Tiered BESS architecture pairs Fortis 2600 high-power transient buffer, Legion C20 energy-shifting platform, and Fortis 185 indoor UPS companion with existing generators to deliver grid-equivalent power quality—eliminating multi-year utility interconnection delays.
Engineered for absolute safety and performance, Fortis eliminates fire and gas hazards while delivering industry-leading power density for next-generation data centers.
A recent fire at a major data center in Oregon highlights the growing risks of lithium-ion battery storage. This article explores the role of immersion-cooled BESS in preventing thermal events and protecting critical infrastructure. Learn how safer energy storage solutions can enhance reliability, reduce downtime, and safeguard both people and operations.
Battery energy storage is no longer optional for modern data centers. As workloads grow and power reliability falters, facilities need a smarter way to manage uptime, cost, and sustainability. From AI compute to edge deployments, the demand is clear: resilient, clean, and flexible power
In today’s supercomputing landscape, the need for reliable, efficient, and sustainable energy solutions is paramount. Battery Energy Storage Systems (BESS) have emerged as a transformative technology, helping data-intensive supercomputing centers optimize energy infrastructure. By leveraging the capabilities of BESS, supercomputing facilities can meet the dual challenges of increasing computational demands and energy efficiency. Below, we
