Summary
- Elemental Impact’s Data Center Innovation Initiative will invest $500,000 to $5m per project in technologies for data centre environments.
- Amazon, Google, Meta, and Microsoft are named as collaborators helping to identify priority areas and deployment opportunities.
- The programme focuses on retrofit compatible cooling, water efficiency, storage, backup power, and lower carbon construction materials.
Elemental Impact has opened a data centre innovation programme that will invest $500,000 to $5m per project in technologies for power, cooling, water, and construction materials.
The Data Center Innovation Initiative is designed to support deployments in data centre environments, with up to 10 early stage technology companies expected to receive backing through 2027. Amazon, Google, Meta, and Microsoft are listed as collaborators helping to identify priority areas and support deployment opportunities.
The programme covers energy storage, backup power, advanced electrical infrastructure, facility cooling, HVAC, water efficiency, lower carbon concrete, and lower carbon metals and alloys. Applicants are being asked to show a credible path into operating data centres or demonstration sites, not only a laboratory efficiency claim.
Cooling technology has to work inside live sites
The cooling strand is central because AI workloads are forcing operators to reconsider the mechanical assumptions behind existing facilities. Higher rack densities increase heat rejection, place more stress on airflow strategies, and push more operators towards liquid cooling, hybrid systems, or deeper plant upgrades.
Elemental is looking for advanced cooling technologies that reduce data centre energy and water use while maintaining or improving reliability across different operating conditions. The programme also prioritises technologies that can be integrated into existing cooling and HVAC infrastructure with minimal downtime.
That requirement reflects a practical issue across the sector. Much of the near term AI capacity problem cannot be solved by waiting for new campuses, because existing facilities are already being asked to support denser loads in buildings designed around older thermal profiles.
Water is also receiving greater scrutiny as operators report water use, assess evaporative cooling, and respond to local resource stress. A cooling system that saves water but places too much extra demand on the grid may still be difficult to justify in markets where power is already constrained.
Materials and backup systems are included
The initiative also targets energy storage and electrical infrastructure, including short term storage, bridge power, UPS systems, long duration storage, and advanced systems such as solid state transformers. Diesel displacement, renewable integration, and lifecycle emissions are part of the technical brief.
Backup power remains a difficult area for large data centres. Operators need resilience, but they also face pressure to reduce diesel dependence, report emissions more clearly, and explain how backup systems interact with the grid.
The inclusion of concrete, steel, aluminium, and copper shows that sustainability work is moving beyond operational PUE. Large AI campuses use significant quantities of structural and electrical materials, and embodied carbon becomes harder to ignore as facilities become larger.
Elemental is seeking concrete technologies capable of at least a 30% embodied carbon reduction while maintaining performance and compatibility with existing construction practice. The metals strand focuses on a 50% lifecycle emissions reduction while preserving fabrication and performance characteristics.
The priority application deadline is 15 July 2026. The more important measure will come when funded companies try to move from pilot projects into real data centre environments, where reliability, safety, customer approval, insurance, and total cost can carry more weight than headline efficiency claims.
