Tesla Burns Through Record Cash To Bring the Model 3 To Market (bloomberg.com)
Dana Hull, reporting for Bloomberg: Tesla's Elon Musk keeps getting the green light to do what it takes to bring electric cars to the masses, regardless of how much it's going to cost. The company burned through $1.16 billion in cash in the second quarter by spending on capacity for its cheapest model yet and boosting battery output. Investors fixated instead on what Musk said is coming next: Hundreds of thousands of Model 3 sedan deliveries, installations of solar roofs and an all-new semi truck to add to the lineup. "This is the best I've ever felt about Tesla's future," Musk said on a conference call. The stock surged as much as 7.4 percent to $349.94 as of 9:45 a.m. Thursday in New York, the biggest intraday gain in four months. The chief executive officer has built a fanatical following of Tesla shareholders who continue to throw their support behind his clean-energy vision. It helps that consumers keep opening their wallets: The Model 3, which starts at $35,000, has racked up almost half a million reservations and is drawing more deposits by the day. The record negative free cash flow Tesla reported for the three months ended in June was almost double the $622 million it went through in the first quarter. With a little more than $3 billion in cash on hand, Musk told analysts the company is thinking about raising money through a debt offering.
it's buying hardware and services to set up the production facility... big difference burning cash would be spending it on things that don't do anything for the company, such as distributing dividends and cash executive bonuses...
it actually looks like a car
Borrow whatever you have to do but I want my Tesla 3. I'll do my part by spending an unnecessary amount of money on a supposedly entry level car, just make it happen.
-- All that is necessary for the triumph of evil is that good men do nothing. -- Edmund Burke
Has been out for awhile and nobody is buying it. What's better about the Model 3?
I can't speak for everyone, but the two reasons I am buying a Tesla Model 3 is the better performance and the over the air updates. Most car models have all their features on day one and any new updates are only for future year models. This is not the case with Tesla. I'll give my money to Tesla for almost no other reason than to support a company which does this.
-- All that is necessary for the triumph of evil is that good men do nothing. -- Edmund Burke
said government money was paid off with interest aeons ago
I don't love the look of either vehicle but I think the differences are pretty significant.
Which company has more cache? If I wanted something cool, where would I go? Mom, America & Apple Pie or the company run by the guy going to Mars?
Mimetics Inc. Twitter
Biggest difference is the supercharger network for the Model 3. The Bolt's options when it comes to road-trips are more limited and where they exist they are inferior since they don't have the same charge rate as the supercharger.
The Tesla isn't built by a company that swallowed a bunch of taxpayer money in a big government shell game to survive...
Oh wait...
Every company takes advantage of government programs to exist. Public roads, public education, intellectual property protection, military protection of sea lanes, etc. Tesla probably owes its existence more to our universities for producing its engineers than it does to tax incentives.
-- All that is necessary for the triumph of evil is that good men do nothing. -- Edmund Burke
The main problem with Tesla is that, as it sells more cars, the expenditure per car sold rises linearly. That means they aren't getting economies of scale. The more they build, the more they have to spend to support existing vehicles on the road. It isn't clear if it's a quality issue or management issue or support issue or whatever, as they aren't entirely transparent on these types of expenditures, but it's worrying.
https://seekingalpha.com/artic...
My Other Computer Is A Data General Nova III.
you're mistaken, you pass gas stations every 10 miles or so, in normal conditions, except in certain locations in Arizona.
you have electric plugs just about anywhere. also, the included GPS shows you where the superchargers are located and guide you there
that's a budget issue. how about stopping the idiotic, unwinable war in afghanistan, and spend that money on electric car incentives (severa hundred billions a year)
you only need the supercharger while transiting in a long trip. for daily use, you just have to plug in every night in your garage
Bolt has that 'aspirational styling' that goes stale as soon as you drive it off the lot. They build the shame right into the design!
love is just extroverted narcissism
Yes. I prefer the safe way of powering a car: carrying around a highly flammable liquid to power explosive combustion.
Lol, okay, let's go down the list. Bolt vs. Model 3. Just the base models (Model 3 is much more upgradeable)
MSRP: $37500 vs $35000
0-60: 6,5s vs. 5,6s
Top speed: 90mph vs. 130mph
Handling: Read for yourself (start at "What's blanching...")
