Welcome to our Hub
Author: Amir Ibraheem, Cooling Solution Architect, Schneider Electric For AI factories, liquid cooling has become a thermodynamic necessity rather than a design choice. As rack power densities...
Read Article
Author: Anuj Kudesia, Managing Director SEPSL & Direct BD A utility disturbance can leave GPU servers running on uninterrupted power while the equipment that removes their heat loses power. This...
Read Article
The global energy transition from fossil fuels to renewable energy sources relies heavily on batteries. They power smartphones, laptops, vehicles, uninterruptible power supplies (UPS), and –...
Read Article
When data converged with medical and life science research, it created a new discipline: bioinformatics - transforming how scientists understand and study the building blocks of life. The post...
Read Article
For years, colocation was built around a relatively simple proposition: The operator provides the facility, the customer provides the IT, and both sides agree on service levels. Customers...
Read Article
Data center growth, electrification, and rising customer expectations are turning equipment manufacturing into an EOEM opportunity for electrical contractors. Here’s what’s driving the shift, what...
Read Article
Data center growth, electrification, and rising customer expectations are turning equipment manufacturing into an EOEM opportunity for electrical contractors. Here’s what’s driving the shift, what...
Read Article
Author: Mike Donahue, Solution Architect, North America Operations A neocloud can secure colocation space and electrical capacity yet still lack the cooling conditions its GPU racks require. A...
Read Article
Author: Sumati Sahgal, VP, Data Centre & Secure Power, Greater India India’s sovereign-compute procurement does not explicitly mandate liquid cooling. However, cooling is increasingly tied to bid...
Read Article
In the not-too-distant past, data center infrastructure decisions largely centered on individual components such as racks, servers, power management, and cooling. But AI and high-performance...
Read Article
Author: Mark Deguara, Technology Innovation Leader Building an AI data centre in Australia increasingly requires close attention to grid capacity. At the end of Q2 2026, AEMO was tracking 9.0 GW...
Read Article
AI is rewriting the rules of data center planning and design, affecting everything from rack density to airflow to power infrastructure. Those requirements keep evolving as AI chips grow more...
Read Article
The future of the AI factory is modular. As GPU capacity grows at dizzying speed, traditional construction methods struggle to keep up. The fastest way to build AI factories is to leverage...
Read Article
As demand for AI-ready infrastructure continues to accelerate, data center teams are under growing pressure to deliver capacity faster, with less risk and greater predictability. Together with...
Read Article
Author: Andrew Whitmore, Vice President of Sales at Motivair by Schneider Electric In the AI race, securing power is only the starting point. Available megawatts do not automatically translate...
Read Article
Author: Mayank Srivastav, Director C&SP Segment, India In India, the economics of liquid cooling depend heavily on on-site conditions. Electricity tariffs, demand charges, supply voltage and data...
Read Article
I have been strategically involved in the modular data center industry for over 30 years – yes, the industry has been doing this for a long time. However, the exponential demand for prefabrication...
Read Article
Author: Andrew Whitmore, VP of Sales of Motivair, Motivair by Schneider Electric Data center community opposition and local approvals are becoming bigger constraints on capacity development. The...
Read Article
The growing demand for AI is obvious. The real question is: What’s the build plan? For data center operators, meeting AI demand comes down to turning opportunity into operational capacity. Is...
Read Article
Five years ago, a typical enterprise data center rack consumed 10-20 kilowatts of power. Today, AI-enabled racks can exceed 100 kilowatts. They weigh as much as an automobile and generate more...
Read Article
Loading More...
