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The speaker's company is building infrastructure for both technology and renewable energy industries, playing a central role in a complex landscape. Technology customers demand immediate and clean power, while utilities consider affordability for ratepayers and state regulations. The company facilitates discussions between these stakeholders, aiming to deliver projects on time and within budget for all clients. The company builds about 25% of renewable power generation in North America. This unique position allows them to listen to all parties and contribute to solutions in an exciting time for the business.

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I'm really excited about electric school buses. I love them for many reasons, maybe because I rode one to school. Who else rode a school bus to school?

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I split my time evenly between Tesla and SpaceX. I speak with conviction, just like when I was broke. Success for Tesla is accelerating the advent of electric cars by at least 5 years. We weren't supposed to make it past 25, but we're still alive. We don't care what people say.

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Tesla and Daimler have formed a beneficial partnership. Tesla brings expertise in battery electric transportation and technology, while Daimler contributes experience in vehicle engineering, production, quality, and safety. The two companies have been working together for 18 months on the electric smart car, establishing a strong relationship. Mutual respect between the organizations led to Daimler's investment in Tesla.

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Speaker 1 had a long-standing interest in electric cars, starting in undergrad. He originally came to California to do a PhD at Stanford in applied physics and material science to work on ultra capacitors in electric cars. After PayPal, he wanted to get back into electric vehicles, thinking GM would continue developing them after the EV1. However, after California changed regulations, GM recalled and crushed all EV1s. Former EV1 owners held a candlelit vigil as they were crushed. Speaker 1 found it crazy that GM would ignore this level of passion for a product. This prompted the creation of an electric car company, even though the most likely outcome was thought to be failure.

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Our next generation police car, which is Elon Musk's favorite, is about to be released. It's incredibly safe and fast, with a stainless steel body. We don't need to add cameras because we utilize the existing ones in Tesla vehicles for our application. This technology is already being used in Stanislaus County, California, for both police and fire departments. The county, located near Yosemite Valley, is prone to brush fires, and we are concerned about the increasing dryness in California summers.

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You may not recall, but years ago, you took me on a SpaceX tour. I was struck by your deep knowledge of every rocket detail and engineering aspect. Many see you as just a business person, but that's not the whole picture. At SpaceX, Gwynne Shotwell manages legal, finance, and sales, while I focus on engineering, enhancing the Falcon 9 and Dragon spacecraft, and developing Mars Colonial architecture. At Tesla, I spend time on the Model 3 and its design, but most of my week is dedicated to the engineering of the car and the factory.

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Marco, Co Founder and CEO of Donut Lab, announces that Donut Lab is not just improving batteries but changing the baseline of electric mobility with a solid state battery that reshapes economics and the user experience. He recalls that Donut Motors were introduced at CES and are now used in everyday vehicles, with more than 100 OEMs globally upgrading their product roadmaps. He states that the battery is the next step to make combustion irrelevant. A short film shows early partners working with Donut Motors, including Watt EV platform technology with Donut Lab end wheel technology, the AR5 using a 12-inch donut motor with a hollow core for efficient load path, and the Speedster with four 17-inch Donut Lab motors delivering lightweight, dense power and expanded architectural possibilities. Marco emphasizes that the industry’s decade-long promise of solid state batteries has been hampered by compromises. He asserts that there are no production vehicles with solid state batteries to date and argues that every solid state battery claimed to be coming soon carries trade-offs. Donut Lab asks, “Can we build an all solid state battery pack with no compromises that can actually go into production of vehicles?” He answers that Donut Lab is presenting a no compromise all solid state battery—not hybrid or semi solid, but all solid state—engineered as a complete battery system, pack electronics, thermal and safety, built to scale. He claims it is “the world's only solid state battery pack that combines all of the features that the industry has been forced to trade against each other: Ultra high energy density, the fastest charging time, practically unlimited cycles, extreme safety and lower price than lithium ion,” and that it is “for every use case where batteries are used,” including two wheelers, cars, drones, robotics, and grid storage. He adds the battery is 100% green, made from materials found everywhere, not rare or geopolitically constrained. Spencer from Verge describes Verge TS Pro as the world’s first production vehicle powered by a solid state battery from DonutLab, delivering a 35-minute charge time now under ten minutes, and a real world range of 350 kilometers, with a long range variant delivering up to 600 kilometers. He notes the TS Pro’s motor is 50% lighter with 1,000 Newton meters, plus a new double display dashboard. Verge upgrades all TS Pros to the new generation with solid state batteries. Marco highlights energy density at 400 watt hours per kilogram, enabling dramatically more range at the same weight or the same range with a lighter pack. He states the pack charges zero to full in as low as five minutes and is designed for 100,000 cycles. The battery retains over 99% capacity at minus 30 degrees Celsius and also above 100 degrees Celsius. He contrasts this with lithium ion’s safety risks, noting Donut Battery is designed so that when damaged it won’t ignite. The battery is priced to be lower than lithium ion from day one and is designed as a platform technology for two wheelers, passenger vehicles, fleets, drones, robotics, marine, and stationary storage. Donut Lab announces integration with Watt Electric on a lightweight electric skateboard platform that includes Donut Motors and Donut Battery, ready for OEMs to adopt today. Cova Power trailers, electrified through a joint venture with Aholda Group, will also feature the Donut solid state battery, improving diesel savings and energy costs in ground transportation. Finally, Donut Lab presents the Donut platform—integrating motor, software, battery, and control units—aimed at helping OEMs redefine vehicle categories, with the Donut Battery complete as the pivotal element for combustion to become irrelevant.

