THE FUTURE

energy storage

Safe, reliable, high density, economical, quick charging and environmentally friendly with a conflict free supply chain

OUR HISTORY

QED is a Canadian company commercializing non-lithium battery technology. It began as a self-funded research project and evolved into collaborations with Lambton College, Green Centre Canada, and Ontario Tech University, supported by NSERC grants.

10 Years of Stealth Mode

Extensive research in stealth mode for a decade led to cutting-edge technology.

Two Years from Commercialization

With a clear path to large-scale manufacture. the technology is poised as commercialization in the near future

PARTNERSHIP

In partnership with Lampton College and Ontario Tech University, supported by funding from NRC, NSERC, OCI and Mitacs, QED is conducting it final sates of product development. The Company will be conducting VI curve testing that will verify the commercial viability of the battery, identify the appropriate market for QEDs gen 1 battery and provide the information needed to complete patent applications; dramatically increase QED’s valuation as we move forward with the next phase of building BMS, Cells and Cells packs so that we have something of a marketable product.

OUR SOLUTION

QED Battery Corp. aims to commercialize high charge density, fast-charging, long-lifecycle, and environmentally sustainable battery technology. It overcomes lithium-ion limitations using abundant, economical materials. QED leverages Canadian R&D programs.

Technology Readiness Levels

QED is at Technological Readiness (TR) Level 6

THE SCIENCE

The QEB battery technology is based on a common anode and cathode materials in an alkaline environment infused with nano materials to create a hybrid potassium ion battery. The active metal oxides are dispersed using nanomaterials to enhance utilization and rate capabilities.

The next stage of product development will be to further examine the properties of the materials under controlled conditions to better understand how these impact performance and operating lifetime of the cells. This will make use of the infrastructure and electrochemical expertise available at Ontario Tech University . Sheldon Williamson, PhD, electro chemistry, and Bradley Easton, PhD, MCIC, C. Chem

GOVERNMENT SUPPORT

OED has leveraged public grants from its inception to move the project forward. The company will continue through to the commercialization stage to secure support from government and industry partners to leverage every dollar of capital investment It is critical to note that all the government granting organizations continue to evaluate the progress of OED and will cease funding if the opportunity is no longer viable The current capital raise will support OED’s portion of the grants

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