Google more likely.Could Apple buy Tesla Motors?
https://twitter.com/sundarpichai/status/716114465297567744
Google more likely.Could Apple buy Tesla Motors?
Have you seen the Tesla with the cabin removed in person or in pictures. It's great. There's not just fewer moving parts, there's basically no moving parts. They've essentially removed 99% of the rubbish under the hood of old style cars. It's funny to say, but it's really impressive to see nothing but open space there. The 1% that is there powering the car is an insanely simple setup. Maintenance is more or less non existent as it should be. The Tesla also comes with a 4 and 8 year warrantee which is reassuring. If I can charge my Tesla with solar at a shopping centre or while down at the beach, there's going to he some pretty great cost savings and users won't need to tap into the grid as well. As for taxes, well taxes will always need to be paid, but they maybe leavied from elsewhere. In fact taxes could be levied on ICE vehicles to promote a shift to EV even sooner if we are serious about the future.
Of course, there are cheaper ICE vehicles but most people shopping for a Model S are buying Audi, BMW, and Mercedes. The same goes for a Model 3.
Car snobs are the worst.
I expect we'll see taxes based on miles driven. Or just more toll roads. The new taxes will hit EV owners up for road maintenance, but I don't think the new taxes will be on EV owners only.For road use taxes there'll have to be a shift to higher ones on EVs as they begin to constitute a great percentage of the vehicles. The point of them is to cover road maintenance and construction, not encourage one type fuel over another.
The cost of one's dignity is completely lost when you know better but choose to step into a vehicle of yesterday that's packing trash under the hood and spewing that trash as it moves along.You don't take into account the cost in dignity, which is enormous, of going inside that washer-machine-soap's-bottle-like car.
I believe your comments are false. Could you please provide sources for your "analysts" that suggest "Analysts expect the first cars will sell for an average of $50,000-$60,000" and "Analysts also believe that Tesla may not be able to fulfill many of the early orders before 2019". The entry model is $35000. First orders are expected to be delivered late 2017. If you can't support your claims, please edit those details in your comment.My comments were never about profitability (and that article clearly states that they lost $4k per vehicle, that's not a profit). My comment was that the company is far from profitable, which is very much the case.
Analysts expect the first cars will sell for an average of $50,000-$60,000 so we'll see how those that placed preorders react when they see those prices rather than the $35k they expected.
Analysts also believe that Tesla may not be able to fulfill many of the early orders before 2019: "Demand was never really our concern, it is more about execution and getting production up to meet demand."
I actually don't know much about the hydrogen cell front. I believe Honda to be in that game, but aren't clued up any further unfortunately.I was amazed at what it looked like with only the chassis. So simple and efficient. On a side note, what is happening in the hydrogen cell area?
The difference being, you can actually buy a Mazda 3.I still prefer the Tesla 3 over the Mazda 3.
And you can reserve a Tesla 3.The difference being, you can actually buy a Mazda 3.
The car will most likey look better with a car number plate on the front.
I wonder if a grill on a Tesla counts as Skeuomorphism.
In So Cal, we already have quick charging electric buses running for 4-5 years now on Foothill Transit's line 291. The company that makes them, proterra, has already announced a standard full size 40 foot bus with extended range and quick charge. While the batteries need replacement eventually, the bus itself will out last all the current CNG buses with its much easier maintenance. CNG tanks are only rate for 12 years anyway. The future is in electric, whether people like it or not.
Touch screens in cars are horrid too as you drive down a bumpy road.
Sure, it's untested but the S is incredible and it's more than likely that this will be incredible too. There will be production reviews by the time you have to decide to buy. Personally if I was early in the queue and still didn't want it. I'd buy it and resell will be a massive markup on early ones like the i8
Leaving the grill off may look a bit odd now but it's the future. The only reason to add one is if it helps aerodynamics. After a year on the road, it will look similar to any other car's bonnet or bumper.
How's that reservation handle?And you can reserve a Tesla 3.
And those of us who have known BMWs know the headaches they are, the hours that they spend under repairs (not too bad when they are under their small 4 year warranty), and the amount of maintenance that is required for that performance.
Personally, I would pick a Tesla over a BMW ANY DAY!
BMW owners are snobs. Tesla owners are connoisseurs. Know the difference.
In addition, I have had zero maintenance expense over three years and 40k miles except tires and wipers.
I expect we'll see taxes based on miles driven. Or just more toll roads. The new taxes will hit EV owners up for road maintenance, but I don't think the new taxes will be on EV owners only.
ICE owners will just be taxed twice. Once at the pump, and again based on miles driven. EV owners will still bypass the gasoline tax. By the time EV's are the norm and ICE cars are the minority, most of the revenue will come from EV's.
Those who still insist on driving ICE cars probably won't complain too loudly about the double taxation.
