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EV & Battery Consultant

Veronika Wright

Veronika Wright is passionate about all facets of clean transportation and the creation of value for clean energy. She is eager to leverage her educational background and industry experience to assist individuals and companies in achieving success throughout the entire battery value chain. Wright is available for consultations on business models, technological and innovation challenges, as well as educational opportunities in the fields of electrification and batteries. She offers her services internationally. Wright holds a Dr. techn. degree in Technical Physics from Graz University of Technology.

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Contributor Brief·Veronika Wright · 9 articles
Updated Feb 27, 2024

Battery innovation matters less than infrastructure for EV adoption

Wright argues that the EV industry's fixation on incremental battery breakthroughs obscures a more fundamental truth: infrastructure investment and circular economy strategies will unlock adoption faster than chemistry advances. She advocates for repurposing spent batteries and closing material loops through staged reuse rather than recycling, positioning resource reclamation as the competitive advantage that eliminates mining dependency.

3 pathways

battery lifecycle extension beyond end-of-life recycling

“The biggest breakthroughs in EV adoption may come from infrastructure rather than innovation.”

The Future State of EV Range, Charging Speeds, and Performance Looks a Lot Like the Present

Battery lifecycle strategy impact on sustainability and adoption

Repurposing extends productive lifespan vs. recycling alone9
Circular economy eliminates need for destructive new mining8
Infrastructure investment drives EV adoption more than battery range gains8
Battery chemistry innovations reduce environmental production/disposal costs7
Charging standardization (Tesla model) creates market precedent6

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24%Repurposing extends
Repurposing extends productive lifespan vs. recycling alone
Circular economy eliminates need for destructive new mining
Infrastructure investment drives EV adoption more than battery range gains
Battery chemistry innovations reduce environmental production/disposal costs
+1 more

2-stage approach

staged battery reuse before final recycling maximizes material value

Repurposing spent EV batteries offers a more sustainable path than recycling alone.

Power Up, Power On: Maximize Battery Life with Repurposing, not Just Recycling

Realistic expectations for EV technological advancements emphasize infrastructure investment over performance leaps.

The Future State of EV Range, Charging Speeds, and Performance Looks a Lot Like the Present

“Circular economy closes the loop on batteries, ends mining's grip.”

Themes:Infrastructure trumps innovation for EV adoption velocityStaged battery repurposing over recycling-only modelsCircular economy eliminates extractive mining dependency

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