What California says about zero-emission vehicles, and why Tesla is committing fraud

Guest essay by Alberto Zaragoza Comendador
I didn’t create this essay because I dislike electric vehicles. While I’m skeptical of their potential, I have nothing against EVs per se.
Sure, electric cars enjoy a laundry list of incentives. I totally disagree with these policies, but a bajillion people have already pointed out why electric car subsidies are dumb. I cannot add much value there, and EV advocates will argue they’re doing nothing illegal anyway.
The fundamental reason this blog exists is to tell the world about the fraud Tesla is committing. This has resulted in tens of millions dollars’ worth of fraudulent carbon credits being received by the company, and if nothing is done the tally will get into the hundreds of millions. This blog exists not to tell people about EV incentives, but about the illegal incentives a particular EV company is getting. I covered much of the same ground in my first post, but here I’ll give California’s own regulations as sources.
You don’t have to take my word for it.
Click here and go to slide 13. It shows how many Zero Emission Vehicle credits a car gets. ZEVs are divided into seven categories:
· Type 0: less than 50 miles, 1 credit
· Type I: 50-75 miles, 2 credits
· Type I.5: 75-100 miles, 2.5 credits
· Type II: 100-200 miles, 3 credits
· Type III: 200+ miles, 4 credits. (Also: 100+ miles with fast refuelling).
· Type IV: 200+ miles with fast refuelling, 5 credits
· Type V: 300+ miles with fast refuelling, 7 credits
This system is regulated by the California Air Resources Board. And by “fast refuelling” they mean refuelling to 95% of capacity within 10 minutes (Type III) or 15 minutes (Types IV and V). This is impossible for batteries, so it could only be done with hydrogen. Indeed, you’ll hear complaints that the regulations are designed to favor hydrogen over batteries. Well, tell California.
The Model S is clearly a Type III vehicle: it gets between 200 and 300 miles, but even in the fastest Superchargers it needs about one hour to reach 95% of battery capacity. Tesla itself quotes 75 minutes for 100% charging. So it gets 4 credits per car…or at least it should. Let’s go back to 2012.
As of June 15, the 85KWh version (called S3 here) was considered a Type III vehicle. But by October 12 it had morphed into a Type V. So the upgrade happened at some point between these two dates. Presumably, the 60KWh version was also upgraded in the same time frame. Here is a December 20 confirmation that both versions had been upgraded, showing how the 60KWh model went from Type III to Type IV. And here is an restatement in April 2013 of basically the same things, but including the cancelled 40KWh version. (CARB doesn’t seem very well organized).
In any case, production of the Model S only ramped up in the last quarter of 2012, so the vast majority of them qualified under the new classification. The real question is, why the upgrade?
Because of the battery swap. If the car can exchange batteries in 90 seconds, then it’s totally crushing the 15-minute requirement established by the California Air Resources Board. Notice that, even in this case, the 85KWh version still doesn’t meet the range requirement to be a Type V vehicle, as it’s rated by the EPA at 265 miles. So it would be stuck at 5 credits. It seems CARB bent the rules a little, or perhaps they concluded that the superb refuelling time “offset” a deficiency in range. In any case it’s no reason for alarm.
What is a reason for alarm is that CARB gave Tesla these extra credits before any battery swap station had been built. In fact, it happened about nine months before the feature was publicly demonstrated (June 2013). I’ve emailed CARB officials and Tesla twice, to find out more about this issue. Did Tesla demo the battery swap to CARB officials? If so, when and where? Did Tesla bring its own car, or does CARB have one for testing purposes? Did CARB officials check and drive the car before, during and after the swap?
They haven’t answered.
By May, the battery swap was becoming a problem: CARB openly discussed removing it from the fast refuelling category. Perhaps other carmakers were complaining to CARB that Tesla was getting credits for a feature nobody could use. In any case, the agency deferred a decision to October.
In June, after weeks of teasing, Tesla demonstrated the 90-second, fully automated battery swap in public. It was their biggest event this year. Or ever: I can’t remember any other Tesla event with such a level of media coverage.
And guess what, the company brought its own cars and didn’t let anybody near them. The official video doesn’t even show what’s happening under the car.
By August, Tesla forum users were openly calling the feature a stunt. You see, some Model S owners have already put their battery warranties to use, and the battery change takes three or four hours, and a few workers. It’s impossible to automate it, let alone to do so in 90 seconds. This somehow went unnoticed for the Internet.