EPA range: 238mi vs. 220mi
Max charge speed: 90mph vs. 260mph
Fast charge network: Poor (single stall, poorly monitored, big holes) vs. excellent (4-8+ stalls, widespread distribution on almost all major interstates)
Dealership experience: Famously hard sell and uneducated about EVs, vs. almost humorously soft-sell, behaving instead like museum curators who just want to talk about their exhibit
Automatic crash avoidance: Optional extra vs. standard
Climate control: Single vs. dual zone
Track record for safety: less-than-stellar vs. outright-insulted-if-they-score-less-than-perfect-in-any-test. And this.
Standard warranty: 3yrs / 36k mi vs. 4yrs / 50k mi (both have the same battery warranty, 8 yrs / 100k mi)
Company dedication: Makes EVs as a side project to their main business vs. fully invested in EVs.
Efficiency: heavier & higher drag vs. lighter and lower drag
Styling: Come on, is there any contest? Even remotely? Bolt vs. Model 3. The interior difference is even worse, with the Bolt being your typical econobox interior (yet at a nearly $40k price point).
Depreciation of past models: Terrible vs. Low
I could keep going. I mean, there's just no contest. Unless you're seriously in a rush, or you think Musk is the devil, I can't imagine why anyone would pick the Bolt over the Model 3.
So, apart from that, how was the play, Mrs. Lincoln?
What's better about the Model 3?
As someone who is actively looking to buy a Leaf, I'd say one thing that's better is simply not having to deal with car dealerships. Trying to actually get to a price is tedious, and their processes seem backwards. For example, I went in for a test drive. They photocopied my license and entered all my information painstakingly into their computer. When I then wanted to test drive a different model, they did the whole thing over again. Even to the point of making a new photocopy **while the first photocopy was still sitting out on the desk**.
Then they tried to sell me a 2016 (rather than a 2017), which was literally sitting in the back corner of the lot covered in leaves and with a dead 12v battery, with a promise of "a few hundred dollars off" and an assurance that their service department would make it as new.
So yeah, if Chevy dealers are as useless as Nissan ones, that alone would make me want to wait 18 months for a Model 3 which reportedly handles nicely rather than pay about the same for an econobox. The Leaf is being heavily discounted right now, which is why I'm even considering one.
Lol that thing looks like a Aztec mini-me.
love is just extroverted narcissism
DO NOT BUY A LEAF. The Chevy Volt, Chevy Bolt, Zero S, and Tesla Model S/X/3 all have high-quality battery management systems with thermal management. The Leaf's lack of a TMS causes their battery to degrade rapidly, losing as much as 40% of its capacity in 2-3 years; whereas the Tesla, Volt, and Zero have shown little to no loss of capacity over half a decade and hundreds of thousands of miles.
Get a used Volt. They're ass-cheap. Just don't buy a Leaf, holy shit dude.
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To bad you posted as AC, comment is worthy of +1 informative.... To see that Tesla paid off early to save 300 million or more in stock.
While that page does talk about how its a raw deal for the government which means the tax payer it misses the reason the government is doing the action. It's not investing to get more money, but investing in better technologies. If electric cars become a reality because of it, then its well invested.
The spirit of resistance to government is so valuable on certain occasions that I wish it to be always kept alive
a 1500 mi journey, with the speed limits in place (say 60mph) takes 25 hours. accounting for filling the battery, you need 5 more hours or so.
so, that means, at least 3 days, of 10 hours driving straight, with 1 hour pause for filling up (when you can have lunch), and filling up at night
it does seem sensible...
It's not unusual for a car company to spend this kind of money developing a new car and getting ready for production. The first time I can remember a company publicizing a figure of over $1B was Volvo for the first generation 850, so about 20-25 years ago.
it shows "the financial sector" has it's priorities reversed if they seem to think "investing in production machines" is "burning cash"
Actually, their priorities are fine, it's just not the priorities that people think they have.
About a month ago a huge percentage of Tesla's stock was held short(*), and everyone was screaming about how the stock was going to tank any day now.
Except that they knew the Model 3 would be announced around the turn of the month, so people started getting out of the short position. That caused the stock to dip, and more people exited the short strategy, and the stock went from $383 at the end of June to $319 a couple of days ago.
Now that most of the short positions are out, we might see some bull predictions for the stock. The stock jumped $10 yesterday and $22 today.
The short positions are gone, and good riddance. Now maybe we will see some legitimate news and analysis about the health of the company.
