Kordz recently contributed to an Australian state parliamentary inquiry into data centre development, providing a connectivity engineering perspective on how physical infrastructure design can influence efficiency, cooling demand and environmental sustainability.
While the submission was prepared in a local policy context, the underlying insights are globally relevant as data centre environments continue to scale in response to growing digital demand.
Much of the industry focus in data centre sustainability is placed on server performance, cooling technologies, and water and energy supply. However, the design and management of physical infrastructure – particularly within high-density rack environments – play a role in supporting efficient operations.
Therefore, Kordz believes that connectivity infrastructure, airflow management and installation practices can also support optimal thermal performance, maintainability, long-term operational efficiency and environmental outcomes for data centres.
Key insights:
- Physical infrastructure design can influence airflow pathways and cooling performance
- Cable density and layout can impact rack-level thermal efficiency
- Small inefficiencies can scale across large facilities
- Lifecycle considerations contribute to sustainability outcomes
- Increasing computing density is likely to amplify these effects