SPECIFIC CORE TECHNOLOGY
At MakeSens, our scientists explore the frontiers of materials science. Our passion in developing novel materials that enhance battery performance allow us to push boundaries to unlock greater energy density, stability, and efficiency.
Graphite
Silicon
Traditional graphite anodes have reached their maximum specific capacity, limiting the driving range of EVs. Emerging as an alternative, silicon offers a theoretical specific capacity of 4,200 mAh/g, more than ten times that of graphite.
Problems with Silicon
Volumetric Expansion
Silicon expands up to 300% during lithiation, causing particle cracking and loss of electrical contact.
Rapid Capacity Degradation
Mechanical stress and SEI instability result in quick capacity loss over multiple cycles.
Unstable SEI Layer
Repeated expansion disrupts the SEI layer, leading to capacity fade and poor battery longevity.
MakeSens is a pioneer in battery manufacturing techniques. We optimize production processes to ensure consistent quality and scalability. Our goal? To make high-performance batteries accessible to industries worldwide.
Our Solutions
4.
final product
3.
particle first layer
2.
Powders Mixed with
Polymer Solution
1.
Silicon Metal
1. Silicon metal
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2. polymer solution
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3. Particle 1st layer
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4. Final product
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