(*) I don't remember the figure, something like 15% of the total shares
Here's what happens when you try to burn one of Tesla's batteries. What, you really didn't think that fire was given a second thought? Fire propagation is controlled by physical isolation, active (pumping) quench, passive quench (coolant thermal inertia), controlled venting, and many other means; they have over a hundred patents and have spent a huge amount on pack engineering to reach this point.
There have been fires in Tesla vehicles, but they've been at a significantly lower rate than in gasoline vehicles. Only two (out of all the vehicles they produced) have started in the battery pack, both from large pieces of metal road debris slicing into the pack (Tesla responded by putting a titanium debris shield on the pack; there have been no more incidents since then). There have been Model S's that burned to the ground without setting off the battery pack.
As for running out of electricity, here's how it actually plays out.
1) Your vehicle keeps an estimate of your available range. It knows where all of the chargers are, what's in use / in service, and has them on navigation. We'll assume that you plan to ignore this and run your car out.
2) Your battery gets low. Your car warns you. You could go to a charger. You decide not to. You could slow down - EVs can drastically increase their range (2-3 fold) by driving slower. You choose not to.
3) Your car hits zero - but you're still not out of battery, you've still got 10-20 miles left. It puts you into power restricted mode to maximize range.
4) If you ever give up your quest to run out of power, pull off at the nearest building of any type and ask if you can plug in. Practical experience from EV owners: you almost never will get a refusal, particularly once you tell them what the power costs (almost nothing) and/or offer to pay. Regular wall charging isn't fast, but you don't need to add a lot of range - just enough to get to the next charger (which for some reason you've been trying to avoid).
I've seen plenty of gas vehicles out of gas and stuck on the road. I've never seen an EV. 5% of our new vehicle sales where I am are EVs. Now, that may just be the luck of the draw (no question that gasoline cars are still much more common), but they're certainly not running out of power left and right like your conception of them. EVs start each day with a full charge; you never "forget to go to the gas station" like happens with gasoline vehicles.
The last time I ran out of gas I was stuck in the middle of a busy road on the way to work. Apparently someone had siphoned gas out of my tank. Eventually someone came with tow cables and dragged me to the nearest gas station. Interestingly enough, had my car been electric and out of electricity (by someone siphoning electrons?), I actually would have regeneratively charged on the way to the station.
So, apart from that, how was the play, Mrs. Lincoln?
Nothing in particular. Tesla just generates the same kind of hype and aura as Apple.
I really don't see why it would have any substantial impact on a long distance trip. You have to get out of the car to go to the toilet, eat, rest etc. and those stops can coincide with charging the vehicle.
you have electric plugs just about anywhere.
Ones that you can actually use?
I'm wondering if you're the same fanboi I had to school not long ago about the magic Supercharger network. He tossed out the challenge to come up with trips where the SC stations wouldn't be enough to get you to your destination in a reasonable fashion. I used Tesla's own map and brought up two trips I had taken in the last year that fit the bill. In one of them I gave Tesla the benefit of the doubt, fudged the numbers a bit and while the trip could have been done it would have made a 14 hour road trip into an 18 hour road trip, taken me a couple hundred miles off the quickest route and in one case I would have been getting to the charger by the skin of my teeth. Even as I was giving Tesla's Wunderauto every benefit of the doubt and shuffling the math like an Enron CEO it was just making it by the tips of it's fingernails.
The second trip would have been a lot easier as far as distance between stations but it, again, involved me going (many) hundreds of miles out of my way and in one case we dependent on a single charging station at a B&B that I would have to have stayed at in order use. The additional miles and the station that I would have been forced to use would have delayed my getting to the destination by at least 18 hours. Had I gotten to the station and it was on the fritz? Oh well, that would have ended my trip or at least forced me to get real creative. Oh, and in this case it would have also depended on the hotels I stayed at in my 5 day journey to be willing to let me charge my car overnight. I can't say that would have happened.
Like I said, I cut every corner I reasonably could have and the Tesla could have done it but the time, mileage and potential money consumed doing it didn't make it seem reasonable. I want EVs to work and I know they will at some point in time but to act like The Mighty SuperCharger Network!!!111!!! is a catch all solution is short sighted and smacks of blind devotion.