Under your system, ICE car drivers with high MPG ratings will get more miles of road use per taxed gallon of fuel, but the ICE will exempt them from paying the use tax. And how will hybrid car drivers be assessed? If their driving is 90% electric and 10% gas, will they only pay 90% of the use tax? What if their driving is 90% gasoline and 10% electric? How about traditional hybrid cars like the Prius or Insight, where the electric assist is working in tandem with the ICE?I doubt it, a more likely scenario is a split taxation one; ICE pay gas taxes and EVs a use tax; with the use tax a revenue offset for lost gas tax money. Completely ending the gas tax and gain for a use tax would be another solution but hard ti implement because how do track use? There is no easy way to determine miles driven and setting up a tracking system would be a nightmare politically as well as economically, so some will pay more than their share of use and other less. You could create a mileage station similar to the emission station some areas have due to air quality, with everyone getting a required mileage check that the state gets, or require EV's to develop a reporting system for miles driven and use the OBDII on ICEs.
Good for you.
Its absolutely crystal clear that if you only use your car for commuting or day trips comfortably within its reliable range then an EV will be perfect.
I know and understand that there are plenty of people in that situation. What you don't seem to get is that there are plenty of people who are not in that situation and for whom the ability to make several > 200 mile journeys a year is (a) important and (b) their main justification for paying $30k+ for a nice comfy car with all the trimmings, when far cheaper 'get you to work & back' runabouts are available.
Yes, you can do a 400 mile round trip in a Tesla, if you plan your route around superchargers and pick a destination with charging facilities. No, that's not rocket science and very much a "first world problem" - but you could buy a ICE for less money and simply not have the issue.
...also remember that its only the high mileage folks who are likely to see any actual savings on fuel/Total Cost of Ownership once the price of the car has been factored in.
I'm not totally anti (I'd actually love an EV if it were practical) - but the two things that would swing me would be 200 miles minimum range (not "200 miles asterisk/if/when/maybe/small print/disclaimer") and a still lower price (the Telsa 3 is still at the high end of the premium 'luxury compact' market - you can get, say, a Mini with a bunch of extras for the base Tesla price, although it will depend a lot on what government grants are available and what the base spec is like when the car is released ~2018). If the price comes down to the point where I might actually save on TCO then I'd be more willing to adapt my travel habits...
Under your system, ICE car drivers with high MPG ratings will get more miles of road use per taxed gallon of fuel, but the ICE will exempt them from paying the use tax. And how will hybrid car drivers be assessed? If their driving is 90% electric and 10% gas, will they only pay 90% of the use tax? What if their driving is 90% gasoline and 10% electric? How about traditional hybrid cars like the Prius or Insight, where the electric assist is working in tandem with the ICE?
The challenge is how to collect the data and minimize a tax surprise at tax time. There is no easy solution.
after federal and state tax incentives, plus negotiations ($10k off MSRP) our BMW i3 cost $60/month to lease.
Later this year BMW is moving to battery packs with 50% more range so you'll get over 120 miles.
Yes but those are in any car. But you'd still have lesser costs with fixing it with the other stuff.One area that will be interesting to see play out is how states start charging EVs to replace gas taxes. Washington, IIRC, currently charges $100/ year a relatively small amount, but as EVs begin to constitute a larger percentage of vehicles that will probably rise to replace lost gas tax revenue.
As more charging occurs at night electricity prices will rise to cover the cost of more expensive generation that is currently shut down at night since you essentially will have another late night peak period.
As a result the TOC calculation used today may need adjustment in the future.
I do agree the lack of of an ICE removes a lot of maintenance costs, but you'll still have brakes and tires, hydraulic fluid for brakes, battery water and coolant and assort compressors that can fail, not to mention the battery. While there are fewer moving parts there still are enough to consider potential failure modes and costs associated with them.
$60/month
= $720/year
= $7,200 over 10 years.
... on a MSRP $40K car?
... seriously?
I'd go for that - in fact I'd get the Range Extender, fill the ruddy tank with single malt and still save money. Where do I sign, which finger do I take the blood from and what do I do if I don't have a first born son to trade?
I like the i3. I'd get one if I could have it for $60/month. Sadly, that figure just doesn't pass the credibility test.
And when are most people going to be charging their cars? At night. So you'd have to factor in ADDITIONAL infrastructure to store that energy for later use including the impact of birth/care/disposal for that storage.Solar Panels for the home. The prices have dropped to the point that the biggest portion of the cost is the labor.
And that's why Musk is also developing battery storage. Charge your car and battery at night when there is surplus energy and use it during the day to supplement solar when weather issues exist. It's more of a distributed energy generation method than the current centralized one.And when are most people going to be charging their cars? At night. So you'd have to factor in ADDITIONAL infrastructure to store that energy for later use including the impact of birth/care/disposal for that storage.
Are all parts of the country viable for solar? No.
Are all home roofs oriented properly for solar? No.
Are all home roofs conducive to mounting panels to them without causing long term issues for the homeowner? No.
Here in AZ the utility companies are now fighting solar as it is cutting into their revenue.
Look, I'm all for solar. Have over 600 watts on my RV, but the bottomline, it is not the be all end all to left shifting automotive transportation from fossil fuel to electricity.