We plan to host Tesla’s 2023 Investor Day on March 1, 2023. Our buyers will be capable to see our most superior manufacturing line …
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We plan to host Tesla’s 2023 Investor Day on March 1, 2023. Our buyers will be capable to see our most superior manufacturing line …
source
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Copyright © 2022 Car Fix Guru.
Car Fix Guru is not responsible for the content of external sites.
The market continues to decline; I've been exploring strategies; it appears that both bull and bear market periods give equal possibility to make big profits. In one news item, a 54-year-old man made $280,000 in five weeks. How can I learn these strategies? My portfolio has been dormant for several months.
THA Optimus is a free and self driven version of the Optimus itself….
The word THA stand for Tesla Human-aid-Avatar
Is the human becoming an human-aid-avatar
To train on how to be safe and secure caring and helping for themself and others including helping and caring for any public or private help wanted business and not business worldwide
Anyone can start the safety and security training at 12 years of age with legal custodian consent (permission)
With and for confidential-air
Directly From the any help wanted Getting educational training grants directly to the register trainees-helpers
They can used this economical assistance to start buying their Tesla collection and to invest in their free self driven version of tesla on their human-aid-avatar
This is another version of
(themself)
Remember that Tesla model Optimus humanoid robot is an AI clon of ourself
The essential thing that everyone should be thinking about right now is investing in non-government sources of income. Especially in light of the current global economic crisis. It is still a wonderful moment to invest in gold, silver, digital money, and stocks.
Volume is too low. Settings doesn't help.
Very proud of Tesla products.
Such low master volume
Key points from the Tesla Investor Day that I found interesting:
Tesla announced plans to build a new gigafactory in Mexico near Monterrey. This will be in addition to expanding production at existing factories.
They aim to reduce costs of the next generation vehicle by 50% compared to current models. This includes reductions in battery/powertrain costs, manufacturing efficiency, and operating expenses.
For full self-driving, Tesla is using neural nets running on powerful computers to enable more generalized autonomy. They are generating large labeled training datasets from fleet data.
On batteries, Tesla is making progress with in-house dry electrode manufacturing to reduce costs and increase production capacity.
For energy products, Tesla plans to expand mega-pack production to hit 1 TWh per year, provide compelling pricing for home charging through retail electricity plans, and open Superchargers to other EVs globally.
Tesla aims to hit 20 million vehicles per year in the future. This will require building more gigafactories rapidly using standardized designs.
Overall, Tesla is focused on increasing affordability, enabling exponential volume growth, and accelerating the transition to sustainable energy.
Can the current gen 3 home charger work with v2h without a neutral (assuming an existing pw system)??? Some solar inverters lack a neutral. Elon laughs this off but would be great for TOU with cheaper $/kwh in the cars and more peace of mind as a quasi prepper for 1-3 month winter outages in northern latitudes.
I dont see my dollar billion dollars come yet
@1:01:06 because of the intelligence an dedication of th Tesla power train unit team Tesla can do what no other car manufacturer can do MIC DROP MOMENT thanks for coming good night
It's nuts that the entire FSD segment of this presentation is now out of date
Elon musk is the best 👍💯
At timecode 56:02 they mention using four microprocessors for the high-power switching. As someone who has designed real-time high-power switching boards, they should have been using an FPGA. Even a cheap $35 FPGA could probably do it with 100% deterministic timing and lots of resources to spare. It's a shame that its relatively harder to find FPGA programmers. It's not really that hard.
At timecode 1:04:36 they mention transitioning to solid state fuses. This is a big deal. E-fuses can be turned on/off by software and have software controlled trip points. This means you can re-use the same controller board for a lot of different loads, and you eliminate a bunch of mechanical relays.
