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ZapBatt started with a simple experience that we have all been through, being stuck with a dead battery and having no time to charge it. Their story is centered around people who want to improve how we use energy, and how that impacts our planet. From backgrounds in waste energy regeneration, batteries for wildlife, e-bikes, and more, their team has helped shape the technology they have built and their impact on the world for both consumers and companies.
Charlie Welch, founder, and CEO of ZapBatt joins me on Tech Talks Daily in a conversation about how they are creating a new kind of battery system to power a wide range of electrical products for both businesses and consumers.
In addition to its software technology, I learn more about ZapBatt's utilizing unique battery chemistry with a nano-structured crystal compound called lithium-titanate. Compared to other batteries, a lithium-titanate battery charges faster lasts longer, and is better for the environment and the bottom line. Until now, this chemistry has mostly been used in large-scale infrastructure oil and gas projects and industrial applications.
By Neil C. Hughes5
200200 ratings
ZapBatt started with a simple experience that we have all been through, being stuck with a dead battery and having no time to charge it. Their story is centered around people who want to improve how we use energy, and how that impacts our planet. From backgrounds in waste energy regeneration, batteries for wildlife, e-bikes, and more, their team has helped shape the technology they have built and their impact on the world for both consumers and companies.
Charlie Welch, founder, and CEO of ZapBatt joins me on Tech Talks Daily in a conversation about how they are creating a new kind of battery system to power a wide range of electrical products for both businesses and consumers.
In addition to its software technology, I learn more about ZapBatt's utilizing unique battery chemistry with a nano-structured crystal compound called lithium-titanate. Compared to other batteries, a lithium-titanate battery charges faster lasts longer, and is better for the environment and the bottom line. Until now, this chemistry has mostly been used in large-scale infrastructure oil and gas projects and industrial applications.

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