Laser-focused on carbon neutrality
Low-carbon design at a glance
High-density first
Designed for modern, high-power servers from the start with future upgradability in mind, rather than low-power legacy racks.
Sustainable high-density infrastructure
The growth of computationally intensive workloads in the era of Artificial Intelligence (AI) requires a fundamental shift in how data centres are conceived. At Acme, our focus is on the practical integration of efficiency into every system, from power delivery to thermal management. We deliver facilities designed to meet evolving industry standards for reduced environmental impact.
Cross-energy operability
Across our projects, teams are working to reduce operational carbon by addressing the largest drivers of energy use in data centres.
We design facilities that are capable of integrating with renewable energy, transitional fuels, energy storage, and alternative source systems so they remain resilient as energy systems change. This approach allows our clients to adopt cleaner power sources without compromising reliability or performance.
The future of cooling is liquid
Reducing carbon is as much about using less energy as it is about sourcing cleaner energy. As computing density rises, conventional air-based cooling becomes increasingly inefficient.
Our engineers prioritise liquid and hybrid cooling architectures that support high-performance workloads while materially lowering energy demand. Electrical distribution systems are designed to minimise conversion losses, ensuring that more of the power entering the facility is used productively rather than dissipated as waste.
Energy management & storage
Renewable energy is variable by nature, but data centres must operate continuously. To reconcile the two, Acme designs facilities that integrate energy storage with intelligent control systems. Battery storage captures clean power when it is available and deploys it instantly when demand rises or supply fluctuates.
Energy management systems then prioritise the lowest-carbon power source at any given moment, balancing renewables, stored energy, and grid supply without compromising reliability. This allows data centres to run on cleaner energy more consistently, rather than relying on fossil-fuel backup by default.
