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Energy Storage

Graphene can significantly enhance the properties of lithium-ion batteries, supercapacitors, and new battery technologies

 Key properties of graphene that enhance battery performance include:

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Increased conductivity in Anodes, Cathodes, and current collectors

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Increased strength in separators

Graphene can enable significant improvements in battery performance:

3x

Increase in run time

25%

Weight for same output

60x

Faster charge time

Use of graphene in batteries can enable several improvements in battery technology:

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Reduced weight and size

Essential for long-haul transportation

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More charge cycles

Longer lifetime without reducing capacity

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Less raw materials

Essential for long-haul transportation

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Heat robustness

Increased safety and reduced likelihood of explosions

LayerOne develops graphene materials that are suitable for battery applications

The rising importance of battery capacity

As grids worldwide continue to integrate more renewable energy sources, and EVs (electrical vehicles) replace fossil fuel based transportation, battery capacity is becoming increasingly more important.

Graphene has the potential to revolutionize the energy storage industry, improving the performance of batteries and supercapacitors in terms of capacity, charging speed, and heat transfer.

Thanks to its durability and resistance to corrosion, graphene is also a reliable and long-lasting material for battery applications.

"Illustration of a battery anode enhanced with graphene, featuring a cross-sectional view showing the internal structure. Text highlights the benefits of graphene, including higher energy storage capacity and faster charging cycles
Illustration of a battery pack with graphene composites, featuring improved heat dissipation. The image shows the battery pack's external structure with highlighted text explaining the benefits of using graphene composites as thermal interface
Illustration of a battery cathode enhanced with graphene, featuring a cross-sectional view showing the internal structure. Text highlights the benefits of graphene, including higher conductivity in LFP cathodes
Illustration of a supercapacitor enhanced with graphene, featuring a detailed view of the internal structure. Text highlights the benefits of graphene, including enhanced energy storage capacity due to its high surface area and conductivity
Illustration of a current collector in a battery enhanced with graphene coatings, featuring a cross-sectional view showing the internal structure. Text highlights the benefit of reduced internal resistance due to graphene coatings.
Illustration showing various components of energy storage where graphene has an impact, including battery pack, supercapacitors, anode, cathode, and current collector.
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Icon for Sustainable Development Goal 13: Climate Action, featuring a green background, the number 13, and a graphic of a globe centered within an eye, symbolizing the goal of taking urgent action to combat climate change and its impacts.

Supporting SDG 7 and 13

Graphene's role in energy storage supports SDG 7 by facilitating more efficient use of renewable energy through improved batteries and supercapacitors, making clean energy more accessible and reliable. Simultaneously, it supports SDG 13 by enabling a smoother transition to a low-carbon economy, as better energy storage systems are key to maximizing the use of renewable resources and reducing global greenhouse gas emissions.