Inside the Technology: How Batteries, Power Semiconductors, Software, Sensors, and Precision Manufacturing Work Together in an Electric Vehicle iAtlas Daily #93 | Electric Vehicles & Next-Generation Mobility | November 5, 2026 An Electric Vehicle Is More Than an Electric Powertrain What makes one electric vehicle more efficient, safer, faster-charging, or more affordable than another? At…
How Powerful Magnets Connect Electric Vehicles, Wind Turbines, Robotics, and the Global Critical Minerals Supply Chain iAtlas Daily #91 | Advanced Materials & Industrial Supply Chains | November 3, 2026 The Small Components Behind Some of the World’s Biggest Industries What do an electric vehicle, a wind turbine, and an industrial robot have in common?…
Why Sodium-Ion Batteries Are Attracting Attention—and What They Still Need to Prove Before Widespread Adoption iAtlas Daily #86 | Battery Technology & Energy Storage | October 27, 2026 A New Battery Chemistry Is Entering the Competition Sodium-ion batteries are emerging as a potential alternative to conventional lithium-ion batteries, offering new possibilities for energy storage, electric…
Three Assembly Plants and a Battery Factory Could Turn BYD from a Chinese Exporter into a European Manufacturer 📰 iAtlas Daily #60 | EV & Battery Manufacturing | September 2026 BYD’s expansion in Europe is entering a new phase. The first phase was about selling Chinese-made electric vehicles in European markets. The next phase is…
How individual battery cells are assembled into reliable modules through electrical connections, mechanical structures, thermal management, and safety engineering. 🔋 iAtlas Library #03 | Battery · Fundamentals Self-Test | Check Your Knowledge Do you already understand how battery modules work? Before reading this article, answer three questions to evaluate your knowledge of battery module design….