The HaloDrive Cooling Engine is engineered for efficiency, sustainability, and the compute demands of the future.
Up to 40% of a data center’s total energy is spent on cooling instead of computation. As chips run hotter and rack densities climb, conventional cooling methods struggle to keep pace.
The HaloDrive Cooling Engine is a purpose-built solution for the AI era, designed to remove thermal bottlenecks, reduce costs, and advance sustainability. By rethinking cooling architecture, it enables hyperscale data centers to scale faster, operate greener, and save millions in annual operating costs.
Save Big. Scale Fast. Stay Green.
Efficiency Breakthrough – Projected 78–85% wire-to-fluid efficiency vs. 65–70% ceilings for conventional systems.
Cost Savings – Potential to reduce cooling-related OpEx by $2–4M annually per 10 MW hall.
Sustainability – Reduces lifecycle carbon footprint, equivalent to removing thousands of cars from the road each year.
Scalability – Configurable for hyperscale halls, AI/ML training clusters, colocation retrofits, and edge facilities.
Resilience – Modular design supports N+1 redundancy to maximize uptime.
HaloDrive’s row-end Cooling Engine with N+1 redundancy and 90% wire-to-fluid efficiency isn’t just a hardware sale — it’s an energy arbitrage machine. It converts every $1 spent on cooling into $9 of compute delivered versus $2–3 with legacy CDUs. Each hall deployment can be worth millions annually in OpEx savings to the customer, justifying six-figure pricing per engine and recurring revenue for maintenance and optimization.
Hyperscale Data Centers Improve PUE by up to 0.15 while cutting cooling costs.
AI/ML Training Handle >100 kW rack loads with robust redundancy.
Edge & Modular Deployments Compact footprint for containers and remote sites.
Colocation Retrofits Drop-in replacement for traditional systems without HVAC redesign.