The company itself hasn’t made a statement about the swap feature for several months. And looking at their SEC filings, there is exactly one reference to this swapping thing.
our capability to rapidly swap out the Model S battery pack and the development of specialized public facilities to perform such swapping, which do not currently exist;
I won’t give you a link, because the exact same sentence has been appearing in every earnings report for a couple years. No estimates of how much the swap stations could cost, or when they could open, or what areas they could serve, or any meaningful information.
The writing was in the wall all this time. Tesla never intended to build the “specialized public facilities to perform such swapping”.
October came, CARB met, and the same issue came up: does a battery swap qualify as fast refuelling? See slide 12:
Some [battery electric vehicles] have been qualifying under the fast refueling definition by means of battery exchange. However, it has not been publically demonstrated that battery exchanges have occurred on the vehicles earning credits. Though staff does recognize the potential for a battery exchange to help market the vehicle, other vehicles earning Type IV and V ZEV credit depend on fast refueling for vehicle operation and success. Staff is proposing to remove battery exchange from qualifying under the fast refueling definition, starting in 2015 model year.
Translation: we know Tesla is a scammer, but we don’t want them to go bankrupt so we’ll let them milk the battery swap cow for another couple years.
As it happens, starting in 2018 all ZEV credits will be awarded on range alone, not on refuelling time (see slide 66). This means the battery swap will no longer give Tesla any extra credits. So if CARB actually takes action in 2015, Tesla could only exploit this loophole for two or three years, out of five in total. Maybe the scam could stop before reaching $200 million. Phew! Good to see those regulators doing their job.
Tesla has reported sales of the 85KWh version at 70-90% of the total. Remember this version was upgraded from four ZEV credits to seven, and the other version from four to five. If that’s the case, then 35-40% of all ZEV credits they earn in California come because of the battery swap. Only Tesla knows how much they’ve made off these credits, but over the last four quarters their ZEV revenue has been $170M. Do the math.
And that doesn’t include figures for the current quarter. Or credits they have earned but haven’t sold yet. If you check the document I just linked to, but in slide 68, you’ll see that all credits can be “banked” (stockpiled) without penalty. Presumably, this could only change starting in 2018 when the ZEV program will revamped. So even if the market is weak one quarter, they can make it up the next.
Here you can see the transfers of ZEV credits among carmakers. It seems Tesla has sold 1,311.52 “credits” from October 2012 to September 2013, which is precisely the period we’re interested in, and they still have 276.080 left. But this is a different measure of credits (grams per mile of non-methane organic gases, and I don’t understand it either). To arrive at the ZEV number, you have to divide them by the number that appears at the bottom of the website, which for this period is 0.035. So Tesla has sold 37,472 credits, and they still have 7,888 in balance. This suggests their total ZEV credits earned for the period were 45,360, so they’ve sold 82% and kept the rest.
Note: this is not an audit. There is surely something I’m missing – credits transferred among states, carried over from previous periods, etc. So this is only an approximation. I suspect their credit generation in California was greater (it has provided 40-50% of their car sales), but they transferred those credits to other states. Also: the number of ZEV credits “generated” by other electric cars cannot be reliably calculated, because the big carmakers sell a lot of low-emission vehicles and they can also generate ZEV credits with those.
Still, we’re probably looking at $150 million in sales of California credits over this period, of which $60 million correspond to the battery swap. Including credits they haven’t sold yet, the respective figures grow by $30 and $12 million.
The bottom line is that ZEV credits are a key source of “revenue” for Tesla. Pure profit, in fact. And they will remain so for the foreseeable future.
And this has serious implications for entire ZEV program. Tesla “produced” about 45,000 ZEV credits in the state from October 12 to September 13. (For calendar 2013, the figure would be higher). Of this amount, about 18,000 (40%) were fraudulent. The only other electric car selling in decent amounts is the Nissan Leaf, but it only gets three credits per car and sells less than the Tesla. Everybody else is a rounding error, and the system as a whole probably produced less than 60,000 credits.
So if 40% of the credits Tesla gets are fraudulent, that’s 30% of the entire California market. In fact, it’s probably more than 20% of the entire US market. And that’s assuming the rest of the system is clean.
In short, the ZEV mandate is a joke.
