Aegis Critical Energy Defence Unveils Advanced High-Power Energy Storage Platform in Partnership with McMaster University

Hamilton, Ontario – July 8, 2026 – Aegis Critical Energy Defence Corp. (OTCQB: QESSF) (FSE: JG6) announced today the launch of a major strategic research and commercialization initiative in collaboration with McMaster University. The partnership aims to develop a new generation of high-performance energy storage technologies tailored for critical infrastructure applications.

Central to this initiative is the proprietary High C-Rate Fast-Transient Energy Storage System (HCFT-ESS™) platform. This platform combines premium European automotive battery cells with next-generation battery management systems, advanced thermal management, intelligent controls, high-speed protection mechanisms, and artificial intelligence. Unlike traditional battery energy storage systems primarily designed for long-duration energy shifting, the HCFT-ESS platform is engineered to deliver ultra-fast power response, exceptional thermal stability, and intelligent energy management.

Aegis intends for the HCFT-ESS platform to support multiple commercial products across diverse critical infrastructure markets rather than focusing on a single application-specific product. The company envisions the platform’s adaptability to meet the demands of rapidly evolving energy sectors.

The commercialization roadmap is structured in phases. Phase One targets the development of a high-power energy storage system optimized for AI and hyperscale data centers. This system will support rapidly fluctuating AI computing loads with ultra-fast transient response, enhancing power quality, resilience, and operational efficiency.

Phase Two, planned within 12 to 24 months, will expand the platform’s application to port electrification and heavy industrial uses. This includes ship-to-shore operations, container cranes, regenerative energy recovery systems, and other critical infrastructure requiring rapid power delivery and energy optimization.

Further expansion will integrate the HCFT-ESS platform into hybrid energy systems combining Small Modular Reactors (SMRs), Micro Modular Reactors (MMRs), renewable generation, and advanced battery storage. These hybrid systems aim to serve remote communities, defense installations, utilities, and mission-critical infrastructure.

Aegis emphasizes that each commercialization milestone will build upon the same core technology platform. Intellectual property developed in one market segment is expected to accelerate product development across additional sectors, creating scalable manufacturing opportunities and long-term shareholder value.

While the program leverages proven premium European automotive battery technology as its foundation, Aegis is developing proprietary intellectual property around advanced technologies that transform these batteries into commercially differentiated energy storage products. Key innovations include an advanced Battery Management System (BMS) architecture designed for high C-rate operation and proprietary thermal management and cooling technologies to sustain high-power performance.

By combining automotive-grade battery technology with proprietary control, software, safety, and integration technologies, Aegis aims to reduce technical risk, accelerate commercialization, and build a valuable portfolio of defensible intellectual property.

The research and development program will be conducted at McMaster University’s Centre for Mechatronics and Hybrid Technologies (CMHT), housed within the McMaster Automotive Resource Centre (MARC). Under the leadership of Professor Saeid Habibi, CMHT is internationally recognized for expertise in advanced battery pack development, battery management systems, thermal modeling, and electrified transportation technologies.

McMaster’s facility offers full-scale validation of battery systems under demanding operating conditions, enabling Aegis to accelerate product development while mitigating technical and commercialization risks.

The initiative encompasses a four-year R&D program valued at approximately $3.71 million. Its structure is designed around progressive commercialization milestones rather than a single end-of-program objective, reflecting Aegis’s commitment to delivering market-ready products within 12 months and expanding applications thereafter.