Real-time simulation of intelligent liquid immersion cooling for high-density data centers. Watch the AI optimize temperature, energy and performance — live.
This live simulator demonstrates SiliCool's AI-driven immersion cooling technology for high-density server environments. The system continuously monitors temperature sensors, flow rates, and pressure while a machine learning model optimizes pump speeds and cooling parameters in real time.
The full platform includes a Digital Twin, predictive maintenance alerts, advanced analytics, and integration with real hardware via HTTP API or direct sensor interfaces.
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About immersion cooling and SiliCool technology
Immersion cooling is a data center cooling technique where servers and electronic components are fully submerged in a thermally conductive but electrically non-conductive dielectric liquid. Unlike traditional air cooling, the fluid directly absorbs heat from components at the source, enabling significantly higher heat dissipation efficiency. SiliCool's implementation supports single-phase immersion (fluid remains liquid) with continuous circulation and AI-driven flow control.
Liquid immersion cooling typically reduces cooling energy consumption by 30–50% compared to traditional air cooling. SiliCool's AI optimization layer achieves PUE (Power Usage Effectiveness) values as low as 1.03–1.10, compared to the industry average of 1.5 for air-cooled facilities. This translates to direct operational cost savings and a significant reduction in carbon footprint for HPC and AI infrastructure operators.
SiliCool uses machine learning models (Linear Regression and Random Forest) trained on real-time sensor data from 29 measurement points including temperature, pressure, flow rate and fluid levels. The AI continuously predicts the optimal pump speed, fan operation and valve positions to maintain target temperatures while minimizing energy consumption. Predictive maintenance algorithms also detect component wear patterns before failures occur, reducing unplanned downtime.
A Digital Twin is a real-time virtual replica of a physical system. SiliCool's Digital Twin mirrors the actual immersion cooling infrastructure — synchronizing every sensor reading, actuator state and thermal model. Operators can run "what-if" scenarios (e.g. simulating a 20% increase in server load or a pump failure) on the twin without any risk to the live system. This enables safe testing of configurations, emergency response training, and capacity planning.
Yes. Immersion cooling is particularly well-suited for high-density GPU clusters used in AI training and inference workloads. Modern AI accelerators (NVIDIA H100, A100, AMD MI300X) produce heat densities exceeding 700W per chip that air cooling cannot efficiently manage. SiliCool's system is designed for rack densities up to 100kW, making it ideal for LLM training infrastructure, hyperscale AI factories and HPC research clusters.
Contact our team to schedule a technical deep-dive and see how SiliCool can reduce your cooling energy costs by up to 40%.