So here we are, fifteen months after Tesla started getting carbon credits for the battery swap. The company has already cashed out, probably for more than $60 million. Without building a single swap station, or demonstrating the feature in consumer cars, or bothering to provide any sort of explanation.
I have emailed them, written on their Facebook page, posted in their forum. Their only “reaction” was to kinda make the battery swap disappear from their website. It’s impossible to get an actual response from the company.
Tesla intends to shut up its way out of this mess.
The question is, how could a scam so brazen go unnoticed for so long? I think other carmakers probably don’t want to get into trouble with California officials. So they’ve been lobbying to put an end to the special treatment Tesla gets, but they haven’t publicly denounced the situation or filed a lawsuit.
And for industry outsiders, well, the idea that the whole battery swap thing could be a fake is just surreal. How could Tesla sink that low?
The Tesla battery swap is the hoax of the year.
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In response to the last naysayer and lets face, only the end of the first year of installation. In a few years all of USA will be covered.
http://www.teslamotors.com/en_GB/supercharger
Also the one and final reson why there is no battery swapping is the simple fact nobody who has travelled over 200 miles wants to run off only a minute later.
Good grief, AndyJ, that’s some expansive definition of “covered” that you, and Tesla, are using. Yes, yes, of course you can draw a radius of X miles around each charging station, as long as X isn’t too optimistically-high a fraction of the car’s driving radius, and call that area “covered”.
But imagine for a moment, if you can, what life would be like now for drivers of IC vehicles, if you had to plan all vehicle usage under the concept that refueling stations were located no closer together than Santa Barbara and San Luis Obispo? Not to mention the fact that their circles are the same diameter for Southern California as they are for South Dakota, making no provision for how much smaller the effective range is in an upper Midwest winter.
Hi Kirk,
It’s goes like this, most owners simply plug in their cars when they stop driving. You know, at home after work. Other slower charging points are “destination chargers”. Car parks, shopping malls or work. Speed matters little.
This initial number of fast charger bases from Tesla are transit charge points. Have a quick charge with coffee and cake then beggar off onwards.
This Tesla/Solarcity partnership. After all they are brothers! Are about making everyone happy. Not only politicians and customers but also these places are “load balancers” – Have huge battery packs in situ to resell electricity from night to the day to normalise supply demands.
The big one is the simple fact politicians know evading energy suppliers from the “big oil supplier” countries (long term) is paramount for national security against arabic influences. So, to process one gallon of crude into fuel takes the same amount of US made electricity to drive a Nissan Leaf an average of 32 miles. making the oily middleman pointless, for many.
Here is food for thought. The guy who runs Nissan/Renault. He is a Christian but guess what country he is from. Might give you some idea why the Nissan Leaf, which was such a massive gamble.
Lots of conjecture in the article (and an awful lot of conspiracy theories in the comments, mixed in with a lot of misinformation).
CARB sets the rules. CARB awards the credits. Saying that Tesla has somehow done something illegal is a bit farfetched: CARB doesn’t have to give them any credits that they don’t think they’ve earned.
But, if there were anyone that has coerced CARB into accepting that Tesla is generating more credits than they deserve, it would most likely be the other car companies that are buying them. If Tesla hadn’t generated all those extra credits, the other car companies would not have been able to purchase them to meet their quotas. This would have forced them to build their OWN EVs, or sell many more of them than they want to (for the companies that have made a few token EVs or HEVs available).
That would be far more costly than just buying some (possibly questionable) ZEV credits from Tesla.
Also, Tesla’s planned battery “swap” program was more like a short term battery lease. You swap out your battery for a temporary replacement, and when you come back to the SAME station, they put your old battery (recharged) back in. You don’t get a new battery that you keep, you just get a loaner for a short time (and you have to rent it, it’s not free like the Tesla Superchargers). People might be confusing it with the “Better Place” battery swap program (which did just swap the battery currently in your car with a fully charged battery…you never actually owned any particular battery in their scheme).
It seems to me that battery-swapping carries a significant down-side that no-one has mentioned: quality-assurance. How does the driver (or the charging station) know that the replacement battery has the capacity to deliver a full charge?
A charging station can apply minimal (or no) qiality control to the replaced batteries, or it can apply effective quality controls. Without any quality control, the driver assumes significant risk potential of getting stranded, or experiencing some type of incident caused by damage in handling. Let the driver beware!
