Liquid Cooling Solution for Data Center and AI Workload
Liquid Cooling Technology Built for the Future
Gerchamp’s Bluearth Liquid Cooling Solutions are designed for high-density racks in AI-ready infrastructures and HPC workloads.
With a comprehensive portfolio of Coolant Distribution Units (CDUs) and Direct Liquid Cooling Container (DLCCs), we deliver the high-density, energy-efficient, and rapidly deployment infrastructure for world’s data centre mainstream needs as well as future ultra-high-density computing environment.
Rack densities are growing, GPU workloads are rising, and data centres are shifting from traditional air-cooled data centre to liquid-cooled or hybrid systems to overcome thermal limitations.
Driven by the rapid growth of artificial intelligence (AI), cloud services, and high-density computing (HPC) data centers, traditional air cooling systems are reaching their physical limits.
Rack power density has increased from the traditional 6kW to 100–200kW per rack for AI clusters, while air-cooled system is limited to 40–50kW per rack. To address the growing thermal challenges, liquid cooling has become the key solution for next-generation data centers, delivering significantly higher heat dissipation efficiency and enabling PUE levels as low as 1.05 to 1.1. This transition also helps reduce power consumption, improve chip reliability, and support sustainability goals for data centres.
Why Choose Gerchamp Bluearth Liquid Cooling Solution for Data Centres
High-Density Cooling for AI and HPC Workloads
Support high-density racks from 150kW to 2700 kW with direct liquid cooling technologies for AI servers, HPC systems, and advanced computing applications.
Energy-Effcient with low PUE
Achieve PUE as low as 1.05, supporting high-efficiency data center requirements in markets including the United States, Europe, Singapore, and Malaysia.
Flexible and Rapid Deployment
Modular design including in-rack, in-row, liquid-to-liquid (L2L), liquid-to-air (L2A) and container solutions, enable fast implementation and adaptable expansion across diverse data center architectures.
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