The push to pack more GPU processors into smaller spaces is driving an increase in power demand at the rack level, expected to be 6 to 10 times higher than what we see today in the next 2 to 5 years.

Traditional methods, relying on personal experience and trial-and-error with hardware, can no longer keep pace with these growing power needs. A faster development cycle is critical to support these rapid technological advancements, and power system timelines must be shortened.

Ennovria understands these challenges and, leveraging the expertise of both seasoned power design engineers and software developers, focuses on creating power systems for data centers and high-performance computing platforms.

Our approach centers on developing software and simulation models to rapidly design and iterate virtual solutions. By leveraging Power Hardware-in-the-Loop (PHIL) techniques, we create a Digital Twin that allows us to test and validate these designs using real power electronic devices. This process significantly reduces the need for time-consuming hardware prototyping and testing.

As a result, by the time we move to physical system construction, we already have a clear understanding of its expected performance.

This enables rapid adaptation to evolving requirements, allowing for the swift deployment of new solutions without starting from scratch each time.