15 Results
In conversation with Peter Kelly, Divisional Director of Sustainability
Tate’s Divisional Director of Sustainability, Peter Kelly, discusses the importance of Lower Embodied Carbon (LEC) in data centre construction and how Tate Grid+ LEC is shaping a more sustainable future for the industry.
Third-party tested: New Tate Grid+ LEC
Explore Tate Grid+ LEC, the next-generation structural ceiling engineered with lower embodied carbon and increased load capacity. Independently tested for strength, safety, and sustainability - ideal for modern data centres.
Speed and performance: New Tate Grid+ LEC
Discover the new Tate Grid+ LEC - a lower embodied carbon ceiling system with 2.2kN load capacity and installer-friendly innovations. Engineered for performance, speed, and sustainability in modern data centres.
Liquid cooling manifolds in high-density data centres
Understand how liquid cooling manifolds improve thermal efficiency, reliability, and scalability in high-density data centres. Learn how integrating them with HAC systems supports AI and HPC workloads.
What is liquid cooling? A guide to the future of data centre cooling
Explore the benefits of liquid cooling in modern data centres. Learn how direct-to-chip systems enhance efficiency, scalability, and sustainability in high-performance environments.
Engineering security and airflow into every data centre
As data centre infrastructure becomes more complex, so too must the solutions that support and protect it. Separating mission-critical environments such as the data hall from mechanical corridors is essential not only for operational integrity but also for safety, airflow, and compliance.