CleanTechnica is the #1 cleantech news & analysis site in the world. Subscribe today!The future is now.


Autonomous Vehicles

Published on November 9th, 2017 | by Matthew Klippenstein

0

Giant Passive House in Vancouver … Trackless Electric Train … Bad Tesla Conference Call (Cleantech Talk #39)

November 9th, 2017 by  


Episode #39 of Cleantech Talk is here! A giant passive house project in Vancouver, a trackless train, and an unsatisfactory Tesla conference call stole the show in our opinion, so that’s what we discussed.

You can listen to this episode and subscribe to Cleantech Talk on iTunes or Soundcloud. You can also listen via the embedded player above or download this episode. Jump into the show notes below for more goodies.

Hello everyone, and thanks again to listener “Tommie101Swe” for the kind review on iTunes Sweden. If you feel like showing Cleantech Talk some love, our iTunes USA page is here.

A Passive(house) Offensive

Vancouver has established itself as Canada’s passive house and net zero house capital, its crowning achievement so far being the Skeena, a 6-storey 85-unit apartment building built to the passive house standard. As a quick review, passive houses are highly, highly energy efficient domiciles. They’re what net-zero building enthusiasts got excited about, before the era of relatively affordable solar panels.

Energy use, passive house versus Canadian building stock. Source: Cornerstone Architecture

After seeing that an apartment building could be built to passive house standards, the green-leaning city of Vancouver took interest, and other real estate developers followed. Vancouver has now seen a proposal for 2 million square feet of passive house-grade residential towers (one 43 storeys, the other 48 storeys). That’s twice the estimated square footage (1 million sq ft) of passive house construction in the entire United States!

An unexpected angle to passive houses that we didn’t have a chance to get into on the podcast is that, since they’re relatively airtight (lots of air exchange happens, but through ventilation, not through leaky walls), firefighters need to approach fires differently. In a “leaky” building, fires have plenty of access to fresh air, so it’s not a big deal to break down doors and windows. In a passive house, fires can’t draw as much air from the outside, so when firefighters break down doors and windows, they need to be ready for a flare-up as the fire suddenly gets a burst of fresh air.

See, aren’t you happy you read the show notes too? We can only ever scratch the surface on audio! 

Links for the Netherlands’ Energiesprong initiative — where Google cars on steroids laser-scan street facing windows to allow bulk manufacturing and installation of window upgrades for homes — can be found here and here. Big thanks to Dylan Heerema from the Pembina Institute for the links above!

Electric Train Off-Track, But That’s OK

Nicolas discussed the trackless electric train. We need a word for a bus/tram hybrid … trambus? Currently, the trambus Nicolas highlighted is undergoing trials in Zhuzhou, Hunan province, China.

We know what you’re thinking — where is Zhuzhou, anyways? Time for a geography lesson, courtesy of Google Maps. And while you’re checking the map out, check out those major highway networks. You can see that Inner Mongolia, Xinjiang, and Tibet are basically the Chinese Frontier — lightly-populated regions that serve as a buffer between the densely populated ethnically-Han provinces and the rest of the world. (In the Cold War era, Canada served the same purpose for the United States in the event of a polar Russian invasion or missile launches!)

Where Zhuzhou is. (Source: Google Maps)

As inartful as the acronym AART (Autonomous Rail Rapid Transit) might be, the train could prove to be a way of serving intercity commuters. Trains are expensive and tracks can take a long time to lay down, especially if rail companies need to negotiate rights-of-way. If you’ve got intercity commuters, you’ll already have a road network, and commuters would be more likely to ride a city-to-city “trambus” service that stops once per suburb, because it’d be a lot faster than local buses, which stop everywhere. All in all, it’s a highly promising approach, precisely because transit operators wouldn’t need to wait for infrastructure to be built before beginning deployments.

Elon & The Terrible, Horrible, No Good, Very Bad Quarterly Call

(Double Facepalm by emey87. Source: DeviantArt)

(How about that — I didn’t realize the movie was based on a book!)

I get the sense that Elon Musk doesn’t know what a CEO is supposed to do, and that his dream job is be to be a bossless Chief Engineer, which may be the role he’s carved for himself at SpaceX. That’s not good for Tesla.

