Conference Day 1 | July 29, 2025
7:00 am Check-In & Networking
8:00 am Chair’s Opening Remarks
Designing for Power Variability & Efficiency
8:10 am Case Study: Tackling Power Limitations With Hydrogen & Fuel Cell Power Alternatives Without Sacrificing Environmental Factors
Synopsis
- Exploring how clean energy can reduce reliance on the grid while ensuring a stable and sustainable energy supply for data centers
- Assessing the feasibility of integrating clean energy sources into data center operations, considering geographic constraints, regulatory support and long-term sustainability goals
- Examining how emerging energy sources can work together to create a cleaner, more resilient energy ecosystem for data centers
8:50 am Exploring Onsite Power & the Impact on Facility Design as a Short-Term Solution for Faster Deployment
Synopsis
- Assessing space, scalability and redundancy in onsite generator design to reduce reliance on grid connections for short-term power demands
- Exploring the integration of lithium-ion battery UPS systems into data center infrastructure for optimal safety, reliability and efficiency
- Understanding the permitting and regulatory impact of onsite power generation vs renewable energy vs the grid on environmental approvals and compliance processes
10:00 am Morning Refreshments & Speed Networking
10:40 am Panel Discussion: Rethinking How to Plan & Design for Future Power Solutions to Prevent Redesign, Saving Time & Cost: Is Nuclear the Best Option?
Synopsis
- Exploring the role of alternative energy providers to support growing demand for high-capacity and consistent energy
- Managing challenges with permitting and public perception of nuclear power to expedite buy-in to a reliable, available and cleaner energy source
- Evaluating alternative options of future power generation: is nuclear the best option or should we evaluate hydrogen fuel cells and renewable energy integration?
11:20 am Audience Breakout: Exploring Future Power Solutions for Data Centers
Synopsis
Join our audience breakout to discuss how to minimize redesign, reduce costs and ensure long-term energy reliability. You will explore the role of alternative energy sources, including nuclear, hydrogen fuel cells and renewable integration, while addressing key challenges such as permitting, scalability and public perception.
12:10 pm Networking Lunch
Optimizing Future Data Centers Design
1:10 pm Case Study: Designing for AI Workloads to Mitigate Disruption to MEP Building Systems
Synopsis
- Gaining accurate data through novel metering technology or energy simulations to better understand AI spikes and build in appropriate redundancy
- Assessing how to plan for the effect of AI spikes on electrical components such as panel board and breakers to design in preventative measures
- Evaluating design considerations to prevent thermal overrun: discussing how we prevented extreme temperatures from AI workloads
2:20 pm Exploring How to Prepare For Varying End User Requirements & Rapid Innovation at Speed, Scale & to Industry Standards
Synopsis
- Balancing standardization and customization: when to create flexibility within your data center design standards to tailor your facility to bespoke specifications
- Assessing best practice when designing for multi-tenant occupancy to remain agile and attentive to varying demands in one facility
- Discussing how we build flexibility now for future changes such as new technology, increased power demands, different utility providers voltages, or grading typologies to prevent full redesigns
3:10 pm Afternoon Refreshments & Networking
Creating Consistent Collaboration
3:40 pm Panel Discussion: Working With Your Supply Chain Partners to Understand Equipment Requirements & Better Prepare Your Facility For a Seamless Delivery
Synopsis
- Optimizing supplier communication strategies to gain a clear understanding of product requirements and lead times
- Learning how to integrate supplier inputs earlier in the planning process to improve coordination and reduce potential bottlenecks
- Adapting to changes in equipment specifications to maintain project flexibility and avoid delays in delivery and deployment