Hypercars: Speeding the transition to solar hydrogen
A discontinuous transformation now underway in automotive technology may accelerate the transition to transportation powered by solar hydrogen. Even using internal-combustion engines, ultralight, ultraslippery, advanced-composite, hybrid-electric “hypercars” can be severalfold lighter and lower-drag than present steel cars; many times more efficient; and over two orders of magnitude cleaner; yet equally safe, sporty, comfortable, durable, beautiful and (probably) affordable. The required design integration is technically and culturally difficult. Yet important manufacturing advantages permit a free-market commercialization strategy impelled not by government mandates or subsidies but by manufacturers' quest for competitive advantage and customers' desire for superior cars.
Year of publication: |
1997
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Authors: | Williams, Brett D. |
Published in: |
Renewable Energy. - Elsevier, ISSN 0960-1481. - Vol. 10.1997, 2, p. 471-479
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Publisher: |
Elsevier |
Subject: | Hydrogen | proton-exchange-membrane fuel cells | hypercars | light vehicles | hybrid-electric vehicles | distributed resources | power generation |
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