Adaptive Clean Power for a Digital World

By Orbis Electric Engineering Team | October 2025

A Perfect Storm of Growth and Strain 

Global data-center capacity is expanding at record speed, fueled by AI model training, cloud expansion, and edge computing. But this growth has exposed a painful truth: the sector’s power and cooling infrastructure hasn’t kept up.

Many operators still rely on oversized, energy-hungry chillers or traditional centrifugal pump systems that waste both power and water. Cooling inefficiency is now one of the largest obstacles to profitability – and a growing environmental liability.

A New Class of Cooling Engine 

Orbis Electric’s HaloDrive Cooling Engine addresses this challenge through a radical re-engineering of the cooling motor itself. The proprietary Axial-Flux Half-Stack architecture is inherently more efficient than conventional radial designs, converting electromagnetic energy directly into torque with minimal resistance.

AI-Enhanced Power Management 

The HaloDrive platform integrates an AI-based analytics system that transforms cooling from a fixed-cost utility into a dynamic, intelligent process. The system continuously monitors: power draw and torque stability; thermal fluid velocity and temperature differential; and environmental variables such as rack load and ambient humidity. These metrics feed into a machine-learning algorithm that predicts cooling demand and automatically adjusts motor output.

Savings that Scale 

By re-engineering the cooling engine and automating control, Orbis Electric enables substantial economic gains:

• Power Savings: Up to 35% reduction in energy consumption versus traditional systems. 

• Water Savings: Up to 90% less water in closed-loop operation, eliminating dependency on evaporative systems.

• CAPEX Reduction: Smaller, lighter motors mean lower mechanical infrastructure and build costs.

• OPEX Reduction: AI-driven efficiency tuning and predictive maintenance cut operating expenses.

Built for the AI Future 

AI compute density is projected to double every 12 months, and cooling systems must evolve accordingly. The HaloDrive’s Adaptive Clean Power architecture provides the stability and scalability necessary to support next-generation chip clusters, liquid immersion systems, and high-performance GPU fabrics.

A Turning Point for Sustainability and Profitability 

By converging efficiency, intelligence, and sustainability, the HaloDrive Cooling Engine positions data-center operators to meet both ESG mandates and shareholder expectations.

The Orbis Advantage

• Proprietary Axial-Flux Motor Design – Maximum torque density and power efficiency.

• AI-Driven Control System – Predictive, adaptive optimization.

• Modular Scalability – Easy retrofit or greenfield deployment.

• Reduced Energy and Water Footprint – Sustainable by design.

• Validated by Independent Testing – Proven performance, not theory.

Conclusion: The Future Runs on Adaptive Clean Power 

Cooling is no longer an afterthought – it’s the strategic frontier of the digital economy. The world’s data depends on power that’s not only abundant, but intelligent, stable, and efficient.

Orbis Electric’s HaloDrive Cooling Engine is the catalyst for that transformation.