TED Talks

Elon Musk: The future we're building -- and boring

Guests: Elon Musk

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Elon Musk discusses his vision for a future with a 3D tunnel network to alleviate traffic congestion, particularly in Los Angeles. He emphasizes the need for cost-effective tunneling, proposing to reduce tunnel diameter and improve tunneling machines for efficiency. Musk argues that a multi-layered tunnel system can effectively manage urban congestion, unlike traditional methods. He also addresses the potential of Hyperloop technology within these tunnels, highlighting the feasibility of long-distance travel underground. Musk shares insights on Tesla's advancements in electric vehicles, including the upcoming Model 3 and the importance of autonomous driving. He believes that shared autonomy will increase car usage, potentially worsening congestion. Musk also reveals plans for solar roofs and the Gigafactory, aimed at making sustainable energy more accessible. He expresses the necessity of becoming a multi-planet species, contrasting it with the inevitable shift towards sustainable energy, and emphasizes the importance of inspiration in driving humanity's future.

Coldfusion

How BIG is Tesla? (Bigger Than Mitsubishi Motors!)

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Tesla, founded in 2003 by Martin Eberhard and Mark Tarpenning, gained momentum when Elon Musk invested in 2004, aiming to create affordable electric vehicles. The Tesla Roadster, launched in 2008, was the first electric car with over 200 miles of range. Despite early struggles, including a near sale to Google in 2013, Tesla became profitable by 2009 and went public in 2010. Tesla cars are known for their safety, speed, and unique features like free supercharging. With a market cap of $31 billion, Tesla is valued highly compared to traditional automakers, showcasing significant disruption in the automotive industry.

Possible Podcast

Marques Brownlee on the future of creators

Guests: Marques Brownlee

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Marques Brownlee argues that AI will not erase human creativity but amplify it, turning conversations and interviews into smarter, more personal exchanges. He envisions AI fixing gaps in our work by suggesting questions, surfacing themes, and even coaching interview technique, much like a thoughtful producer might do behind the scenes. He draws a line between tools that automate routine tasks and prompts that direct human storytelling, calling this skill prompt directing. He compares it to directing an actor and notes that asking for a punchy analogy, a shorter prompt, or a sharper turn in a video can unlock better outcomes. He cites a hypothetical AI listening to this very conversation and proposing fresh angles the host has not yet explored. He also discusses Dolly 2 as a turning point, describing a moment when he realized the technology could be a powerful ally rather than a threat to creators. The idea that AI can help designers, edit video, and accelerate production has only grown as tools advance. He emphasizes that the future skill set is not just knowing how to type prompts but learning to refine prompts to be punchier, shorter, or more vivid—what he calls prompt directing. He argues that the democratization of AI lowers entry barriers to quality content, yet the best creators will still rise by delivering distinctive ideas, good questions, and human judgment that AI cannot replace. The conversation then pivots to the hardware side of technology, especially electric vehicles, where he frames two arcs of progress: software-defined connected cars and the hardware realities of heavier, pricier EVs. He points to SUVs and luxury sedans as the quickest wins for electrification, while sports cars reveal the remaining engineering challenges. Battery tech and lightweight design matter, he notes, but so does the ability for cars to share data and coordinate with one another. He cites Tesla’s data network as a potential early advantage and envisions a future where vehicle networks improve traffic safety and efficiency. Beyond cars, his investment approach favors companies that extend today’s tech into broad, meaningful futures.