At timecard 1:08:24 they mention aggregating sensor inputs into local controllers and then sending it over Ethernet. They didn't say it, but Ethernet is only deterministic when you turn automatic retransmission off and use dedicated point to point links. Adding layers like TSN on top of it adds the ability to separate traffic by criticality. This trend in the automotive industry has merit. Reducing wiring can reduce failure rate. But now the Ethernet wire and software become single point sources of failure. And if they fail, it won't be just one thing that goes out, it can be all your sensors/control signals at once. Hopefully they are using redundant sets of processors and Ethernet wires.
do we have a range on release date of tesla phone?
About time factual content science and engineering took over from politicians narcissists and sycophants talking crap!
And renamed TSLA. Really ? 😅
🎯 Key Takeaways for quick navigation:
13:20 🌍 Sustainable Energy Earth Overview
– Clear path to a sustainable energy Earth exists.
17:23 🔋 Master Plan: Battery Energy Storage
– A vast amount of battery energy storage (240 terawatt hours) is needed.
19:49 ☀️ Less Mining, More Sustainability
– Transition to an electrified economy requires less mining than the current fossil fuel economy.
21:43 🔄 Five Areas of Work
– Repowering the existing grid with renewables is essential.
26:01 ⚡ End-Use Efficiency with Electric Vehicles
– Tesla Model 3 is four times more efficient than a traditional gasoline car.
27:09 🏡 Electrifying Heat Pumps
– Heat pumps, serving up to 200°C, are crucial for displacing fossil fuel heating.
28:32 🔥 Electrifying High-Temperature Industrial Processes
– Over 50% of industrial heat processes operate at temperatures greater than 400°C.
30:38 ✈️ Sustainable Aviation and Shipping
– Electrification opportunities exist for both short-haul planes and long-haul ships.
32:13 🌍 Feasibility of Sustainable Energy Transition
– Feasibility of transitioning to sustainable energy.
33:55 🌐 Sustainable Energy Land Usage
– Land requirements for sustainable energy are less than 0.2% of total land.
35:14 ⛏️ Mineral Extraction in Sustainable Energy
– Sustainable energy economy reduces overall mineral extraction.
36:56 🌐 Commonness of Lithium and Other Materials
– Lithium is abundant globally; no country has a monopoly on it.
39:00 ♻️ Recycling in Sustainable Energy Economy
– Recycling reduces the overall ore required for sustainable energy.
52:02 🚗 Tesla's Commitment to Vehicle Excellence
– Tesla's track record showcases its ability to deliver high-quality cars despite constraints.
52:30 ⚡ Tesla's Emphasis on Speed and Efficiency
– Colin emphasizes Tesla's position as a leader in making the fastest cars with over a thousand horsepower.
53:44 💡 Tesla's Approach to Efficiency in Manufacturing
– Continuous improvement of the Model 3 and Y powertrain with a focus on efficiency in design, manufacturing, and scaling.
55:19 🛠️ In-House Expertise and Integrated Design
– Highlighting Tesla's unique approach of designing the entire vehicle and factory together as one cohesive unit.
56:44 🌐 In-House Advancements in High-Power Electronics
– Tesla's expertise in high-power electronics, showcasing examples such as custom-designed transistor packages and microprocessors.
57:56 🔄 Continuous Improvement in Software and Simulation
– Tesla's custom software for simulating the rotating magnetic field in the drive unit, enhancing cost, weight, and size optimization.
59:07 🔄 Transformative Changes in Next-Gen Powertrain
– Overview of transformative changes in the next-gen powertrain, including reducing the use of rare earth materials.
01:00:36 🌱 Aligning with Tesla's Master Plan
01:01:41 🚥 Evolution in Low Voltage System Design
– Challenges posed by the complexity of low voltage wire harnesses in traditional vehicle design.
01:07:31 ⚙️ Transition to 48 Volts for Low Voltage Design
– Shift from 12 volts to 48 volts in low voltage design for future Tesla platforms.
01:08:39 🌐 Streamlining Vehicle Network for Dynamic Changes
– Transition from centralized control to a local controller approach for wires in Cyber Truck design.
01:10:06 🌐 Utilizing Over-The-Air Updates and Data Insights
– Tesla's early adoption of over-the-air software updates for all controllers and sophisticated data logging capabilities.
