
Explore Tesla's modular engineering approach and its impact on electric car design with Dave Duff. Gain insights into innovative solutions for climate change challenges in the automotive industry.

Gain insights from Tesla co-founders on electric vehicles, startups, and engineering solutions for climate change in this Stanford seminar.

Explore in-wheel motor technology, its design, power, and efficiency. Learn about torque vectoring, advantages, and potential future applications in electric vehicles.

Comprehensive guide on safely building custom 18650 batteries, covering cell selection, assembly techniques, safety precautions, and essential components like BMS. Ideal for DIY enthusiasts interested in creating tailored power solutions.

Explore innovative curbside EV charging solutions and learn how design thinking can accelerate urban energy transition and combat climate change.

Examen des avantages d'un plan énergétique durable pour la Terre, abordant le changement climatique, l'innovation et le déploiement, avec un accent sur l'équité sociale et l'atténuation de la pauvreté.

Explore emerging energy storage technologies, applications, and market trends with Stanford's William Chueh. Gain insights into the future of grid-scale storage and its impact on renewable energy integration.

Explore electric vehicles, startups, and sustainable technology with Tesla co-founder Marc Tarpenning. Gain insights into battery tech, entrepreneurship, and the future of transportation.

Explore green transportation trends in Asia, including electric vehicles, high-speed rail, and innovative technologies. Learn about energy efficiency, emissions reduction, and the potential for Asian leadership in sustainable transport.

Explore ASU's sustainability achievements, challenges, and future goals with VP Marc Campbell. Gain insights on reducing carbon emissions and fostering a culture of sustainability in higher education.

Explore Arizona's path to carbon neutrality, examining economic impacts, emission reductions, and future energy choices. Learn how strategic investments can transform the state's economy and create a sustainable future.

Explora los desafíos de la descarbonización industrial, analizando procesos de producción alternativos para cemento, acero, vidrio y plásticos, y las complejidades más allá de las energías renovables y vehículos eléctricos.

Exploración de la rentabilidad como clave para el desarrollo sostenible y la responsabilidad corporativa. Perspectivas de un líder en negocios sostenibles y movilidad ecológica.

Explore how advanced AI models enhance weather predictions to optimize renewable energy generation and consumption, potentially revolutionizing clean energy transition and addressing climate change.

Perspectivas sobre los cambios en la industria automotriz: electrificación, adaptación a nuevas demandas y desafíos tecnológicos y medioambientales para el futuro del automóvil.

Idee innovative per una mobilità sostenibile nei centri urbani, dalla modularità dei veicoli alle competizioni elettriche, basate sull'esperienza con l'architetto Paolo Pasquini per il benessere comune.

Bài nói chuyện truy ền cảm hứng về cách đặt mục tiêu và lập kế hoạch để đạt thành công, từ CEO trẻ nhất của một tập đoàn hàng đầu Việt Nam. Chia sẻ bí quyết tạo nên sự khác biệt và đạt được vị trí hiện tại.

Explore strategic options for GCC countries in a zero-net emissions world, focusing on Qatar's potential transition using multi-model analysis and technology-rich scenarios.

Explore the future of e-vehicles in India, examining opportunities and challenges. Learn about EV types, battery technologies, and regulatory developments shaping this emerging industry.

Learn essential safety practices for LiPo batteries, including proper charging, discharging, storage, and disposal techniques. Gain knowledge on preventing and extinguishing LiPo fires for safer usage in various applications.

Explore the science of batteries, their evolution, and ongoing research for safer, more efficient energy storage solutions to power electric vehicles and support renewable energy transitions.