The mass adoption of personal computers and the internet was driven by tangible benefits and technological synergies. Personal computers not only facilitated connectivity but also propelled the growth of the internet as commodity PC technology was integrated into servers. AMD's development of x86-64 and its support for 64-bit Linux and Microsoft's 64-bit Windows played crucial roles, while Intel, heavily invested in the less successful Itanium technology, appeared to obstruct AMD's progress.
However, the main hurdle for BEVs lies not in the 'EV' (Electric Vehicle) part, but in the 'B' (Battery) aspect. The challenges of battery weight, charging times, and the reliance on non-renewable energy sources must be addressed before widespread adoption is feasible. This situation differs markedly from the rapid acceptance of technologies such as personal computers, the internet, or smartphones, which offered immediate, substantial benefits. For example, smartphones effectively put a powerful computer in every pocket, appealing to mass consumer desires for accessibility and connectivity.
In contrast, expecting quick and broad acceptance of BEVs—considering current limitations like lengthy charging times and limited range, especially under load like towing—is unrealistic. This scenario can be likened to a hypothetical mandate from the 1960s requiring everyone to use mainframe computers for everyday transactions like banking or shopping, a proposition that would have been as impractical then as certain expectations around BEVs are today.