#solidstatebatteries

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Scientists have discovered why solid-state batteries fail by revealing how lithium dendrites crack ceramic electrolytes. The breakthrough could improve battery safety, lifespan, and performance.

Scientists Solve Major Solid-State Battery Failure Mystery

Solid-state batteries are considered one of the most promising energy storage technologies for the future. They could allow smartphones to r

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Hanyang University Researchers Identify 2.5 Nanometers as the Minimum Effective Coating Thickness http://dlvr.it/TSYV9S

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Solid-State Batteries: The Breakthrough That Still Isn’t in Your Car

For all the talk of electric vehicles, renewable energy, and a cleaner future, progress keeps running into the same wall: batteries.

Solid-state batteries continue to be seen as the next big breakthrough for electric vehicles, promising longer range, faster charging, improved safety, and higher energy density. But despite years of hype, major challenges around manufacturing scalability, cost, durability, and mass production are still keeping the technology out of mainstream cars. Read this full article by: Tanya rashmi.

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From Lab to Road: Why Solid-State Batteries Need an Access Layer to Scale

Solid-state batteries are widely regarded as the next major leap in electric mobility. Higher energy density, improved safety, faster chargi

The journey of solid-state EV batteries depends not just on advanced materials but on building a reliable “access layer” that bridges lab-scale innovation with scalable manufacturing—addressing critical challenges like solid–solid interfaces, system integration, and production consistency that currently limit commercialization. Read this full article by: Parth Pangtey, Founder & CEO, FoundrFuse.

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The Race to Build Solid-State EV Batteries

Electric mobility is at a turning point. Electric vehicles are no longer experimental or niche, but the technology powering them is under gr

The race to build solid-state EV batteries is heating up. as automakers and tech leaders compete to unlock the next big breakthrough in electric mobility—promising faster charging, higher energy density, longer range, and improved safety compared to traditional lithium-ion batteries. While the potential is transformative, challenges around cost, scalability, and manufacturing still stand in the way, making this global innovation race one of the most critical to shaping the future of EVs. Read this full article by: Kajal Mehra.

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Solid-State Batteries: From Lab to Road

For decades, batteries have quietly shaped the limits of modern technology. They determine how far an electric vehicle can go.

Solid-state batteries are moving from lab breakthroughs to real-world deployment, signaling a major shift in the future of electric mobility. By replacing liquid electrolytes with solid materials, they promise higher energy density, faster charging, and significantly improved safety—potentially redefining EV performance and reliability. Read this full article by: Tanya rashmi Sub-Editor AutoEV Times.

[autoevtimes]

EVE Energy Expands Solid-State Battery Program with Longquan Models

EVE Energy has announced progress in its solid-state battery development with the introduction of new Longquan battery models.

EVE Energy is accelerating its next-gen battery roadmap with advancements in its “Longquan” solid-state battery series—bringing the industry closer to safer, higher-density energy storage.

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BYD’s Disclosure May Signal a New Phase for Solid-State Batteries

BYD’s recent disclosure via its FinDreams Battery website marks a visible inflection point for solid-state batteries (SSBs).

BYD latest disclosure on solid-state battery technology signals a new phase in next-generation EV powertrains — with pilot production milestones already underway and plans to begin demonstration use around 2027 before scaling to broader deployment by 2030. If realized, this breakthrough could unlock higher energy density, faster charging and enhanced safety — reshaping the future of electric mobility and strengthening BYD’s leadership in advanced battery innovation.