On the plus side, I can say the SC network would likely work for the road trip I'm doing for the upcoming eclipse in the United States. I didn't sit down to really go over all the logistics of it yet but it looked promising. One of the reasons I couldn't give a firm answer is because aside from being at a specific location on the evening of August 20th through the morning of the 22nd, it's a pretty open ended 14 day journey. If the weather cooperates the total journey will be 4500 miles over 8 planned driving days with mileage in excess of a single charge of the Model 3. If the weather goes goofy or if I'd have to make my way back early for some unforeseen event the Tesla should be able to pull it off but certainly not with the efficiency as far as time or mileage of my ICE. Not to mention that my much cheaper ICE has more cargo room. It's not a show stopper but my current gear for this trip would have made the Tesla a bit cramped for space.
As an Independent (yet a fiscal conservative who is repelled more by most Democratic tax plans than Republican ones), I'd question your assertion that "most Republicans" believe in the theory that rich people and corporations will start to "create jobs" only when they accumulate enough cash.
That's another way of talking about the "trickle down economics" which were out of the 1980's Reagan era, and were really just based on an untested economic theory at the time. Reagan's cabinet members succeeded in selling him on and supporting, so they could try it. It didn't work, primarily because they underestimated how many successful companies have little or no interest in more growth. (Even giants like Apple exhibit this tendency today. No matter how much money they make? They still cling to a business model that says it's perfectly acceptable to build computers that only cater to a relative niche in the marketplace. Apple doesn't even try to build Enterprise gear for server rooms anymore, leaving that whole sector to other companies. It doesn't even attempt to make its own mail server -- opting instead to build its Mail and Calendar clients around Microsoft's Exchange solution. Sometimes, adding too many new employees and expanding into too many areas just dilutes the formula that makes you successful. So profits aren't sensible to dump back into business expansion.)
I have no problem with Tesla's business model right now. I think Elon Musk is a very intelligent guy and a pretty decent leader, who really believes in the technologies he's trying to develop and market. That said though? He's definitely operating a company that greatly benefits from government loans, perks, subsidies and initiatives. In a more libertarian society, I'd like to see much less of that happening. But today, it is what it is. We voted for a bigger government than I personally like, and it's one that likes to take a lot of our tax dollars and spend them, directed at specific things it thinks are "best for all of us". So many subsidies have gone to fossil fuel based companies, it makes it really difficult to single out Tesla as the "bad guy" for receiving some now.
"Paid off" is a relative term. The books are closed for sure, but the end result was $10+ billion in taxpayer money lost in the auto industry bailout.
https://www.thebalance.com/aut...
Dealership experience: Famously hard sell and uneducated about EVs, vs. almost humorously soft-sell
I actually tried to buy a Bolt. Couldn't do it. You can't get one. Of course, you can't get a Model 3 right now either, but I'm not convinced that I'd be able to get a Bolt much before I can get a Model 3.
Company dedication: Makes EVs as a side project to their main business vs. fully invested in EVs.
And I'm pretty sure this is the reason I can't get a Bolt.
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From your article:
That will happen if you leave your car set to maintain cabin temperature when you're not in it. Or you could be like a normal person and just let your car get cold like everyone else. And honestly, that's a fast loss even for leaving the car preheated 24/7.
Most owners will tell you that Teslas are excellent cold-weather vehicles, particularly because you can preheat them remotely, on mains power, even if the car is in your garage, with the app. The cars also deliver instant heat, with no warmup period at all. 4WD is a relatively cheap upgrade, and actually extends your range. The cold weather range loss most affects you in start/stop city driving, which is the type of driving where range matters least and where the low speeds dramatically boost your range on their own. Etc.
If he's spending up to 27% of his time supercharging, never better than 20%, he's doing things very wrong. Then again, he states that when he did this there were only 325 supercharger locations (there's 909 today, and they're tripling by the end of next year). The further apart, the slower you go because you need to charge to a higher level, and the last part of charging is significantly slower than the earlier part of charging. The P85D, from empty, can put on 212 miles range in half an hour from a supercharger (14% of your time charging if you're driving at around 70mph). However, that's from empty. While the first 80% is very fast (not constant speed, but close), there's a big slowdown from 80-90%, and bigger from 90-100%. So most people on roadtrips only charge to ~80% or so, unless they're out in some place with very distantly spread superchargers, say over 150mi (which there aren't many of anymore in the US).
*** Ed: Strange, his numbers don't match. His stated charge time of 15 hours 22 minutes versus a drive time of 57 hours is only 19% of his time charging. I wonder if he was exaggerating the "2-3 hours vs. 45 minutes" statement earlier.
** Ed2: Further down he indicates his charging routine. Sounds like he was mainly just suffering from how few superchargers there were back when that article was written.
