The exponential growth of AI workloads is creating unprecedented power density demands within data centers, overwhelming traditional AC power architectures. This inefficiency leads to increased operational costs, larger physical footprints, and potential power quality issues that impact GPU uptime.

ORX Energy delivers advanced DC power systems engineered to address the escalating power requirements of AI data centers. By implementing DC architectures and integrating energy storage solutions, ORX Energy enhances power reliability, operational efficiency, and system scalability. This approach minimizes conversion losses, reduces physical space requirements, and ensures consistent power delivery for high-performance computing environments. The systems are designed to mitigate common power quality challenges such as harmonic distortion and voltage sags, thereby optimizing GPU performance and data center resilience.

Direct Current (DC) power architecture for reduced conversion stages and improved efficiency.

Integrated battery storage systems for enhanced power reliability and seamless transition during grid disturbances.

Mitigation of harmonic distortion, voltage sags, and phase imbalance to ensure optimal GPU uptime.

Optimized equipment footprint to maximize space for additional GPU capacity.

Reduced overall energy consumption and cooling loads through minimized conversion losses.

DC-coupled battery systems designed to support high-demand GPU clusters.

Simplified infrastructure management compared to complex AC power distribution systems.

Features designed to enhance grid stability by minimizing harmonic disturbances.

The primary customers are operators of AI-focused data centers and organizations deploying high-performance computing infrastructure that require robust, efficient, and scalable power solutions.