Climate Stress
Power Capacity & Reliability
Regulatory Dynamics
Constructability
SITE SELECTION & FEASIBILITY
Regional experience that translates across complex climates and contexts
Data centres behave differently across regions, climates and regulatory regimes. Design assumptions that hold in temperate markets often fail under tropical heat, monsoonal rainfall or constrained urban grids. We adapt our evaluation criteria to reflect local climate behaviour, grid characteristics and regulatory maturity, while maintaining consistent performance standards.
Acme Core
An integrated delivery model that brings together the best of Acme to reduce risk and deliver data centres that perform over the long term.
Your Gateway to S.E.A. infrastructure
Acme’s work across Southeast Asia (S.E.A.) is built on long-standing relationships with regulators, utilities, consultants and contractors. Our teams operate within Singapore, Indonesia, Malaysia and Thailand, with direct familiarity across approval regimes, grid authorities, and local delivery partners. This regional embeddedness allows us to anticipate realities that are rarely visible in headline market assessments.
INTEGRATED DESIGN & ENGINEERING (CSA + MEP)
At Acme, Integrated Design & Engineering brings together Civil, Structural and Architectural (CSA) disciplines and Mechanical, Electrical and Plumbing (MEP) systems as a single coordinated design effort.
CSA defines the physical and structural integrity of the data centre, encompassing foundations, superstructure, envelopes, and spatial planning. MEP governs the lifeblood of the facility: power, cooling, controls, resilience and efficiency.
Beyond Compliance. Engineered for Longevity.
While others design for handover, Acme designs for the asset lifecycle. We proactively address the drivers of system failure, from structural stress to MEP degradation by sizing components for stability rather than minimum thresholds. Our integrated approach reduces cumulative wear and avoids short-term optimisations that compromise future reliability. We design for how facilities age, beyond passing initial inspections.
Built to perform on the long road ahead
Acme engineers size critical components beyond baseline thresholds so that systems operate within stable ranges over time, all while keeping reasonably within budget constraints. This reduces cumulative stress, slows degradation, and preserves operational reliability long after handover.
Smarter by design.
We build the most efficient Data Centres.
Acme Core integrates Civil, Structural, and Architectural (CSA) design with MEP engineering to lock in energy performance. By optimising building envelopes and structural grids to minimise thermal gain in tropical climates, we reduce the baseline cooling demand before a single chiller is even turned on.
Simultaneously, our MEP architectures are engineered for high-efficiency performance under real-world conditions: partial loads, equipment ageing, and operational shifts. Through right-sized cooling and adaptive control sequencing, we ensure low Power Usage Effectiveness (PUE) is a permanent feature of the facility, not just a day-one metric.
Up to
34,000,000kWh
yearly energy savings in a 183,000ft² facility
Up to
0.533kW/RT
chiller plant efficiency in a 183,000ft² facility
Up to
1.23PUE
for Acme Hub DCs in temperate climates
400kW
fan wall bespoke customisation
NEW
The future of cooling is liquid.
Acme brings large-scale immersion liquid cooling to your world-class Data Centres. Engineered for GPU clusters, the platform cuts cooling energy use by up to 48% versus legacy clouds, enabling higher density, lower emissions, and greater reliability for next-generation compute.
Anchored in pure physics.
Designed for extreme compute loads, immersion cooling submerges servers directly in a non-conductive dielectric fluid, removing heat at its source far more efficiently than air.
Without reliance on air movement, the system operates in near-silence while maintaining stable temperatures across every component. The fluid circulates continuously, carrying thermal energy away with exceptional efficiency. The result is lower power draw, reduced mechanical stress, and hardware that runs cooler, longer, and more reliably even under sustained GPU workloads.
Two phases.
One immersed server.
Servers are fully submerged in a sealed, air-tight tank filled with a dielectric fluid engineered to boil at operating temperature. As components generate heat, the fluid transitions from liquid to vapour, lifting thermal energy away from processors the moment it is produced.
The vapour rises to an integrated condenser, where it is cooled and returned to liquid form, completing a continuous closed-loop cycle. This phase-change process enables heat to be transported with far greater efficiency than conventional air or single-phase liquid systems.
Fast-tracked. Fine-tuned. Finished right.
Accelerated delivery at Acme is achieved through integrated design, disciplined execution, and early coordination across engineering and construction teams. By resolving critical interfaces upfront and maintaining tight control over sequencing and procurement, projects are delivered on compressed timelines without compromising performance, quality, or certification outcomes.
Record-breaking
11 months
Delivery time for a 183,000ft² facility under stringent safety requirements
Industry-leading
5x
Singapore BCA Green Mark Platinum Award conferred to the most efficient Data Centres
ACME MAINTENANCE PRO
Moving Beyond Reactive Maintenance
At Acme, we believe reactive maintenance is a failure of foresight. While traditional programs respond to faults, our approach eliminates the conditions that cause them. We leverage a proprietary intelligence base — built from operational data across diverse sites and environments — to detect the "invisible" indicators of failure. By benchmarking real-time performance trends against historical load behaviour and thermal stability, we neutralise emerging risks before they impact your uptime.
Budget for excellence.
Designed for endurance.
Get your peace of mind with Acme MaintenancePro.
ENVIRONMENTAL CERTIFICATION
Validated Efficiency. Proven Sustainability.
We deliver high-density infrastructure without compromising environmental responsibility. Our engineers have successfully led multiple projects to BCA Green Mark Gold and Platinum status.
This reflects our system-level expertise in cooling, power, and adaptive controls, ensuring your facility meets the most stringent environmental benchmarks without compromising mission-critical performance.
Acme Core