01:11:43 📊 Data Utilization in Vehicle Design
01:13:07 ⚙️ Importance of Vertical Integration in Software
– Vertical integration is crucial for Tesla in software development.
01:14:15 🚗 Software Iteration and Testing
– Iterative testing of new algorithms in the background is critical, especially for safety features.
01:16:22 🏭 Application of Software Playbook in Manufacturing
– Tesla applies a software testing approach to manufacturing processes.
01:18:46 🔄 Future of Autonomous Fleets
– Beyond self-driving, Tesla focuses on managing a network of autonomous vehicles.
01:20:37 🚗 Role of Full Self-Driving (FSD) in Sustainable Future
– FSD is a critical part of Tesla's plan for a sustainable future.
01:22:11 🧠 Components of Scalable Self-Driving System
– Architecture, data, and compute are crucial components of a scalable self-driving system.
01:29:17 🌐 FSD Beta and Continuous Improvement
– FSD Beta deployed to 400,000 customers, achieving 5-6x safety improvement.
01:33:38 🤖 Advanced Robotics in Production
– Tesla's Model S Plaid incorporates actuators in robots for efficient production.
01:35:20 💡 Underappreciated Tesla Aspect: Robotics and Economy
– Emphasis on humanoid robots' potential in the economy.
01:35:45 ⚡ Tesla Charging Infrastructure Overview
– Holistic approach to charging for various use cases, including home and away.
01:38:33 🗺️ Tesla Trip Planner and Efficiency
– Introduction and role of Tesla's Trip Planner in optimizing charging site utilization.
01:39:52 🔌 Future Charging Goals: Non-Tesla Integration and Renewables
– Opening Tesla's charging network to non-Tesla vehicles.
01:43:52 🏭 Tesla's Unique Supply Chain Approach
– Overview of Tesla's supply chain for electronics, powertrain, and batteries.
01:46:36 🧩 Managing Complexity in Supply Chain
– Detailed insight into the complexity and management of Tesla's supply chain.
01:52:31 🌐 Supply Chain Complexity Overview
– Overview of Tesla's supply chain complexity.
01:54:10 🚀 Pandemic Challenges and Adaptations
– Challenges faced during the pandemic in managing the supply chain.
01:56:13 🚢 Logistics and Supply Chain Resilience
– Handling challenges like port congestion, logistics lead time increases, and chip shortages.
01:58:31 🧠 Tesla's Impact on Chip Industry
– Explanation of Tesla's impact on the chip industry.
02:00:11 🔄 Automation in Manufacturing
– Transition from dispersed thermal systems to fully automated heat pump technology.
02:03:57 🏗️ Scaling to 20 Million Vehicles
– Laying the foundation for executing Master Plan 3.
02:04:52 📈 Ramping Gigafactories
– Overview of Tesla's gigafactories and the goal to increase production.
02:08:07 ⏲️ Metrics for Factory Efficiency
– Focusing on Overall Equipment Effectiveness (OEE) and cycle time metrics.
02:10:56 🔄 Continuous Improvement Philosophy
– Implementing Elon's philosophy of questioning, deleting, simplifying, and accelerating.
02:13:02 🌍 Integrated Global Organization
– Integrating production, sales, delivery, and service into a global organization.
02:13:17 🏭 Tesla's Manufacturing Strategy
– Tesla plans to achieve the 20 million cars per year target by building new factories and production lines.
02:14:00 ⚙️ Advancements in Cell Manufacturing
– Significant progress in dry electrode technology, 20 times more productivity compared to Battery Day's tools.
02:15:18 🏭 Factory Design Efficiency
– Integrated design teams enable a 5x reduction in the factory footprint and volume.
02:16:27 🏭 Upstream Material Production
– Introduction of the 50 gigawatt-hour Corpus Christi lithium refinery in Texas.
