Completed Clean Energy Materials & Manufacturing

G-Cap Supercapacitor in All-Terrain Vehicles

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AI plain-English summary

A UK company has invented a way to manufacture high-quality 3D porous graphene in seconds using existing reel-to-reel production lines, removing the main barrier to commercialising graphene-based supercapacitors. Current supercapacitors store less energy than batteries, limiting their use. This new graphene material achieves both high energy and high power density in a single device, potentially replacing batteries in applications that need rapid charge and discharge. The project will build a complete energy storage system with a custom Battery Management System, installed in an innovative electric vehicle architecture, to prove the technology works in a real all-terrain vehicle. If successful, the approach could disrupt the energy storage industry by enabling supercapacitors that charge in seconds, last for hundreds of thousands of cycles, and are manufactured at scale with simple, low-cost processes. This would directly affect electric vehicles, but could also transform energy grids, power tools, and any system that currently relies on batteries for quick bursts of power.

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RD graphene Ltd has invented a transformational process for the manufacture of 3D porous graphene with perfect quality for energy storage devices. The development team currently develops supercapacitor cells which demonstrate incredibly high energy and power density. This technology will disrupt the energy storage industry as the patent pending process is the only one in the world which is capable of creating these graphene-based supercapacitors with very few, simple process steps with cycle times in seconds using existing reel-to-reel technology and therefore removing the barrier to commercialisation completely. This project will demonstrate the value proposition of this innovation by building a complete energy storage system ('battery') with a unique Battery Management System in an innovative EV architecture to validate the use of these systems.

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