Top Data Center Infrastructure Design Trends for 2025: Best Practices in Canada
As data centers grapple with skyrocketing AI demands and power constraints, innovative infrastructure design is key to scalability and efficiency. By 2025, global data center capacity is projected to surge, with AI workloads driving rack densities up to 100kW and beyond. In Canada, where markets like Calgary and Vancouver are booming, infrastructure design must address local energy resources like hydropower while supporting hybrid environments. As a Calgary-based specialist in data center infrastructure design and support, Purchase Power partners with PowerHouse Data Group to deliver tailored solutions for small operators and new builds.
Whether you’re searching for “data center infrastructure design trends 2025” or “data center infrastructure support best practices Canada,” this guide offers expert insights to future-proof your operations.
Key Trends in Data Center Infrastructure Design for 2025
Infrastructure design is evolving to meet AI’s power-hungry needs and sustainability goals. Here are the leading trends:
1. AI-Optimized High-Density Racks and Modular Campuses
AI is pushing infrastructure toward modular designs with high-density racks, enabling rapid scaling and prefabricated components for faster deployment. In 2025, expect campuses with AI-accelerated hardware like ASICs, addressing power demands up to 10 GW in new builds globally. Canadian projects, such as those in Calgary, emphasize modular flexibility to leverage local energy grids.
2. Liquid Cooling and Energy-Efficient Systems
Power shortages are driving adoption of liquid cooling, which can handle 100kW+ racks more efficiently than air cooling. Trends include hybrid cooling strategies and renewable integration, reducing PUE to below 1.3. In Canada, with abundant clean energy, designs focus on sustainable infrastructure to support AI growth while minimizing environmental impact.
3. Hybrid and Edge Infrastructure Integration
Edge computing is reshaping designs, blending on-prem with cloud for low-latency applications. 2025 trends highlight hybrid setups using virtualization like Kubernetes, with a focus on disaster recovery and minimal-downtime migrations. Canadian data centers are adapting to geographic challenges, prioritizing resilient infrastructure for distributed networks.
4. Sustainable and Resilient Power Strategies
With $1.8T in global expansions planned by 2030, infrastructure designs incorporate auto-scaling and reserved instances for cost optimization. In Canada, trends emphasize clean power sources to fuel data center booms, addressing tariffs and supply chain issues.
These data center infrastructure design trends underscore the shift toward efficient, AI-ready systems.
Best Practices for Data Center Infrastructure Support
Effective support ensures longevity and performance. Implement these best practices:
Plan for Scalability and Space:
Assess needs for compute, storage, and virtualization (e.g., VMware, Hyper-V) to avoid overprovisioning. Use modular designs for easy expansions.
Implement Disaster Recovery and High Availability:
Design redundant systems with IaC tools like Terraform for automation, ensuring quick recovery from outages.
Optimize for Energy and Cost:
Integrate monitoring for resource allocation, focusing on hybrid environments to balance on-prem and cloud costs.
Conduct Regular Maintenance and Migrations:
Perform preventive checks and legacy system migrations with minimal downtime, using detailed records for efficiency.
Focus on Availability and Flexibility:
Align infrastructure with pillars like cost-effectiveness and manageability, incorporating edge strategies for resilience.
Adopting these data center infrastructure support best practices can prevent downtime and reduce costs significantly.
How Purchase Power and PowerHouse Data Group Partner for Superior Infrastructure Design and Support
Purchase Power collaborates closely with PowerHouse Data Group, a leader in data center design, procurement, assessment, greenfield, and retrofit builds. As the exclusive Vertiv Hub for Western Canada, PowerHouse Data Group and Purchase Power are the only Vertiv channel partners in the region, providing access to Vertiv’s critical infrastructure technologies like uninterruptible power supply (UPS) systems, cooling solutions, and power management. Through this partnership, Purchase Power integrates Vertiv’s innovative products into our infrastructure designs, ensuring high-reliability power and thermal management for data centers in Alberta, British Columbia, and beyond.
Our expertise includes designing scalable on-prem, cloud, or hybrid environments, planning compute and storage with tools like Kubernetes, and optimizing for performance via auto-scaling. PowerHouse’s strengths in modular and edge facilities, combined with Vertiv’s portfolio, complement our support in disaster recovery, migrations, and IaC automation. This collaboration delivers seamless, energy-efficient infrastructure tailored to Western Canada’s needs.
Build Resilient Data Center Infrastructure Today
In 2025, strategic infrastructure design and support are vital for success. Contact Purchase Power at info@purchasepower.ca or 1-825-210-9733 to explore how our partnership with PowerHouse Data Group and access to Vertiv’s technologies can elevate your project.
