Bill Kosik
Sector Lead, Mission Critical HED
Seminars
Tuesday 22nd September 2026
Panel: Defining Cross-Stakeholder Responsibilities to Transform Project Delivery
1:30 pm
- Aligning roles and clarifying ownership of key decisions across hyperscalers, colocators, engineers, manufacturers and contractors early to reduce miscommunication and improve delivery outcomes
- Bridging technical language gaps between stakeholders to ensure shared understanding of requirements, risks and performance targets
- Integrating EPC and construction expertise into mechanical design to ensure cooling systems are practical, constructible and aligned with real-world installation and commissioning constraints
Monday 21st September 2026
Leveraging Free Cooling Strategies to Reduce Energy Use & Enhance Sustainability
3:30 pm
Leveraging free cooling strategies requires a considered approach that accounts for climate variability, system integration and operational risk. Discover how you can maximize these opportunities in practice to improve efficiency while maintaining reliable performance across changing conditions.
This workshop will gather experts to discuss:
- Maximizing airside and waterside economization opportunities to reduce reliance on mechanical cooling and lower overall energy consumption
- Aligning free cooling strategies with Eastern climate conditions while managing risks such as humidity, freezing and system transitions to ensure consistent and reliable operation
- Integrating free cooling with liquid cooling systems and higher operating temperatures to unlock greater efficiency and extend economizer hours
- Aligning free cooling strategies with alternative and on-site power sources to reduce grid dependency and maintain efficient operation under constrained or variable power conditions
Tuesday 22nd September 2026
Case Study: Harnessing Modularization for Repeatable & Scalable Cooling Designs
10:30 am
- Designing modular, interchangeable cooling systems to adapt to evolving chip densities and enable flexible transitions between air and liquid cooling without overcommitting to a single approach
- Standardizing modular cooling architectures and design frameworks to reduce engineering complexity and accelerate deployment
- Integrating modularity into whole-of-facility design to ensure systems can be expanded, reconfigured or upgraded without major redesign