I get this sense because he wasn’t ready for the quarterly results call, even though that’s one of the most important days of the year for a public company CEO. That goes double if the company is losing oceans of money — Liam Denning’s calculation of Tesla’s losses this year over on Bloomberg is here.

Elon’s determination to being where the problem is, is admirable in the abstract, but it’s terrible in practice. If your CEO — who has recently fired 700 people, no less — shows up one day to help you solve your problem and then comes up with a bad idea, is anyone going to point that out? Good managers and leaders allow the true experts — the people on the ground, struggling with the problem — to solve those problems, because they know the experts know more than them.

Even if a general used to be a sharpshooter, when they become generals, they don’t go in the field in the middle of a crisis to do a better job than their snipers. They worry about bigger issues, like strategy and logistics. Musk’s scorched-earth approach to criticism has begun to backfire (the epilogue to this article I wrote a little while back is proving prescient) and Tesla’s logistics might be its weakest link. We’ve learned that Tesla is setting up two warehouses near its Fremont factory to store inventory. That might sound like a good thing, but it shows bad planning: Toyota and GM didn’t need additional warehouses when they were making 400,000 vehicles per year (see the second graphic). Tesla needing warehouses at lower production levels is “muda” — waste. It’s wasting money buying parts before it needs them, wasting money leasing warehouse space, wasting money having engineers design a robot system to pick inventory they shouldn’t have bought yet, and wasting money getting the stuff transported back and forth.

Blaming a supplier — publicly! Again!! — is another problem, because Tesla will eventually run out of companies willing to work with it. Elon did eventually say on the call that Tesla and he were ultimately responsible, but this is definitely not an arena where you’d rather ask for forgiveness than ask for permission.

There are a couple litmus tests you can run on a company’s announcements. One is whether it gives customers/industry observers more confidence, or less confidence, in the company. Another is whether it makes competitors more afraid, or less afraid. By both measures, this was a very bad call.

From my worm’s-eye view, it doesn’t look like Tesla has learned anything from the production hell they went through for the Model X — that’s really bad. And if their competitors were worried about Tesla before (and they should have been, given how game-changing a successful Model 3 rollout would be), they might not be now. The legacy OEMs’ disciplined-if-dull execution could beat Tesla’s inspired-but-slapdash brilliance seven days a week, twelve months a year.

Consider that Nissan can already make 500,000 LEAFs per year if there’s demand (they have facilities in Japan, the US, and the UK) and that all Model 3 buyers will face a months-long delay, with many probably facing a year or more. The LEAF 2.0 will win “conquest” sales, the Bolt EV has no doubt won some already, and their salespeople’s ultimate weapon will be to play sections of the conference call, which shows Tesla to be late and disorganized — exactly what you don’t want from the company whose $35,000+ vehicle you’re about to purchase.

We can hope that Tesla’s Q4 — and Q4 conference call — go better, because human ingenuity may be infinite, but Tesla’s competitive advantages are finite, reservation holder patience is even more finite, and investor confidence can be downright fickle. Profitable companies have the luxury of thumbing their nose at Wall Street, but if you rely on it for funding through stock or bond offerings like Tesla does, you’re at their mercy. To disrupt the auto and energy industries, Tesla really, really needs to avoid disrupting its own chances at success. We’ll see in three months’ time how much progress they’ve made.






Complete our 2017 CleanTechnica Reader Survey — have your opinions, preferences, and deepest wishes heard.

Check out our 93-page EV report, based on over 2,000 surveys collected from EV drivers in 49 of 50 US states, 26 European countries, and 9 Canadian provinces.

Tags: , , , , , , , , , , ,


About the Author

Matthew Klippenstein is a renewable energy consultant in Vancouver, Canada. He has chronicled the Canadian electric car market for GreenCarReports.com since 2013, and has provided commentary (in English and French) for print, television, radio, web and podcast media. An early guest on "The Energy Transition Show", his work has also been discussed on "The Energy Gang". An occasional contributor to CleanTechnica, he co-hosts our own CleanTech Talk with Nicolas Zart.



Back to Top ↑