Well, enjoy the fact that the number of Supercharger stops has tripled since then, and will triple again over the next year and a half.
Overall, though, the article seems to be generally positive. And Tingwall is no EV fanatic, he's a longtime petrolhead.
So, apart from that, how was the play, Mrs. Lincoln?
>> Tesla Model 3 is the better performance and the over the air updates.
Yeah, OTA Updates, so cool. or is it ? Now that's an OTA update : https://www.youtube.com/watch?...
While Chrysler/Jeep does a poor job of engineering its in-car computer systems (as shown by the film!) that has nothing to do with Tesla. Proper engineering makes ota updates safe from hackers (witness MacOS, Linux, and part of the time, Windows). Just be careful whose stuff you buy.
The Leaf's lack of a TMS causes their battery to degrade rapidly, losing as much as 40% of its capacity in 2-3 years
This depends on where you live. My 2012 LEAF has 50K miles on it and has lost only about 4% of its battery capacity. (I'd go check it right now with my OBDII interface and LeafSpy Pro, but my wife has it.)
Get a used Volt. They're ass-cheap. Just don't buy a Leaf
Used LEAFs are much cheaper. You can get one about like mine (note: I'm not selling mine; I like it) for around $6K. Assuming you don't need more than 60 or so miles of daily range, and don't live in an area with a very hot climate (which causes rapid battery degradation), for $6K you can get an EV that will be a great commuter and around-town vehicle for several years, and will cost less than a nickel per mile to operate, including electricity and maintenance.
Unless you live in Arizona,or the like, they're great little cars, and very, very cheap right now.
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AC apparently thinks that the only chargers that exist in the US show up on the supercharger map.
So you might have had to stop at a CHAdeMO to top up a bit. Waaah.
AC apparently thinks that Tesla superchargers are single-stall locations.
So, apart from that, how was the play, Mrs. Lincoln?
The Leaf is being heavily discounted right now, which is why I'm even considering one.
If you're not getting the 2018 LEAF with its bigger battery, I suggest looking for a used car. 2012-2014 LEAFs are crazy cheap right now. The main thing to watch out for is the battery capacity. Ideally, you want one that still has 12 bars on the capacity display. If you can do with less capacity, fine, but the price should drop accordingly.
I recommend getting a Bluetooth OBDII adapter and the LeafSpy Pro app on your phone. Plug in the adapter and the app will show you the total battery capacity with a high degree of accuracy. After you've found a car that seems good mechanically and in appearance, and has reasonable battery capacity for its price, take it to a Nissan dealership and have them do the free battery analysis.
Unlike with ICEVs, there's very little to go wrong with the drivetrain. Electric motors last forever, there is no transmission to speak of (just a reversing gear). Take a look at CV joints, etc., just like you would an ICEV. Brake pads wear out, but slowly, and replacing them is the same as an ICEV. So really it's just the battery you need to pay attention to when evaluating a used EV.
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"Quick" is a relative term. Most CCS1 and CHAdeMOs are 50kW or less. Tesla's supercharger stalls are 120kW per vehicle. And the fact that there's so few chargers at most non-Tesla sites, and they're so poorly monitored, makes visiting one a risky proposition. Which is the reason why Tesla puts so many at each site - so that you can rely on them.
So, apart from that, how was the play, Mrs. Lincoln?
Don't forget, Teslas can use all of the third party charging stations too, with the adapters that they provide with the car or ones that you can buy from them after you purchase. So you're only making my point stronger.
Tesla's buyback program was a horrible deal for customers. You could always get a much better deal on the open market.
So, apart from that, how was the play, Mrs. Lincoln?
Solid state batteries also use lithium, they just replace the liquid electrolyte with thin layers of aluminum oxide.
You're totally correct. But this point is lost on those who aren't already EV owners or who aren't EV enthusiasts. I've noticed a trend in the people who are toying with the idea of replacing a gas car with an EV - they equate charging stations with gas stations. And if there aren't enough charging stations in their mind, they think they'll be stranded, like they would be if there weren't enough gas stations. It's stupid, but I hear this argument time and time again.
Well, Model 3 has the Bolt beat in this regard because it has access to Tesla's supercharger network AND all of the third party chargers that the Bolt has access to use.
Leaf degradation is terrible. And everyone who saw the pack design knew it would be. Passive air cooling? Geez, if you're going to cool your car battery pack like a smartphone battery, expect it to last about as long as a smartphone battery.
