Salinex has announced a new intellectual property filing in the AI-focused data centre space, marking a strategic expansion beyond offshore floating solar and marine energy systems. The company aims to develop a highly energy-efficient AI-ready data centre concept targeting a Power Usage Effectiveness (PUE) of 1.05 or lower.
At a time when artificial intelligence workloads are rapidly increasing global electricity demand, energy efficiency has become a defining factor for next-generation data infrastructure. A PUE approaching 1.0 represents near-optimal performance, where almost all consumed power is used directly for computing rather than cooling and auxiliary systems. By targeting 1.05 or below, Salinex positions its concept among the most ambitious efficiency benchmarks in the industry.
The proposed system is designed as a modular platform built in 54 MW blocks, scalable up to 270 MW within the same site footprint. Modular architecture offers investors a phased deployment pathway, reducing upfront capital intensity while allowing expansion aligned with demand growth. This structure also improves project flexibility, site optimization and system redundancy.
One of the central technical directions highlighted in the announcement is high-density chipset support without treating cooling as a structural disadvantage. As AI chips grow more powerful and heat-intensive, traditional data centre designs face escalating cooling costs and physical limitations. Salinex’s approach aims to turn thermal management into a design advantage rather than a constraint.
To validate the concept, the company plans to build a pilot facility and is actively seeking funding. This development phase represents a typical transition from protected intellectual property to physical demonstration, a key milestone in de-risking early-stage infrastructure innovation.
For investors, the significance lies not only in the technology itself but in the strategic positioning. Global AI expansion is driving unprecedented demand for efficient, scalable and sustainable data infrastructure. Concepts capable of materially reducing energy overhead may benefit from structural demand tailwinds, regulatory support for efficiency and strong ESG alignment.
Floating solar foundations and system integration
Salinex’s move into AI-optimised infrastructure builds on its engineering experience in offshore floating solar and marine-grade energy systems. The company previously announced successful nearshore testing of its semi-submersible floating solar prototype, designed for challenging marine environments and equipped with advanced sensor integration.
That background in modular offshore construction, resilience engineering and energy system integration provides a technical base for expanding into adjacent energy-intensive sectors. While floating solar and AI data centres serve different markets, both require efficient power management, scalable architecture and robust structural design.
About Salinex
Salinex is an innovation-driven company headquartered in Singapore, focused on resilient renewable energy and water solutions. Its expertise spans offshore production systems, marine-grade engineering, instrumentation and integrated energy platforms.
Through its floating solar programme and new AI-focused data centre initiative, Salinex is advancing technologies aimed at improving energy efficiency, system resilience and long-term sustainability across multiple sectors.