The Rich Roll Podcast

BUILD Your Dream Life: Lessons On Leadership, Mindset & Innovation | RJ Scaringe | Rich Roll Podcast

Guests: RJ Scaringe

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R.J. Scaringe, founder and CEO of Rivian Motors, is dedicated to decarbonizing transportation, a vision he pursued since childhood. Despite the challenges of starting a car company during a tumultuous time for the auto industry, he emphasizes the importance of long-term thinking and collaboration in overcoming obstacles. Scaringe's journey began with a passion for cars, leading him to MIT, where he prepared to tackle the complexities of the automotive industry. He highlights that innovation should not be constrained by traditional practices, advocating for a culture of creativity and teamwork. Rivian's mission is to advance society towards a climate-neutral transportation ecosystem, moving away from fossil fuels. Scaringe acknowledges the significant challenges in launching electric vehicles, including the need for substantial capital, a skilled workforce, and a robust supply chain. The conversation touches on the importance of customer experience and the need for diverse, compelling vehicle options to drive mass adoption of electric vehicles. Scaringe believes that the transition to electric vehicles is just beginning, with a long road ahead to replace the existing fleet of combustion-powered vehicles. He discusses the impact of COVID-19 and supply chain disruptions on Rivian's operations, emphasizing the resilience built through these challenges. Scaringe maintains a calm demeanor during crises, focusing on healthy habits and intentional time management to navigate the pressures of leading a public company. Looking ahead, he envisions a future where society has transitioned away from fossil fuels, driven by technological advancements and a collective desire for a better world for future generations. Scaringe's optimism reflects a belief in the potential for innovation to reshape the automotive landscape and improve environmental sustainability.

ColdFusion

Did You Know - The First Cars Were Electric?

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Major technological change is evident globally, particularly with the electric car, which was once 40% of vehicles in 1900. Despite early promise, electric cars faded by 1935 due to high costs, inadequate battery technology, and the rise of gasoline vehicles. Today, electric cars are resurging, with major manufacturers committing to electric models.

a16z Podcast

The Electrification of Everything: From Sky to Sea

Guests: Gregory Davis, Mitch Lee, Duncan McIntyre

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The history of electric cars dates back to the 1830s, with a peak in 1900 when they comprised a third of vehicles on the road. However, they fell out of favor due to gas-powered cars. Today, electric vehicles are experiencing a resurgence, impacting not just cars but also planes, boats, and buses. Gregory Davis, Mitch Lee, and Duncan McIntyre discuss their ventures into electrification across these sectors. Davis highlights the aviation industry's need for sustainable solutions, noting that aviation currently contributes about 3% of global CO2 emissions, projected to rise significantly by 2050. He emphasizes the importance of reducing carbon impact while maintaining connectivity. McIntyre focuses on electrifying school buses, framing it as an upgrade that reduces operational costs and noise pollution, while Lee discusses the benefits of electric boats, which offer improved reliability and a better user experience compared to traditional gas boats. The conversation also touches on the challenges of interoperability, battery technology, and supply chain issues. Each industry faces unique requirements, with aviation needing high reliability and boats requiring significant power for continuous operation. The panelists agree on the potential for electric vehicles to contribute to cleaner urban environments and improved air quality. They envision a future where electric transportation enhances connectivity and efficiency, ultimately benefiting communities and the environment.

Coldfusion

How Big is Toyota? (They’ve Owned 27% of Tesla Motors!)