This is what a proper EV pack looks like inside. This is not.
So, apart from that, how was the play, Mrs. Lincoln?
It's worse than that. It's the Nth car from a given manufacturer. So buyers of popular EVs from popular manufacturers - people making EVs that people want - will cease getting the benefit. But people will get subsidized to buy unpopular EVs from manufacturers making a half-arsed attempt at them for years to come.
So, apart from that, how was the play, Mrs. Lincoln?
Apparently you don't know the meaning of "top up".
Right, because if you perceive a problem in your car, you wouldn't spend $500 to fix it? Most people perceive there to be no problem and thus don't buy a CHAdeMO adapter. You apparently perceive a problem. So enjoy the obvious solution.
Yes, we all drive cars with the purpose of imposing artificial constraints on things!
So, apart from that, how was the play, Mrs. Lincoln?
Corporate valuations are based on what investors think your companies are going to be earning, amortized and with respect to the risk. Someone's corporate assets being valuable means that investors think that their companies are really onto something and want a piece of it.
It's not hard to see why Tesla's value is high. Their profit margin on their current models is a solid 25%, similar figures are expected for the Model 3, and they have customers lining up years in advance for a car they can't even test drive yet. The fact that they're burning through cash scaling up to meet demand is completely expected; scaleup costs huge amounts of money, which is why you get investors in the first place. They invest because they can see the writing on the wall that they're going to be converting these hundreds of thousands of waiting customers into dollars in their pockets. And they see even more beyond that.
The question isn't whether Tesla should be worth a lot. The question is how much exactly it should be worth. And because there's so much disagreement on this, you get both a lot of buys and a lot of shorts. But there's one thing that does not determine a company's price, and that is "how much is the company currently in the black without any consideration of future revenues and how much they're spending on scaleup to achieve those revenues"
So, apart from that, how was the play, Mrs. Lincoln?
Burning through cash is what VCs ignore silicon valley startups doing.
It costs money to actually build stuff.
And, no, your "smart water" is just tap water from Seattle. We get it out of the Tolt River. Stop paying $5 for tap water, idiot.
-- Tigger warning: This post may contain tiggers! --
These cars both use regenerative breaking. I'll never need to go 0-60 in 5.6s but I might need to go 60 to 0 that fast.
We have three in the garage in my workplace, and are getting a fourth one next week when someone else takes delivery. For BEV/EVs in our employee garage we also have Teslas, Bolts, Volts, Leafs, Mercedes, VW Golf and Priuses. I know we have several people who have Model 3's on order. My employer provides free charging, which is a deal that's hard to turn down. FWIW I drive a Volt.
I can't speak for everyone, but the one reason I am buying a Tesla Model 3 is I'm a moron.
Fixed that for you.
Proper grammar helps when you are calling someone a moron.
-- All that is necessary for the triumph of evil is that good men do nothing. -- Edmund Burke
Is that really such a big factor?
Yes.
There's an extremely common point of view among car-buyers, where it simply doesn't matter how awesome it is; $35k is way too much money for a car.
$35K is the average price for a new sedan. It may be above your price point, but it's not above the price point of most buyers of sedans.
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Aerospace companies like Airbus and Boeing invest in their products and expect payback to take decades. The difference with Tesla is it doesn't have as long a history of churning out products, but that doesn't mean that there will be no payback.
Drill baby drill - on Mars
No other manufacturer has a sensible alternative. Indeed everything else on the market at the moment is a conventional car with added battery.
Yeah, the used ones are tempting, but I can use the extra range of the 30kwh battery in the 2016 & 2017, and with the incentives available I should be able to get a new one for $13k or so when it's all done. Used 2016s around here seem to go for $11k, so not a huge premium to go new.
I don't actually drive that much daily, but I do go 125 miles (relatively level, with a quick charge station about halfway) a couple of times a month and 100 miles (over mountains, again with an easy quick charge) once a month or so. So 60 miles of range would be inconvenient, but 100 or so is fine given the chargers around me.
I'm willing to deal with having to understand the limitations of the battery pack for the price I can get the Leaf for, and while I had considered the Volt I really prefer to go all electric. And since I'll still have 2 other ICE vehicles at least for a while, I'm not too worried about any of the downsides.
The free market prices didn't even approach the buyback prices. Tesla would offer you $35k for a car that you could sell for $55k on Ebay.
So, apart from that, how was the play, Mrs. Lincoln?
