As artificial intelligence workloads continue to drive unprecedented growth in data center power consumption, Skeleton Technologies is leveraging its proprietary Curved Graphene energy storage technology to address one of the industry's emerging bottlenecks: power infrastructure.

Modern AI clusters equipped with high-performance GPUs generate highly dynamic power demands that place significant stress on electrical networks and data center infrastructure. To tackle these challenges, Skeleton has developed a portfolio of power systems designed to stabilize power delivery from the rack level to the grid.

At the core of the company's technology is its patented Curved Graphene material, which enables ultracapacitors with exceptionally low internal resistance, rapid response times, and extremely high cycle life. These characteristics allow energy to be delivered or absorbed within microseconds, making the technology particularly well-suited for managing the fast-changing power profiles associated with AI accelerators.

One of the key elements of Skeleton's AI infrastructure portfolio is GrapheneGPU, a peak-load management system that stores energy when GPUs are idle and delivers it during periods of intensive computation. The system responds within 10 microseconds to smooth power fluctuations and eliminate the need for artificial loads traditionally used to maintain stable grid demand. According to the company, this approach can increase computing throughput while reducing energy losses and lowering grid connection requirements.

Skeleton has also introduced GrapheneUPS, a high-density double-conversion uninterruptible power supply specifically designed for AI data centers. Unlike conventional UPS architectures, the system continuously converts AC power to DC and back to AC while actively stabilizing the grid during voltage disturbances and short interruptions. The technology is intended to provide continuous power protection for AI infrastructure while helping operators comply with increasingly stringent grid connection requirements. The company says the system can enable up to 40% more computing capacity and reduce grid connection requirements by as much as 44%, while occupying up to 50% less space than competing solutions.

Complementing these offerings is GrapheneBBU, a battery backup unit based on Skeleton's proprietary SuperBattery technology. The solution integrates a DC-DC converter and battery management system to provide short-duration backup power for AI servers and rack-level power architectures. The company's portfolio also includes grid-scale energy storage systems designed to support megawatt-level power quality and stabilization applications. 

By combining hardware, intelligent control software, and advanced graphene-based energy storage, Skeleton is pursuing a full-stack approach to AI power infrastructure. The company works with hyperscalers, utilities, and data center operators to optimize power quality and infrastructure utilization across the entire electrical chain—from GPU racks to grid interconnections.

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About Skeleton Technologies

Skeleton Technologies is an energy storage company specializing in high-power supercapacitors and advanced battery technologies. Founded in 2009, the company has developed a proprietary Curved Graphene platform that forms the basis of its energy storage products. Skeleton serves markets including automotive, AI data centers, grid infrastructure, industrial systems, and transportation, and operates manufacturing and development facilities across Europe.