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Toyota, known for its reliability, began with Sakichi Toyoda's invention of the power loom in 1898. After transitioning to automobiles, the company released its first production cars in 1935. Despite early failures in the U.S. market, Toyota's focus on quality and efficiency led to global success, particularly with the Corolla, which sells every 15 seconds. Today, Toyota operates in over 170 countries, has the highest number of global patents in the auto industry, and is a leader in hybrid technology with the Prius. Toyota also engages in philanthropy and robotics.

All In Summit 2024

Flying Cars Have Arrived! eVTOL Panel: Archer, Joby, Wisk | All-In Summit 2024

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The panel introduces three eVTOL companies: Wisk, Archer, and Joby, discussing their innovations in electric vertical takeoff and landing vehicles. Wisk's Midnight aircraft, designed for urban travel, can carry four passengers at speeds up to 150 mph and has secured significant investments, including $1.5 billion from United Airlines. Archer emphasizes the importance of autonomy and safety, with plans to launch passenger flights by 2026. Joby highlights advancements in electric propulsion and safety, aiming for FAA certification of its autonomous aircraft. The discussion addresses regulatory challenges, with a focus on the need for supportive environments for innovation, particularly in the U.S. compared to more progressive international markets like the UAE and New Zealand. The hosts emphasize the importance of reducing noise pollution and ensuring safety for public acceptance. They predict that eVTOL services will initially operate in limited urban routes, similar to early taxi services, before expanding. The panel concludes with optimism about the future of eVTOL technology, aiming for commercial operations in major cities by 2025 or 2026.

Coldfusion

How China’s BYD is Catching up to Tesla

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BYD, a Chinese car brand, has surpassed Tesla as the largest EV manufacturer globally, selling 526,000 vehicles in late 2023 compared to Tesla's 484,000. Founded in 1995 as a battery maker, BYD has leveraged its expertise to produce affordable electric vehicles, with models like the Yuan Plus, Seagull, and Dolphin gaining popularity. The company benefits from strong government support, including tax breaks and incentives, and has developed innovations like the blade battery. BYD's vertical integration allows it to control costs and quality, producing 75% of its parts in-house. Despite facing challenges, including a compliance issue in Australia and scrutiny from the EU, BYD is expanding rapidly in markets like Latin America and Europe, aiming to produce cars there by 2025.

TED

What the World Can Learn From China’s Innovation Playbook | Keyu Jin | TED

Guests: Keyu Jin

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Keyu Jin reflects on China's transformation from scarcity to technological abundance over three decades. She highlights China's unique innovation model, which combines centralized government support with decentralized economic creativity, exemplified by the success of companies like NIO. Jin emphasizes the importance of mutual understanding between China and the U.S. in fostering innovation, suggesting that competition drives technological advancement. She advocates for collaboration to address global challenges, prioritizing affordable technology for a better future.

Cheeky Pint

How to build a $16B car company with RJ Scaringe, founder of Rivian

Guests: RJ Scaringe

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Rivian is rewriting what it takes to launch a car company in an era of AI and software. RJ Scaringe walks through it with a calm conviction as the company builds a family of vehicles—the R1T pickup, the R1S SUV, and Amazon's commercial vans—that helped secure a pivotal bet from Amazon in 2019, followed by a $700 million round and a strategic supply agreement. Rivian's trajectory is striking because, apart from a few exceptions like Tesla, most carmakers are hardware businesses built on long supplier chains, not software-led platforms. The new software architecture marks a core pivot. Gen 2 reduces the car's compute to three zonal real-time controllers while expanding perception and autonomy on a transformative data flywheel. Rivian describes an end-to-end training loop that leverages cameras and radars to train a multi-billion-parameter foundation model, then distills that intelligence back into the vehicle. The company also shares a rapid ramp story: Gen 2 enables a lower-cost, higher-volume R2, starting around $45,000, alongside the existing R1 lineup and commercial vans. Craft and experience are another throughline. Rivian's vehicles focus on practicality and 'surprise and delight' features—think gear guardian visuals, a built-in flashlight, and a deep integration with phones that makes unlocking, seating, and climate control feel seamless. The decision to skip CarPlay in favor of a tightly integrated Rivian interface led to Google Maps becoming the maps backbone, with Apple Music and other ecosystems layered in. The result is a user-centric design that anticipates families, pets, and active lifestyles. Beyond products, the business model shifts with a software-driven vision. Rivian frames three engines of growth: high-end vehicle sales to build a premium brand, technology licensing and partnerships such as Volkswagen's zonal architecture, and a growing services business that includes warranties, maintenance, and the future used-vehicle value backed by software updates. The company envisions scale through high-volume factories in Illinois and Georgia, vertical integration of batteries, motors, and compute, and a direct-to-consumer approach that reframes service as a profit engine rather than a cost center.