No a moron would use bad grammar; a low grade dullard would at least use the appropriate verb...
Browsing at +1 - no ACs, I ignore their posts. So refreshing!
so, that means, at least 3 days, of 10 hours driving straight, with 1 hour pause for filling up (when you can have lunch)
This means that before and after lunch you drive 5 hours non-stop.
it does seem sensible...
to me, it sounds bordering to dangerous, unless you have multiple drivers and rotate them behind the wheel, so everyone get to drive a bit and rest a bit during one of these 5 hours stretch.
bexond 2 hours, you start to be really tired and lose concentration.
"Sufficiently advanced satire is indistinguishable from reality." - [Tips: 1DrYakQDKCQ6y52z6QbnkxHXAocMZJE61o ]
Our coast-to-coast routine involved two or three hours of driving, followed by about 45 minutes of charging, rinse, repeat.
This (making significant pauses every couple of hour of driving) is highly recommended in lots of places
(random example: In france, awareness campain against tiredness while behind the driving wheel)
and is a legal requirement for professional driver license in lots of places.
(random example: In Switzerland).
Our long-distance road trip highlighted that Tesla’s range estimate is consistently optimistic.
In my experience with an electric car (the Renault Zoé available from my local Car Sharing) the mileage can widely vary depending on the driving style.
the 22kWh battery is rated for 125km,
i can get anywhere between 100km (if I drive like an asshole, floor the accelerator to reach limit speed as fast as possible, etc.)
to 150km (if I drive conservatively, try to use regen brake as much as possible, accelerate reasonnably to keep consumtion from peaking, etc.)
the estimate is that : just a vague estimate.
better rely on lap since last recharge and battery status.
(Or on Zoé you can look at the full screen on the infotainment of consumption analysis instead of the rough estimate on the dashboard)
This discrepancy demanded that the driver perform constant mental math, evaluating how quickly the predicted range was falling compared with the climbing odometer.
On the other hand, this being Tesla, that could be fixed by software : instead of basing prediction on a constant times the remaining energy content in the battery, they could upgrade the software to give an approximation based on the recent (say y100km worth) consumption history.
Maybe you can even send it as a suggestion.
"Sufficiently advanced satire is indistinguishable from reality." - [Tips: 1DrYakQDKCQ6y52z6QbnkxHXAocMZJE61o ]
Tesla has a very high share price relative to assets and earnings. To me, this indicates they'd be better raising money by share offerings instead of debt, however, I am largely ignorant of financial markets. Can someone knowledgeable comment on the reasoning behind this choice?
Quattuor res in hoc mundo sanctae sunt: libri, liberi, libertas et liberalitas.
That's the whole idea of "artificial floor". If you can get 56k on Ebay, great! If not, here's a guaranteed 35k JIC...
I'm not good at making signatures...
Their profit margin on their current models is a solid 25%
Their GROSS profit margin is 25%; their net margin is negative, as they have yet to turn a profit. Gross profit margin means nothing; net profit margin means everything.
Browsing at +1 - no ACs, I ignore their posts. So refreshing!
Tesla plans to be making 500,000 cars a year by 2019. That's a lot of cars. Ramping up to be a volume car manufacturer costs money. A lot of money. The investors knew that going in. If Tesla succeeds at making reliable and desirable cars and people buy them, the investors will make a lot of money. If Tesla fails to do that the investors will lose a lot of money. No real news there.
The main news is that Tesla has managed to raise that much money to finance its vision, and that so far the investors are still behind it. That is no easy feat. Elon Musk has an amazing track record at raising money for pie in the sky... but he also has a good record for actually delivering the promised pie. SpaceX is launching real satellites, SolarCity has put solar cells on a lot of houses (with plans for many more with the new solar tiles), and Tesla has already sold about 200,000 cars. Even the Hyperloop has had some successful tests.
AC apparently thinks that Tesla superchargers are single-stall locations.
I can't speak for Tesla's supercharger stations, but the first long trip I took in my Nissan Leaf, all the chargers at a station I stopped at were inoperative, because the station's power feed was inoperative. There were no good chargers out in the boonies other than that one, so I was stranded until I found a 120V AC outlet and recharged at a whole 5 miles range / hour -- after three hours I had just enough range to backtrack to another station.
That was my first, painful lesson about EV charging -- you can't treat it like an ICE vehicle, stopping somewhere to charge when you start getting low. You want to still have a lot of range left when you charge, because you can't guarantee that the station you actually want to charge at is operational.. or even has open charging stations, and running out of power is a hell of a lot harder to recover from than running out of gas is.
