Wait & See - Once upon a time, while browsing the internet, we stumbled upon a captivating vehicle known as the
Ash020 EV and ICEV Concept. In our opinion, this concept car exemplifies a visionary outlook for the future of electric and hydrogen-powered vehicles. Developed by the
ASH Institute since 2012, this groundbreaking green vehicle concept has the potential to captivate automotive enthusiasts worldwide.
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The luxury sports saloon of Ash020 EV and Hydrogen ICEV embodies the innovative archetypes of ASH Institute's design in full, as well featured with all-advanced green drivetrain technologies. (Picture from: ASH Institute on Twitter) |
Recent developments have showcased significant advancements, especially in the realm of hydrogen fuel cell technology. While the official project has yet to be announced, the team is actively exploring possibilities for further model enhancements.
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The front, with its clean, essential design of typical of Italian saloons with slanted headlights located slightly above its minimalist grille coupled with features that resemble scales that might function as DRLs. (Picture from: ASH Institute on Twitter) |
At first glance, this electric four-door concept vehicle bears a resemblance to the design line of typical Italian luxury cars. Later, this eco-friendly vehicle concept is expected to emerge as a revolutionary prototype, showcasing cutting-edge advancements in electric and hydrogen propulsion systems. Its sleek lines, aerodynamic contours, and futuristic design elements epitomize the design team's commitment to pushing the boundaries of automotive innovation.
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Although the wheelbase was not disclosed yet, however, the not too long front overhang combined with the short rear overhang shows that this eco-friendly car concept will appear sporty as well as futuristic. (Picture from: ASH Institute on Twitter) |
Moreover, this concept serves as a testament to the potential of alternative fuel sources and sustainable mobility. In its latest evolution, the
Ash020 Concept is currently undergoing testing with a hydrogen fuel cell engine. This innovative propulsion system harnesses the power of hydrogen to generate clean and efficient energy, paving the way for a greener and more sustainable future.
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The proportions of the Ash020 EV and Hydrogen ICEV Concept convey dynamism and fluidity, thanks to the low tapered front and the light, fleeting rear-mounted cabin. (Picture from: ASH Institute on Twitter) |
The incorporation of hydrogen technology in a racing car demonstrates the concept's potential for high-performance applications. Although the hydrogen powertrain is still in the experimental phase, the initial results are promising, signaling a bright future for this groundbreaking concept.
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Although the hydrogen powertrain is still in the experimental phase, the initial results are promising, signaling a bright future for this groundbreaking concept. (Picture from: ASH Institute on Twitter) |
The dedicated team behind the
Ash020 Concept is actively exploring avenues for further development. While the concept remains in the conceptual stage, the institute is fervently exploring advanced models and refining the concept's design and performance.
This ongoing effort showcases their commitment to pushing the boundaries of automotive innovation. The
Ash020 Concept serves as a foundation for potential future iterations that have the potential to revolutionize the automotive industry.
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The Ash020 EV and ICEV Concept serves as a foundation for potential future iterations that have the potential to revolutionize the automotive industry. (Picture from: ASH Institute on Twitter)
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At its core, the
Ash020 EV and ICEV Concept embody the values of sustainability and innovation. By seamlessly integrating electric and hydrogen power technologies, this concept aims to minimize carbon emissions and mitigate the environmental impact of transportation.
Within its visionary approach and steadfast commitment to alternative energy sources, the
Ash020 Concept represents a pivotal stride towards a more sustainable and eco-friendly future in the automotive industry.
*** [EKA | FROM VARIOUS SOURCES | ASH INSTITUTE ]
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