TED Talks

The mind behind Tesla, SpaceX, SolarCity

Guests: Elon Musk

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Elon Musk discusses his vision for sustainable transport and energy, emphasizing the need for electric cars and efficient power generation. He explains that electric vehicles are more efficient than traditional combustion engines, even when charged from fossil fuel sources. Musk highlights Tesla's innovative design, which combines lightweight materials and advanced battery technology for better performance. He also outlines Tesla's strategy for mass-market vehicles and the expansion of charging infrastructure. Additionally, he shares insights on SolarCity's solar energy initiatives, aiming for solar power to dominate electricity generation in the future.

Tucker Carlson

How Wall Street & the FBI Colluded to Destroy Trevor Milton After His Tech Threatened Big Oil

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Tucker Carlson introduces Trevor Milton, founder of Nikola, a company he started in his basement aimed at creating clean emission trucks. Milton explains that Nikola initially focused on natural gas trucks before transitioning to hydrogen-powered vehicles, which he believes are more efficient and environmentally friendly. He discusses the advantages of hydrogen, including its abundance and potential for on-site production, which can be more efficient than electricity from the grid. Milton describes the challenges he faced, including accusations from short sellers who claimed Nikola's technology was fraudulent. He explains how short sellers, like Hindenburg Research, profit from driving down stock prices by spreading negative information, often in collusion with government entities. He alleges that short sellers communicated with the Department of Justice before releasing damaging reports about Nikola, which led to a federal investigation and his eventual indictment. Milton emphasizes that he was never found guilty of any financial wrongdoing, stating that the government could not prove any losses incurred by investors due to his actions. He discusses the psychological tactics used by prosecutors to intimidate employees and witnesses, leading to a biased jury pool during his trial in New York, which he believes was strategically chosen to ensure a conviction. He recounts the emotional toll of the trial, including the stress on his family, particularly his wife, who was suffering from serious health issues. Milton expresses gratitude for receiving a pardon from former President Donald Trump, who he believes recognized the injustice of his situation. He reflects on the broader implications of his experience, criticizing the corruption within the justice system and the collusion between short sellers, the media, and government prosecutors. Milton concludes by advocating for reforms in the justice system to prevent similar abuses, emphasizing the need for transparency and accountability in prosecutions. He shares his commitment to helping others and maintaining a positive outlook despite the challenges he faced.

Relentless

Peter Beck — We're scaling Electron faster than SpaceX scaled Falcon 9

Guests: Peter Beck

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Peter Beck discusses Rocket Lab’s relentless culture and the philosophy that innovation comes from doing difficult things beautifully. He recollects the early days scavenging parts from junkyards and using secondhand fittings, emphasizing how scarcity bred a culture of efficiency, high standards, and a focus on value for every dollar and second. He contrasts Rocket Lab’s approach with larger, government-dominated programs, arguing that commercial competition and the democratization of space have allowed nimble teams to push faster toward frequent launches and broader access to space. A core theme is the balance between ambition and pragmatism: the company pursues ambitious projects like Capstone, two spacecraft to Mars, and a future Neutron vehicle while maintaining disciplined production methods and a refusal to waste resources. Beck highlights the Rocket Lab hustle as a set of behaviors centered on execution, cross-disciplinary collaboration, and an insistence on producing both beautiful hardware and reliable results. He describes how the organization shifts focus from pure R&D to scalable production, noting Electron’s rapid cadence and the promises of Neutron, including modular manufacturing approaches and new materials that reduce mass while maintaining safety and reliability. Throughout, Beck stresses leadership’s hands-on role in courageously making tough risk decisions, maintaining a green-light scheduling mindset, and cultivating a culture where teams rally to resolve problems rather than assign blame when setbacks occur. He reflects on the personal aspects of growing a private startup into a public company, acknowledging the pressure and accountability that come with shareholders while underscoring the importance of enduring impact and long-term vision. The interview also delves into the inspiration behind pursuing beautiful, well-engineered products, the pride in meeting NASA and government partnerships, and the desire to leave a lasting institutional footprint beyond any single leader.

