BONUS: The Tech Sheet (Pt2) - Why Do Cutting Edge EVs Still Have A 12 Volt Battery?

Sep 24, 07:00 PM

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Find out why the industry hasn't followed Tesla towards a 48-volt architecture:

➤ Technical Advantages and Performance Benefits
➤ Integration Challenges and Solutions
➤ Benefits and Challenges of 48-Volt Systems
➤ Performance and Capability Enhancements
➤ Implementation Challenges and Barriers
➤ European Leadership in Mild Hybrid Applications
➤ Asian Market Adoption and Strategies
➤ Market Dynamics and Adoption Patterns
➤ Tesla's Documentation Sharing Initiative
➤ Industry Reception and Response
➤ Two Years Later: Why the Industry Hasn't Followed
➤ Economic and Financial Considerations
➤ Competitive Dynamics and Strategic Positioning
➤ Conclusion


Welcome back to EV News Daily, welcome The Tech Sheet, the name we give to special bonus episodes which explain the tech behind EVs. Yesterday, in Part 1, we talked about:

➤ Electric Starter Innovation (1912)
➤ 6-Volt Era (1920s–1950s)
➤ Primitive Battery Tech
➤ Transition to 12 Volts (1953–1956)
➤ Efficiency of Higher Voltage
➤ Industry Standardization
➤ Failed 42-Volt Push (1990s–2000s)
➤ Dual Systems in EVs
➤ Critical Role of 12 Volts in EVs
➤ Manufacturing & Service Dependence
➤ Economic & Regulatory Inertia
➤ Tesla’s 48-Volt Revolution (2023, Cybertruck)

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