Skeleton Technologies offers advanced energy storage solutions for AI data centers, utilizing proprietary Curved Graphene technology to smooth GPU power fluctuations. Their GrapheneGPU system enhances energy efficiency and boosts computational output by optimizing power delivery, reducing operational costs and infrastructure strain.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing demand for AI processing power strains existing data center power infrastructure, leading to significant energy inefficiency and high operational costs. Current solutions often involve artificial loads to manage GPU power fluctuations, resulting in wasted energy and heat generation.
Solution
Skeleton Technologies provides advanced energy storage solutions utilizing proprietary Curved Graphene technology to address the power demands of AI data centers. Their GrapheneGPU system is engineered to smooth out the fluctuating power consumption of GPUs, thereby enhancing energy efficiency and increasing computational output. This technology allows GPUs to operate continuously by storing energy during idle periods and releasing it during peak demand, eliminating the need for energy-wasting artificial loads. By optimizing power delivery, Skeleton's solutions reduce both capital expenditure on infrastructure upgrades and operational costs related to energy consumption and cooling.
Target Audience
The primary target audience includes operators of AI data centers, hyperscalers, and organizations with significant GPU computing workloads seeking to optimize energy efficiency and computational performance.
Features
- GrapheneGPU system designed for AI data center peak load shaving and enhanced GPU performance.
- Utilizes proprietary Curved Graphene material for superior power density and energy efficiency.
- Achieves up to 45% reduction in AI data center energy consumption.
- Boosts GPU computing power (FLOPS) by up to 40%.
- Reduces peak power connection requirements by up to 44%.
- Features AI-driven control software for dynamic power management.
- Offers rapid charging and discharging capabilities with low ESR (Equivalent Series Resistance).
- Compatible with existing data center infrastructure and power grids.
- Designed for high thermal tolerance and inherent safety, avoiding thermal runaway.
- Available in Supercapacitor cells (SkelCap SCA0300 EVO) with PCB-mountable or weldable terminals, and as integrated systems (GrapheneGPU PCS50).