ColdFusion

Tesla's New Competition

reSee.it Podcast Summary

The automotive industry is evolving with electric vehicles gaining traction, particularly Tesla, which has shifted public perception. Competitors like Jaguar's I-Pace, Porsche's Mission E, Hyundai's Kona EV, Aston Martin's Rapid E, Mercedes' EQ, and Audi's e-Tron Quattro are entering the market with impressive specs. Despite the competition, Tesla's brand remains a significant advantage, indicating a transformative decade ahead for electric vehicles.

The Koerner Office

ex-tesla guy turns school bus into a fortune

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In this episode of The Koerner Office, the guest Kevin Throck describes a wild bootstrap journey from a Tesla–inspired fleet sales background to building Toasted Tours, a wine‑country tour business operated from a repurposed school bus. After leaving corporate life, he invested his savings to buy a bus, gut and upfit it himself, and launched a service that leveraged design, storytelling, and social media to attract customers without heavy marketing. He emphasizes first principles thinking, a focus on user experience, and the conviction that a superior product will draw demand organically. The narrative pivots to the audacious leap from a bus to a trailer bus on an 18‑wheeler platform. Throck explains that the trailer bus was chosen for safety, capacity, and the dramatic visual appeal that would go viral and serve as its own marketing. He recounts the regulatory and insurance hurdles, including a crucial exchange with the California Highway Patrol and the insistence on high general liability coverage, which shaped scaling decisions and the eventual move toward larger capacity and higher revenue per day. Beyond logistics, the interview delves into pricing, demand dynamics, and the economics of running tours. Initial per‑person pricing, the role of auctions in capacity decisions, and the percentage of revenue captured after variable costs are explored. The conversation also touches on risk management in an alcohol‑centric tour setting, the importance of safety documentation, and how authenticity and clarity helped build trust with customers even before a polished website existed. Looking ahead, Throck discusses growth strategies, potential franchising, and the tension between public scrutiny and innovation. He frames the venture as not only a business but a test of his personal philosophy—do hard things, stay true to a design‑led, customer‑centric model, and be deliberate about safety and compliance. The episode closes with practical advice and a direct invitation to reach Toasted Tours via Instagram for those curious to replicate or collaborate on this bold transportation concept.

Founders

The Biography of The Founder of Rolls-Royce

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Rolls-Royce rose from a meeting blending Cambridge aristocracy with hard-knock pragmatism into a legend of relentless refinement. C.S. Rolls, educated in high society, and Henry Royce, who knew poverty, met in 1904 when Rolls tested Royce’s two-cylinder car and found it smooth and silent. Rolls immediately recognized Royce as the talent he sought, able to turn existing machines into world-class products by careful observation and improvement. Royce's biography unfolds as a case study in observation and improvement. He grew up poor after his father’s failure, earned pennies as a child, and won an apprenticeship with the Great Northern Railway, later becoming a toolmaker, then an electrician. He founded FH Roy and Company, initially making electrical devices and dynamos. He argued that his genius lay in identifying sparkless commutation and a superior drum-wound armature, a thread that would run through every engine and car he touched. Rolls-Royce’s greatness rested not on a single invention but on meticulous detail and consistent standards. A manufacturer who could be a hard taskmaster to himself, Royce insisted on parts that worked with precision, from taper bolts to hand-reamed holes. He championed a one-model strategy—the Silver Ghost—built to perfection rather than multiple lines. The company later became a distributed organization: design in the south of France, directors in London, production in Derby, with the Rolls-Royce Bible guiding engineers. Bruised by market cycles and wartime needs, the firm protected its engineering integrity even against government pressures. Napier’s engineers left for Rolls-Royce, strengthening its expertise, while the enemy praised its engine designs in France. WWI pushed company into aircraft engines, testing parts to destruction and compiling the Rolls-Royce Bible. Claude Johnson saved Royce from burnout by keeping design separate from management, enabling a lasting culture of perfection, summarized in Royce’s maxim that whatever is rightly done, however humble, is noble.