20th Oct, 2026 | Mississauga, Ontario, Canada

POWERING AI

Where Canada's AI Ambition Meets the Infrastructure That Makes It Possible

1 Day | 4 Themes | Power Packed Discussions

POWERING AI

Where Canada's AI Ambition Meets the Infrastructure That Makes It Possible

1 Day | 4 Themes | Power Packed Discussions

Co-located with Global Data Centre and Cloud Expo Canada

Powering AI brings a dedicated AI infrastructure lens to Canada's premier gathering of data centre, cloud, and digital infrastructure leaders.

About Powering AI

Powering AI is a co-located platform within the Global Data Centre & Cloud Expo (GDCC) Canada 2026, featuring an independent conference stage dedicated to the convergence of AI, energy, digital infrastructure, and compute.

Taking place on 20th October 2026 at The International Centre, Toronto, Canada. Powering AI will bring together government leaders, utilities, hyperscalers, cloud providers, technology innovators, investors, data centre operators, and infrastructure providers to address one of the defining questions of the decade: How do we provide the Power Infrastructure Backing to Canada’s AI Ambitions? As AI adoption accelerates and hyperscale infrastructure expands, the conference will explore the policies, investments, partnerships, and technologies required to build resilient, sustainable, and AI-ready infrastructure, from energy generation and grid modernization to next-generation data centres, advanced cooling, cloud platforms, and high-performance computing.

Key Conference Themes

Lights On for AI

Solving the Energy Challenge of the Intelligence Age

Green by Design

Building an AI Future Without the Carbon Footprint

Betting on Intelligence

Financing the Infrastructure Behind the AI Revolution

The Hidden Friend of AI

Water, Cooling, and the Race for Resilience

The Infrastructure of Intelligence

The Global Storyline

The world is entering a new era where artificial intelligence is becoming the foundation of economic competitiveness, national security, and technological leadership.

However, AI does not operate in isolation. Every AI model, cloud platform, and intelligent application depends on an ecosystem of power generation, transmission networks, data centres, connectivity, semiconductors, cooling systems, and digital infrastructure.

Hyperscale Cloud GPU & Computer Liquid Cooling Renewable Integration Connectivity & Edge Hyperscale Cloud GPU & Compute Liquid Cooling Renewable Integration Connectivity & Edge

Can Infrastructure Keep Up?

Artificial Intelligence is reshaping industries, economies, and societies at an unprecedented pace. Yet behind every AI breakthrough lies a critical challenge: the power infrastructure required to power it.

As AI adoption accelerates globally, demand for compute capacity, data centres, cloud infrastructure, energy, cooling, and connectivity is growing exponentially. This growth presents both an extraordinary opportunity and a pressing challenge, how do we continue to unlock AI innovation while ensuring energy security, sustainability, and responsible resource management?

The Four Forces Fuelling the AI Era

Nuclear Power

Always-On Energy for Always-On Intelligence

Delivering reliable, carbon-free baseload power to support the growing demands of AI and hyperscale infrastructure.

Natural Gas

Powering Growth at Scale

Providing the flexibility and speed needed to meet surging AI-driven energy demand while ensuring grid reliability.

Renewable Energy

Sustainable Energy for Sustainable AI

Driving the transition to cleaner digital infrastructure through solar, wind, hydro, and next-generation renewable solutions.

Grid Infrastructure

Connecting Power to Possibility

Delivering reliable, carbon-free baseload power to support the growing demands of AI and hyperscale infrastructure.

Why This Discussion Matters

Rising Energy Requirements

AI infrastructure is becoming one of the largest consumers of electricity globally, creating significant pressure on power grids and energy systems. According to the International Energy Agency (IEA), data centres consumed around 415 TWh of electricity in 2024, equivalent to about 1.5% of global electricity consumption. This has grown at ~12% per year over the last five years—more than four times faster than total global electricity demand.

Projections show data centre electricity consumption more than doubling to around 945 TWh by 2030 (just under 3% of global electricity), roughly equivalent to Japan’s total annual electricity use today. AI-driven accelerated servers are the primary driver, with their electricity consumption projected to grow by ~30% annually.

Key global statistics — data centre electricity consumption
2024 Actuals (global)
415 TWh
~1.5%
2030 Projection (IEA Base Case)
945 TWh
~3%
AI-server annual growth rate
~30% per year
2024–30
Overall data centre growth rate
~15% per year
2024–30
Regional Highlights
US
United States
~45%
~183 TWh · ~4% of U.S. electricity. Projected to drive a large portion of global growth.
CA
Canada
~5-7%
~750 MW to 1.16 GW by 2029, supported by abundant low-carbon electricity and major hyperscale investment.
UK
United Kingdom
~10-12%
of Europe's data centre capacity, with IT load capacity projected to grow from ~3.2 GW in 2025 to over 12 GW by 2030

Who Will Attend

The decision-makers building the AI economy.

C-Level Executives

Infrastructure Leaders

Energy & Utilities

Investors & Policymakers

Power the next wave of AI.

Join the leaders, builders, and investors shaping the infrastructure of the AI economy. Register your interest to attend, exhibit, or sponsor POWERING AI.

Cloud computing city background