AI is changing data centers.
We are changing how we power them.
At ORX Energy, we are transforming how power is delivered to AI data centers with innovative DC power systems that enhance reliability, efficiency, and scalability.
As AI workloads grow exponentially, data centers are experiencing unprecedented power density demands, making traditional AC power systems increasingly inefficient and costly.
Our solutions address these challenges by deploying DC architectures, coupled with advanced energy storage, to create seamless, scalable, and resilient power infrastructures.
Addressing the Future of AI Power Needs
The rapid rise of AI and machine learning models requires massive computational power, which in turn drives demand for dense, high-efficiency power architectures. ORX Energy stays ahead of these trends by providing next-generation DC power systems that:
Eliminate Power Quality Challenges - Our systems mitigate harmonic distortion, voltage sags, and phase imbalance, ensuring optimal GPU uptime.
Reduce Space Requirements - With fewer conversions and smaller equipment footprints, we create room for more GPU capacity.
Improve Energy Efficiency - By reducing conversion losses, our DC architectures decrease overall energy consumption and cooling loads.
Enhance Reliability and Uptime - Our battery-coupled DC solutions ensure seamless power delivery even during grid disturbances.
Enabling Energy-Efficient AI Innovation
As the demand for high-performance AI computing accelerates, ORX Energy empowers data centers to achieve greater sustainability, lower operating costs, and enhanced resilience. Our power solutions align with the evolving needs of AI ecosystems by:
Enabling DC-Coupled Battery Systems to support power-hungry GPU clusters.
Simplifying Infrastructure Management by reducing the complexity of traditional AC architectures.
Enhancing Grid Stability by minimizing harmonic disturbances and improving load balancing.