TMGcore
TMGcore develops single- and two-phase liquid immersion cooling systems for data centers, utilizing hydrocarbon dielectric fluids and engineered fluorocarbon-based liquids to enhance heat transfer efficiency. This technology addresses the rising thermal demands of high-performance computing, enabling improved operational stability and sustainability in data center environments.
- Clean Technology
- Hardware
- Internet of Things
Funding
Founders
Founder details are not available yet.
Product
Problem
As data center demands increase, temperatures within these facilities are reaching unprecedented levels, creating a need for more efficient cooling solutions. Traditional air cooling methods are proving insufficient for high-density computing environments, leading to potential performance bottlenecks and increased energy consumption.
Solution
Airedale by Modine provides liquid immersion cooling systems designed for both single-phase and two-phase applications to address the escalating thermal challenges in modern data centers. Single-phase systems utilize circulating hydrocarbon dielectric fluid, while two-phase systems employ engineered fluorocarbon-based liquids that boil at lower temperatures to enhance heat transfer. These systems offer precise temperature control, reduce the risk of leaks, and improve energy efficiency by directly cooling heat-generating components. Airedale's solutions support a hybrid approach to data center thermal management, integrating seamlessly with existing infrastructure and allowing for modular capacity expansion.
Target Audience
The primary target audience includes data centers, high-performance computing facilities, and IT professionals seeking advanced cooling solutions to manage increasing thermal loads and improve energy efficiency.
Features
- Coolant Distribution Units (CDUs) regulate fluid volumes, flow rates, and temperatures for precise control in liquid cooling systems.
- CDUs integrate sophisticated monitoring systems for early leak detection and immediate intervention.
- Compatibility with various coolants, including water/glycol mixtures.
- Designed for direct-to-chip and hybrid cooling environments, including Rear Door Heat Exchanger (RDHx) applications.
- Built-in redundant pumps, filtration, and intuitive controls for reliable performance.
- Flexible configuration options, including standard and custom models.
- Global and modular design for deployment in various project locations.
- Seamless integration with existing infrastructure, including in-rack server profiles and facility rooms.
- High capacity, with models supporting up to 1 MW.
- Enhanced filtration with extra-large filter bodies to reduce contamination risks.
- Front-accessible components for simplified maintenance.