02:18:29 🔋 Mega Pack Overview and Impact
– Overview of Mega Pack's evolution, focusing on successful projects worldwide.
02:20:56 ⚡ Power Electronics Leadership
– Tesla's leadership in Power Electronics, deploying over 1.4 terawatts across energy storage and vehicles.
02:24:54 💻 Auto Bidder and Grid Stability
– Introduction of Auto Bidder as an autonomous energy trading platform.
02:26:07 🌐 Tesla Electric: Distributed Energy Resources
– Tesla Electric's role in unlocking the full value of distributed energy and storage products.
02:29:23 🌍 Future of Energy Storage Deployment
– Expectations of a massive ramp-up in energy storage deployment.
02:31:24 🤝 Appreciation for Investors
02:31:38 🌍 Sustainability and Employee Impact
02:33:08 🌱 Sustainability Achievements
02:36:00 🚗 Zero Emission Future
02:37:18 💼 Financial Summary and Cost Reduction
02:52:07 🚗 Innovation for Cost Efficiency
03:03:23 🏭 New Gigafactory in Mexico
03:08:40 🌍 Innovation in Mining and Materials
03:12:30 ☀️ Renewable Industry Impact
03:14:03 🚗 Scaling with Few Models
03:18:59 🇨🇳 Market Share Growth in China
03:19:42 📈 Operational Efficiency Metrics
03:21:10 🤑 Affordability Driven Demand
03:22:04 🚙 Autonomy and Asset Value Increase
03:23:07 🌐 Next-Gen Vehicle Ramp-Up Priorities
03:23:34 🚗 Vehicle Demand and Affordability
03:26:27 🌐 Next Generation Platform and Market Segments
03:28:35 🚚 Logistics Challenges and Strategic Mitigation
03:29:56 🔄 Overcapacity Strategy: Cells and Stationary Storage
03:30:41 🌍 Global Cost Strategies
03:34:05 💹 Long-term Growth, Operating Margins, and Capex
03:37:10 🔍 Autonomous Driving: Multi-Trip Reconstruction
03:38:09 🧪 Progress in Dry Battery Electrode Technology
03:40:48 ⚙️ Scaling Dry Battery Electrode Production
Made with HARPA AI
would be nice to be able to own a tesla bot..
เขาน่าจะมีเทคโนโลยีX การวิ่งชนที่รุนแรงเกิดการระเบิด ที่มองไม่เห็น แต่สร้างพลังงานไฟฟ้ามาก
so many quotes from some of history's smartest people show why real estate could be one of the best ways to increase wealth.
Tesla stock swings too much to calmly accumulate and hold, After buying TSLA shares for just over 10 years, i'm struggling to make gains presently. How do i adjust or revamp my $2M portfolio? Should i consider some defensive investments?
How do you get into these events?
On bi directional charging:
For me as a consumer, I need the V2L capability in the Tesla Model Y and Next Gen. Its super needed for my style of life and it's right now something that stops me from buying a Tesla cause Im waiting for it to be implemented. For going for a while Off Grid with the family or friends and having a reliable source of power with around 3 kW would be enough. Im not talking about V2 Grid or for supplying my home but for powering a tool or appliance when you are off grid.
Pleassseeee!! Add V2L to all you lineup!! 🙏🙏🙏
Please correct me if I'm wrong. I think we should only be solar, and stay away from wind power, as I think wind can be quite dangerous. If you have a storm coming that would possibly make it to the center of a land mass, would a bunch of windmills at the edge of the land mass bring that storm down to a halt? We will be essentially draining the power of storms and the amount of distance they will travel and hydrate the land. On the other hand, maybe we can control hurricanes better with wind mills placed in the ocean that can be submerged underwater when there isn't any major storm.
one thing that I heard loudly was many blue-collar jobs being lost. This is very sad,
No other company talks about transitioning to a sustainable economy like Tesla does!
Today's Tesla stock, unstable as it is, will rebound to some new level of engagement with the rapid development of AI artificial intelligence.If you need to contact me, we can discuss together