About this organization

Organization Information : Consultants, Energy Management, Policy Development, Power System Analysis, Computing & Economics, Power System Planning & Implementation

Other Information: Founded in 2021, T.rex AI is a privately held company based in Edmonton, Alberta, specializing in artificial intelligence solutions for the energy sector. The company's flagship product, ALEX, is an AI-driven Distributed Energy Resource Management System (DERMS) designed to address operability challenges at the grid edge. ALEX autonomously coordinates energy resources in real-time, aligning the interests of grid stakeholders and end-users to enhance electricity system stability and reduce costs. By leveraging decentralized AI, ALEX ensures high scalability, responsiveness, and robust system behavior, outperforming traditional aggregator approaches. T.rex AI's mission is to create a sustainable energy future by providing core technology that advances the smart grid. T.rex AI is building the future of distributed energy management with ALEX, an AI-powered platform designed to make the grid more flexible, efficient, and resilient. ALEX optimizes how renewable energy and storage interact with the grid, helping utilities smooth out fluctuations, reduce strain on infrastructure, and better integrate distributed resources. Tested in digital twin environments and real-world pilots, ALEX has shown it can significantly reduce peak loads and improve overall grid performance. Its modular, phased deployment approach means utilities can start small and scale up, gaining value at every step. ALEX hardware operates on its own independent mesh network, ensuring real-time monitoring and outage detection even when the grid goes down. Designed with security in mind, it supports robust data privacy and reliability standards. T.rex AI is focused on practical, scalable solutions that help utilities modernize their systems without overhauling everything at once. With a strong technical foundation and real-world validation, ALEX is a step toward a smarter, more adaptive grid.