It's not investing to get more money, but investing in better technologies. If electric cars become a reality because of it, then its well invested.
Like much of the government investment in private industry that was done during the Apollo program. Sure it was expensive, but the progress paid us all back several times over.
I actually donâ(TM)t buy the supercharger argument. I took a quick look at the number of dc fast chargers around the bay and found an order of magnitude more stations than Tesla super chargers *just* looking at EVgo. Sure, thereâ(TM)s only typically 2 chargers at each, rather than 20 at a supercharger station, but that still means that EVgo alone has as many charging plugs as Tesla deployed. Add in the charge point ones etc, and I recon the CCS1 charging infrastructure is much more advanced than teslaâ(TM)s
Those DC fast chargers are often placed where you don't need them. I don't need DC fast charging when driving in the Bay Area. I DO need DC fast charging when driving along the freeway heading through the wilderness between city areas. I'm heading to Yosemite this weekend. The closest DC fast charger to the west entrance is in Modesto, 107 miles from the valley floor. The Leaf nominally has a 110-mile range, but the route is fairly uphill the whole way, so I wouldn't trust it to go further than 60m before I'd really need to recharge. All the DC fast chargers along that area of California are on Interstate 5.
Tesla, on the other hand, put a supercharger in Groveland, CA, about 47 miles from the valley floor. Even discounting the superior range of the Telsa (the next Leaf will have equivalent range), the supercharger stations are better placed. You don't just need superchargers where you work and normally drive to. You need them to provide full driving coverage so you can go anywhere. Anywhere.
So that's why I'm driving my older gas-guzzler to Yosemite in a few days. It's a four-hour drive in that. Using DC fast chargers, augmented by the regular chargers the rest of the way, that would add an additional 2hr, 35minutes of charge time, and that's being very optimistic on the charging times.
http://www.latimes.com/busines...
http://dailysignal.com/2016/11...
http://www.zerohedge.com/news/...
Case closed.
Murphy was an optimist
The problem with that is it's all to easy to adopt the "ship it now, we'll fix it later" attitude which means it becomes increasingly likely you'll end up with something half-baked. And once you've got it, they've already got your money, so there's less of an incentive to actually provide that update, especially once that model is no longer being sold. I'd much rather have a feature-complete car the day I buy it rather than have to depend on updates which will almost certainly dry up after a couple of years if I get any at all. I tend to keep my cars a long time so I'm not terribly excited about these "infotainment" systems found in pretty much every new car now.
No need. Most of the buyers know they are not getting federal money and still line up for Tesla model 3.
I prefer the "u" in honour as it seems to be missing these days.
And total BS. That was NOT an investment, but a gov. guaranteed loan, which was paid back with interest. It is funny how angry the far right is about musk. They want us to be energy independent, but fight against moving us off burning oil. They claim they hate gov subsidies, while fossil fuel is one of the largest subsidies that we give. They claim they want jobs back, and musk has made more jobs here than any other business over the last 30 years. Yet, you far righties scream, rant, and lie about him.
I prefer the "u" in honour as it seems to be missing these days.
Ok. So you do not buy it. go to afdc.gov electrical map. Now, click on more options and change charger types to DC fast. No level 2 or others. Then go to connectors and select only dc fast, without Tesla ( chademo and sae combo). Then tell us how many routes you have for crossing the nation.
Now, go to https://supercharge.info./ tell us how many routes that cross the nation, and to make it fun, tell us where you can cross the nation ( only North Dakota ). Quite the difference.
I prefer the "u" in honour as it seems to be missing these days.
Bingo. That is the biggest drawback of the leaf. But, it really show up at LA on South. If you own it in moderate temp location AND you do not go to fast chargers, they last 'ok'. Right now, they are ideal for buying used ( assuming daily travel is less than 60 miles ) while waiting for M3.
I prefer the "u" in honour as it seems to be missing these days.
Company dedication: Makes EVs as a side project to their main business vs. fully invested in EVs.
Ehhhh, I don't know about that. I mean, sure, it's technically true, but it's worked out extremely well so far with Nissan.
The Leaf's lack of a TMS causes their battery to degrade rapidly, losing as much as 40% of its capacity in 2-3 years
That was only the case in earlier models in particularly hot areas (IE, the Southwestern US). There's little evidence of that sort of capacity loss with modren batteries.