Aegis Launches Next-Generation High-Power Energy Storage Platform with McMaster University, Targeting AI Infrastructure, Port Electrification and Advanced Nuclear Energy Systems

Commercialization roadmap targets first product within 12 months while building a long-term proprietary energy platform for critical infrastructure.

Hamilton, Ontario--(Newsfile Corp. - July 8, 2026) - Aegis Critical Energy Defence Corp. (CSE: QESS) (OTCQB: QESSF) (FSE: JG6) ("Aegis" or the "Company") today announced the launch of a major strategic research and commercialization initiative with McMaster University that is expected to establish a new generation of high-performance energy storage technologies for critical infrastructure applications.

The initiative marks the beginning of the Company's proprietary High C-Rate Fast-Transient Energy Storage System (HCFT-ESS™) platform, combining premium European automotive battery technology with next-generation battery management systems, advanced thermal management, intelligent controls, high-speed protection systems, and artificial intelligence to create a new class of ultra-high-performance energy storage solutions. Unlike conventional battery energy storage systems designed primarily for long-duration energy shifting, the HCFT-ESS platform is being engineered to deliver extremely fast power response, exceptional thermal stability, and intelligent energy management for some of the world's fastest-growing energy markets.

The Company believes this platform has the potential to support future products across multiple high-growth sectors while creating valuable intellectual property, scalable manufacturing opportunities, and long-term shareholder value.

Designed for Three Rapidly Growing Global Markets

Rather than developing a single application-specific product, Aegis is creating a common technology platform capable of supporting multiple commercial products across critical infrastructure markets.

The Company's initial commercialization roadmap includes:

Phase One – AI Data Centres (Target: Within 12 Months)
Development of a high-power energy storage system capable of supporting rapidly fluctuating AI computing loads with ultra-fast transient response, improving power quality, resilience, and operational efficiency for next-generation AI and hyperscale data centres.

Phase Two – Port Electrification and Heavy Industrial Applications (Target: 12–24 Months)

Expansion of the HCFT-ESS platform into high-power applications including port electrification, ship-to-shore operations, container cranes, regenerative energy recovery systems, heavy industrial facilities, and other critical infrastructure requiring rapid power delivery and energy optimization.

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