A properly re-qualified battery would need to be inspected for physical damage, and would also need to be electrically tested to demonstrate adequate charge capacity for 1 discharge cycle. I don’t know any accurate way of doing ths other than to:
1) top-up charge the battery
2) perform a deep-discharge under copntrolled load
3) measure effective discharge
4) fully re-charge the battery
What this means is that a “qualified” swapper battery loses 1 charge/discharge cycle for every driven cycle. Thats a 50% reduction in battery life.
“…So, to process one gallon of crude into fuel takes the same amount of US made electricity to drive a Nissan Leaf an average of 32 miles. making the oily middleman pointless, for many…” -Andy J
It doesn’t take any significant ELECTRICITY to refine a gallon of gas. You’ve been victimized by an erroneously created greenie blog myth. Also there is not a lot of US electricity generated by burning middle east petroleum or any petroleum for that matter. Tesla’s few batteries aren’t going to balance any power grid either.
Its very simple joe. Get yourself a can of crude and do it yourself using a zero energy input technique.
When you have solved this riddle I will buy your rights for toll rights over the Golden Gate Bridge. Should be profitable 🙂
I find it interesting how a figurative petroleum industry honcho is so easily demonized by the Tesla Fanboys while Elon Musk is beatified by this bunch. They’re both businessmen trying to make a buck. Musk has climbed into bed with govt to have the government subsidize directly and coerce redistribution directly into his pocket while the oil exec has to deliver a valued product with the govt crawling all over him like one of those parasitic wasps.
Rich H at 3:12 pm
How does the driver (or the charging station) know that the replacement battery has the capacity to deliver a full charge?
You are right. A quality control chain of custody will need to be tracked for each battery. Tedious, yes, but not impossible. If we can electronically track BitCoins, Tracking Tesla batteries ought to be a piece of cake.
The trick is, what will you do with the metadata? You drop off a battery that reliably gives 150 miles on a charge, and all that is available for pickup is one good for 85. An hour later, you drop that off somewhere else for one good for 160. Are you going to get it without a fight? If so, what stops someone from running a battery into the ground so that it only gets 85 miles per charge and wanting to change it out for one that gets 160? The challenge isn’t technological, it is a people problem.
Can it really work like a public lending library where the books are worth $20,000 new and some of the readers dog-ear the pages?
Why are people inventing lies about the Tesla battery swap system, costs, battery pack ownership and guarantees of the car here?
Everything is all readily found on the tesla site.
If you cannot quote facts on this car, how can anyone trust you against the liars on global warming?
Most respondents here are US citizens who should be damned proud of this class leading product which has firmly nailed the lid over the mighty German car industry off your shores.
As goes Solarcity supplying load balancing units. It saves Telsa a tremendous fortune due to the costing of the charging infrastructure and the load balancers themselves take cheap night electricity to run your coffee pots come the adverts on TV. Making even more money. It is how the business model actually works, get over it.
Meanwhile in the real world, Tesla stations do not have batteries, the solar panels are a gimmick, and the company never ever talks about this solar-balancing-backup thing.
http://doubtingisthinking.blogspot.com.es/2013/12/some-people-really-suck-at-math.html
Offering an opine off a blog does not offer any facts. However, in my case, totally spoilt for choice. when it comes to facts, in in a glut.
http://m.seekingalpha.com/currents/post/1448531
Upper demand sets the 24hr rate on the electric bill. This is why these no-brainers are offered.
Also recomend having a ganders at the Solar City website. These exist. Stop being in denial.
As goes solar panels over the supercharger ststations. A complete no-brainer if you have any money and a roof.
Listen to this engineer end to end and the kids at the back, please listen intently.
Wow, Andyj. I almost feel bad writing this message.
-You provide a link to the SolarCity press release, which announces their DemandLogic energy storage program. Indeed, according to the press release, this system combines solar panels and batteries to avoid demand charges.
-You fail to realize that Tesla itself sells its 85KWh battery for more than $44,000, or over $500/KWh (and the 60KWh version is proportionately more expensive). In other words, you fail to see that the use of “Tesla” in the press release is nothing but a marketing gimmick, as EV batteries are insanely expensive and unsuited for large-scale storage – they’re optimized for energy density, not price! The same storage would cost you less than half in a conventional, lead-acid battery.
