Immersion batteries and GPUs represent a revolutionary leap in energy storage technology and compute efficiency. Our cutting-edge, single-phase, immersion liquid-cooling thermal management system allows the cells and GPUs to directly engage with the cooling liquid. Coupled with a seamless liquid-cooling cycle and state-of-art refrigeration system and using an insulated coolant as the heat-transfer agent, it can rapidly and efficiently remove the heat generated by batteries and GPUs.
Reduces cooling energy use and PUE to 1.05 - 1.1 in subtropical climates
Enable 24/7 operation of AI/ML workloads without thermal throttling or thermal runway.
Scalable, sustainable, and efficient energy and compute infrastructure.
Al (analytics, generative systems, real-time decision-making) and Web3 (decentralized ownership, asset exchange, secure authentication).
Balances energy supply, storage, and compute demand in real time.
Integrates with legacy grids, micrograms, and renewable sources.
Self-adjust to weather, pricing, and workload variables.
Monitoring single-cell performance and enable remote shut down to prevent fire risks and automation.