India’s data centre sector is moving rapidly toward liquid-based thermal management as artificial intelligence workloads intensify. In this context, Refroid Technologies Pvt. Ltd. and Technavious Solutions Private Limited have formed a partnership to develop AI cooling infrastructure tailored for high-density computing environments.

The collaboration merges Refroid’s liquid cooling platforms with Technavious’s engineering, commissioning, and certification capabilities for large-scale data centre facilities. Together, the companies aim to design infrastructure that supports GPU-heavy deployments while maintaining strict operational reliability standards demanded by AI systems.

Under the agreement, Technavious will incorporate Refroid’s Sentraflo Coolant Distribution Units (CDUs) into hyperscale data centre architecture. These units form a central component of liquid cooling networks, distributing coolant to high-density compute racks where GPUs generate concentrated thermal loads.

The move reflects a growing shift across the industry as operators redesign facilities to accommodate AI accelerators that demand significantly higher cooling performance than traditional enterprise servers. In addition, the partnership introduces liquid immersion cooling pods targeted at enterprise data centres and distributed edge deployments. These modular systems allow operators to deploy dense AI compute clusters even in facilities that were originally built around air-cooling systems.

Technavious will also lead site-readiness engineering activities to ensure the cooling infrastructure integrates smoothly into existing data centre environments. This engineering layer helps operators transition toward liquid-enabled architectures without requiring complete facility redesigns.

Engineering and Commissioning Framework for AI Infrastructure

Beyond cooling hardware, the partnership addresses another persistent industry challenge: verifying infrastructure performance before installing costly AI compute equipment. Refroid’s hybrid load banks will become part of Technavious’s Level 1–7 commissioning process for data centre infrastructure projects. This framework allows operators to validate cooling capacity and electrical resilience during the commissioning stage rather than after IT deployment.

Technavious Solutions’ CEO, Senthil Kumar R, said integrating Refroid’s liquid cooling technologies into TIA-942 compliant designs will help organisations deploy efficient liquid-cooled AI infrastructure.

The system supports Level 5 Integrated System Testing (IST) by simulating liquid and air thermal loads. Consequently, operators can test thermal performance under realistic operating conditions before production workloads begin running inside the facility.

Refroid Technologies’ CEO, Satya Bhavaraju, said standardising liquid cooling infrastructure requires an engineering lifecycle that ensures systems are validated before deployment.

He added that combining Refroid’s direct liquid cooling and immersion technologies with Technavious’s commissioning expertise provides operators with a structured approach to preparing data centre infrastructure for AI workloads.

AI Compute Density Is Reshaping Data Centre Design

The companies say the collaboration will deliver what they describe as a validated “brick-to-chip” infrastructure framework designed specifically for high-density AI computing environments.

Demand for AI training and inference capacity continues to push data centre power density far beyond levels seen in conventional enterprise IT deployments. As a result, thermal management strategies have become a defining factor in next-generation infrastructure design.

According to the companies, next-generation processors now exceed 500 watts of thermal design power, placing significant pressure on traditional air-cooled data centre facilities. Cooling systems that once supported enterprise racks often struggle to dissipate the heat generated by modern GPU clusters. Therefore, operators increasingly evaluate liquid cooling technologies to handle rising heat loads while maintaining stable system performance.

The Refroid–Technavious initiative aims to address these infrastructure constraints by combining cooling hardware innovation with structured engineering and commissioning methodologies.

Technavious brings expertise in mechanical, electrical, and plumbing (MEP) engineering as well as certification under the TIA-942 data centre standard. Meanwhile, Refroid focuses on liquid cooling solutions designed specifically for high-performance computing and AI environments.

Together, the companies intend to create deployment frameworks that help operators integrate liquid cooling into hyperscale and enterprise facilities with greater confidence.

As AI adoption accelerates across industries, such infrastructure partnerships increasingly shape how data centres evolve to support the extreme power and thermal requirements of next-generation computing systems.