Note: Subject to change
Grid Constraints and Opportunities for Data Center Growth
Understand the scale of grid stress from AI/data centers
Explore strategies for balancing rapid load growth with reliability
How utilities and regulators are adapting policies and incentives
Practical pathways for collaboration between data centers and grid operators
Next-Generation Power Architectures for Hyperscale
Explore on-site generation and microgrids as resilience tools
Modular substations, on-site generation, and hybrid systems supporting high-density builds
Design considerations for higher rack power density
Strategies to integrate renewables into mission-critical facilities
Financing Power Infrastructure in a High-Demand Market
Understanding new financial models for large-scale power procurement
How investors and operators are structuring deals for long-term reliability and sustainability
Risk allocation in an environment of rising energy costs
Opportunities for PPAs, DERs, and energy storage investment
Cooling for AI Workloads – From Air to Liquid
Evolving cooling methods for racks exceeding 50–100kW density.
Compare direct-to-chip liquid cooling vs. immersion strategies
Lifecycle costs and operational considerations
Standards and interoperability challenges in adoption
Heat Reuse – Turning Waste into Value
Business models for selling or sharing heat with communities
Case studies of campuses monetizing or re-purposing rejected heat
Engineering challenges in capturing and distributing waste heat
Policy and ESG drivers making heat reuse more attractive
Energy Security and Policy Outlook
Key U.S. and global policy shifts impacting data centers
Risks from geopolitical instability and supply constraints
How executives should prepare for multi-year uncertaint
The Path to Carbon-Neutral Power Procurement
Emerging frameworks for 24/7 clean energy procurement
Renewable integration, storage, and carbon tracking for sustainable expansion
Role of battery storage and demand-side management
How to validate and report carbon neutrality
AI-Driven Energy Optimization in Data Centers
How AI and machine learning are reshaping cooling and energy efficiency operations
Practical examples of AI reducing cooling and energy overhead
Predictive maintenance and dynamic load balancing
Risks and limits of over-reliance on automation
Edge Facilities and Distributed Powering Strategies
Powering and cooling strategies for distributed edge node
Reshaping power and cooling needs in smaller facilities, closer to users
Managing reliability at smaller scale sites
The interplay of edge and core facilities in total load management
Water Usage, Sustainability, and Community Relations
Water-free cooling technologies and innovations
Balancing cooling needs with water sustainability and stakeholder expectations
Navigating community concerns in water-stressed regions
Building resilience to climate-driven disruptions
Partnering with Utilities and Tech Providers for Grid Services
How data centers can become active participants in energy markets
Exploring demand response, vehicle-to-grid, and other grid-interactive solutions
Economic models for providing grid support
Lessons from pilots and early deployments
Powering the Next Decade of Digital Infrastructure
Future power and cooling technologies on the horizon
Opportunities and challenges for the next 10 years
Balancing growth with sustainability and resilience
Where collaboration will matter most for the industry