Soluna Holdings, Inc. and Siemens have entered a partnership to address rapid swings in power demand when running AI workloads on renewable energy.
The collaboration aims to deploy and validate a behind-the-meter power-and-controls approach at Soluna's Project Grace site in Texas.
Project Grace will host a 2 MW pilot utilizing Siemens' electrical infrastructure to manage GPU-driven power demand fluctuations in renewable energy environments.
Partnership for Sustainable Computing
Collaboration between Soluna and Siemens to optimize renewable energy for AI workloads.
Innovative Control Approach
Utilizing Siemens' infrastructure to manage rapid power swings in AI computing.
Scalability and Efficiency Focus
Establishing performance metrics for scalable, grid-stable renewable compute environments.
- The pilot project at Project Grace is expected to capture performance data and operational insights under real-world workloads.
- Soluna and Siemens aim to develop a repeatable blueprint for behind-the-meter renewable compute with enhanced grid stability and energy efficiency.
The partnership between Soluna and Siemens signals a focus on sustainable computing solutions, paving the way for future scalable AI workloads powered by renewable energy. This collaboration sets a new standard for energy-efficient and stable computing environments in the industry.