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The Tesla semi has arrived in Europe to be exhibited at the IAA Transportation event in Hanover, Germany -—As the leading platform for buses, logistics, commercial vehicles and the transport sector, IAA TRANSPORTATION 2024 will take place from September 17th to 22nd, 2024 at the Messegelände exhibition center in Hanover.
The first opportunity for us Europeans to see this beautiful truck in person!
9/15/24,
https://x.com/estherrebers/status/18352150305701031643 pics at the link.
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Informative and slickly edited 2 min Tesla vid, with various clips from their display, and comments by Tesla's head of Semi engineering, @danWpriestley:
9/17/24, ➡️
https://x.com/teslaeurope/status/1836147355864662435Tesla Semi will be street legal in Europe and will be compatible with European trailers. Jaan of the EV Universe ⚡
I learned a few new things checking out the very first Tesla Semi in Europe today.
A thread 🧵:
1. Tesla has already designed the Semi with sleeper cab in mind per the team, they're "keeping the space" for it with a metal frame in place
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2. The Tesla Semi has been designed 'international' from start, so they had to change very little for Europe entry (only minor details like wheel covers etc). …
9/16/24, ➡️
https://x.com/theevuniverse/status/183579992987004156630 sec. Metal frame is visible at the top, behind the “back wall” of the cabin.
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Tesla's head of Semi engineering, @danWpriestley, says Tesla Semi trucks have driven over 7.5 million miles, up from 3.5 million in May. That's a fleet average of over 33,000 miles per day.
There's even a Semi that has driven more than 400,000 real-world kilometers in less than 18 months, all at the max gross weight limit.➡️
https://x.com/ajtourville/status/183608579528893252445 sec.
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Here is the full keynote speech of the Tesla Semi program lead @danWpriestley which just took place in the IAA in Hannover Germany.9/17/24, ➡️
https://x.com/theevuniverse/status/183606897199010242914 min.
“Tesla has been able to
replace all their diesel trucking with Tesla Semis at a lower operating cost and without compromising schedules and without compromising payload. Efficiency is key.”
Charge times too long? We have successfully demonstrated and deployed
megawatt charging in the field. It is safe, reliable, and allows the one for one replacement of diesel trucks.
We’re approaching 100kWh per 100 km. [The PepsiCo rep says later that for city/local and limited regional use,
“Over about 2 years, we’ve consistently seen 0.8 kWh/kilometer efficiency. Heavy duty use: 1kWh/km efficiency.”]When we come back with a high volume version of this truck, that number will continue to improve.
Fleet is currently showing 95% up-time — including scheduled as well as unschedule maintenance. Vertical integration means getting truck back to the customer fast. Less than 24 hours in most cases, in the current fleet.
We encourage other E-truck makers to build on a dedicated EV platform. Trying for multiple power train options just introduces drag.
How to bring it to scale:
We’re bringing more trucks to PepsiCo throughout this year. And new customers, full ownership, this year in North America. High volume: building factory in Nevada capable of more than 50,000 units/year. Scale production through 2026. Europe is next market after North America. Scale brings lower cost, [quicker payback] for customers.
Did a test of 800 km drive with no charging, over the Grapevine/Tejon pass. We know Europe has lots of grades, too. We intend to demonstrate Brenner Pass, and others. We’re confident because we do the grueling Donner Pass, multiple times a day. Different weather conditions, different pitches. [See Graph ⬇️ — Donner is the highest of the three.] In North America, we climb heavy grades in high heat, 45°C to Nevada. In Alaska, high grades at -20°C. We park it outside to -40°C.
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Here is today's full presentation from Tesla's head of Semi engineering, Dan Priestley, and Electrification Program Manager at PepsiCo, Dejan Antunovic. They talk about PepsiCo’s Tesla Semi U.S. case study. 9/18/24, ➡️
https://x.com/sawyermerritt/status/1836363159524749547 25 min
TCO - total cost of operation — is a big factor for Tesla and PepsiCo.
PepsiCo has 3 different fleets. Pepsi beverage: Class A semi trucks, hauling beverages, locally, regionally and long-haul.
- Delivery fleet: 150km or less/day. Great use case. Urban city streets. Truck has a fantastic turning radius.
- Transport regional long-haul. “Slip-seat” schedule (driver does a shift, maybe 800 km, return to depot, 30-45 min pause, then another driver takes the same truck on another route.) This is with a heavy payload. “Run on Less” testing last year showed we run at a combined weight of 35 tons.
- Frito Lay fleet: less than half the weight of beverages, but we’ve seen it can replicate diesel experience.
The standard range, 500-km range trucks will be a good fit for the Pepsi fleet.
Their highest mileage trucks are in their beverage transport division. Heavy, long distance, then delivery.
I spoke with a driver who drove diesel trucks for 30 years. He said, “I don’t want to go back to diesel. This is what I want to drive.” And that’s what most drivers say.
Depot charging:
We thought it would take about 1.5 years to launch these megawatt-scale projects for electrification. That’s the bare minimum, honestly. More like 3 years, for us. In some cases it’s like building a new plant or warehouse. We install our own megawatt charging today. Mainly for the long haul slip-seat work.
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In Europe we believe there will be more reliance on publicly available charging, especially given depots with limited space, and trucks that are not domiciling on site. Charger deployment is a bit more challenging due to the many different utilities, especially the many small ones. We’re looking how to expedite the process, and working for
compatibility with other networks that are coming online in Europe.===
26 newly built Tesla Semis next to Giga Nevada.
9/5/24,
https://x.com/sawyermerritt/status/1831807507947548758⬇️