-You fail to realize this is a totally new program started this month, without a single specific customer that can be named. In fact, SolarCity itself in that links says DemandLogic doesn’t make economic sense for most customers! Right there in the link you provided.
-You fail to realize this product has nothing to do with the Tesla Superchargers.
-You fail to realize that “Tesla batteries” means the ones they use in their cars. It cannot be the ones they use in Superchargers, because there are NO batteries in those!
-Again and again you state that all of this is readily available in the Tesla website. Link, please? I’ve read their entire website and most of their SEC releases, and Tesla never mentions electricity markets. Providing further proof that the solar panels are irrelevant.
-You fail to realize that Tesla and SolarCity THEMSELVES don’t use DemandLogic. Trust me, if they had this panels-and-batteries system in place, we would know.
-You failed to read my blog post showing how the energy provided by solar panels on Superchargers is a rounding error.
-Hell, you don’t even need to read my blog. Anybody with a minimum knowledge of solar energy can see the Superchargers’ roofs are way, way, waaaaay too small to provide any meaningful energy to the Model S.
-You state that refining a gallon of gasoline consumes enough electricity to power a Nissan Leaf for 32 miles. That’s about 10KWh, Source, please?
-In general, some people (including Elon Musk) have made the claim that the refineries themselves use more electricity than an electric car fleet would consume. But they never provide any numbers to back up this assertion.
-These people, and you too, fail to realize that even with a full-electric car fleet we would still need refineries. How else are we going to make ethylene glycol, the thing that cools your Tesla’s battery?
-When another user dismisses your notions about electricity consumption, you go to the other extreme, and say that it’s impossible to do such refining while consuming zero energy. Hell, of course, refining a gallon of gasoline uses SOME electricity. What the other guy is saying is that this is NOT as much as needed to power the Leaf for 32 miles.
-Therefore, you fail to realize that indeed there are numbers between 0KWh and 10KWh. My guess is the electricity it takes to refine a gallon of gasoline is far closer to the former amount. How else could refineries stay in business? Their gross margin is about 40 cents per gallon, and that has to pay for a lot of things besides electricity. And electricity costs at least 5 cents per KWh. How the hell could it take 10KWh to refine just one gallon?
Could you tell me the interesting part in that video? Judging by your other comments, I don’t think it’s worth it sitting here 70 minutes.
“Its very simple joe. Get yourself a can of crude and do it yourself using a zero energy input technique.” – Andy
————————————–
I never said that it takes zero energy to refine crude. You having said this illustrates how infantile your comprehension is. If I were in the crude refining business I’d do what the other refiners do and power my thermal cracking process by burning petroleum or natural gas since I have it in abundance.
A couple of years ago I researched this talking point that it takes X amount electricity to refine a gallon of crude because when I heard it it didn’t make economic sense. I found that Basically someone calculated that it takes (X) kW of ENERGY to refine a gallon of gas. This came from a legit source, but then some genius on a green blog saw the term kW and assumed that the calculation was referring to retail electricity because he didn’t know any better and was out to prove a point. His calculation was a bit suspect because he failed to account for the inherent inefficiency losses of transmitting electricity for EV’s, charging batteries, and discharging batteries. Well nevertheless once this got out there it spread through the “green” blogs like wild fire, and a myth was born.
A KWH is a KWH regardless of the means of transmission so when I say it consumes 6.5KWH to refine a gallon of go-go juice it takes 6.5KWH of LOCALLY SOURCED ENERGY THAT CAN DRIVE A TESLA 20 MILES!
Stop sucking terrorist ass.
The other respondent with the boring unreadable missive. Try again. Make your point but don’t quote replacement prices, they never reflect cost.
Oh for goodness sake. The Tesla Model S beat the VW Golf into second place in sales figures in Norway in September despite being a big expensive luxury car. When did a US made car last get anywhere near that? This thing is far bigger than nuances of some obscure credits in some US state or other. You should be proud of what these guys have achieved
My “missive” refuted every point you made. No wonder you found it unreadable.
Your missive makes presumptions of a 44,500USD battery as an actual cost. Thats over 5 USD per cell which incidently cost the Tesla/Panasonic 1.2 USD apiece. Even i can buy these in oneses for 5 dollars apiece!
Not watching ALL that video means you will be forever wrong on all prior guesses.