As the demand for data centers continues to rise, owners are under increasing pressure to upgrade their infrastructure. With power costs soaring by up to 30 percent and server rack power requirements are already 20–30 kW — and escalating quickly to 50–150 kW — traditional power distribution methods are being pushed to their limits. 

Fault managed power (FMP) presents a viable solution for data center owners, providing a distribution system that safely delivers high power levels over long distances while significantly reducing the risks of fire and electrical shock. Learn more about FMP here. 

FMPS for data center power distribution

1. Enhanced safety and efficiency: FMPS allow for high-voltage transmission at fault levels similar to low-voltage circuits, significantly reducing the risk of arc flash incidents. This creates a safer environment for skilled trades professionals performing installations and repairs in confined server room spaces. By minimizing these risks, FMP fosters a safer working atmosphere and enhances maintenance efficiency, ultimately reducing downtime associated with electrical hazards. 
2. Streamlined installation: FMP streamlines the installation process compared to traditional AC distribution systems, which often rely on complex infrastructures such as overhead busways and multiple distribution panels. By integrating electrical power distribution with IT practices, FMP significantly reduces labor costs and project timelines. This allows data centers to implement faster repairs and installations, enabling them to quickly scale operations to meet growing demands without the need for complicated electrical setups. This approach is aligned with the rationale behind modular fabrication in data center design: by standardizing processes, MEP contractors can make it easier for owners to replicate facility designs and operations across different project locations. Essentially, it creates a standardized playbook for owners to follow. 
3. Significant cost savings: Adopting FMP technology can result in substantial cost reductions — up to 33 percent — in installation expenses for data centers. By minimizing the need for large equipment and extensive cabling, facilities can allocate resources more efficiently, freeing up capital for other critical investments. The cost-effectiveness of FMP does not compromise power reliability; instead, it enhances the overall performance of data center operations while delivering significant financial advantages. 

Future impact of FMPS on data center projects

As we look to the future, integrating FMP into data center applications signifies more than just a technological advancement — it represents a fundamental shift in our approach to power distribution. By aligning with emerging trends in electrification, EV charging, and AI-driven demands, this technology emerges as a practical solution to the challenges currently facing the industry. 

For more information on FMP, read the full white paper here.