juice comes off that and use grid for the rest. That avoids batteries (because the fridge does thermal banking), electricians (because 48V is usually excluded), and inverter drive fridges tend to be continuous drive, so running slower when the sun is marginal or full-speed when full works nicely.
And it puts some juice into the thing I really depend on if the power goes out (even if only during the day).
And consumers can cheaply add some phase change materials for a boost in thermal banking (like really salty water bottles).
Put a couple USB charging ports and 12V ports on it too that switch between solar & grid. My router and modem sit on the top of my fridge and use 12V
And then we do away with the increasingly unnecessary DC->AC->DC conversion cycles.
Seems like the lowest hanging fruit to inexpensive mass (mild) solarization.
I always question why we choose between 0kW solar installs OR multi-kW residential installs when we could do massive 250w solar rollouts at low cost with very high efficiency.
They are approved at up to 600 Watts in Germany, and that will probably get increased to 800 Watts soon. You can just plug the inverter output into an outlet. This is called "balcony power plants" here, and lots of municipalties are subsidizing it currently. You can't get net metering, but you can offset some of your load with minimal cost and paperwork.