AI Data Centre Sustainability: Spotlight on Next-Gen Cooling at CES 2026

SAN JOSE / LAS VEGAS, December 30, 2025 — As artificial intelligence continues to fuel explosive growth in data centre demand, one of the industry’s biggest sustainability challenges — heat and energy waste — is coming into sharper focus. Frore Systems, a pioneer in advanced thermal technology, is preparing to demonstrate solutions to that challenge at CES 2026, with innovations that promise to improve efficiency and environmental performance across AI infrastructure.

The rapid rise of high-intensity compute workloads — driven by large-scale AI training and inference — has pushed traditional cooling methods to their limits. Without more efficient thermal management, data centres risk soaring power usage, rising costs and greater environmental impact as facilities expand to meet global AI needs. Frore Systems says its latest solutions are designed to help data centres operate cooler, greener and more cost-effectively, advancing a critical piece of the sustainability puzzle for next-generation computing.

At the heart of the company’s CES showcase will be LiquidJet , a direct-to-chip liquid cooling coldplate engineered to slash heat at its source. By using advanced multistage cooling architectures and 3D microstructures tailored to modern GPU power profiles, LiquidJet is designed to significantly improve power usage effectiveness (PUE) — a key sustainability metric — while lowering total cost of ownership (TCO) for operators deploying dense AI hardware.

LiquidJet’s cooling performance reduces maximum GPU temperatures and enables operators to maintain higher performance without excessive energy expenditure. Lower cooling demands can translate into reduced electricity consumption and a smaller environmental footprint for hyperscale AI facilities — a priority as the industry scales rapidly in 2026 and beyond.

Frore will also demonstrate AirJet® and AirJet® PAK, its solid-state active cooling technologies for edge and IoT devices, showcasing lower-energy, more compact cooling that can extend AI performance gains to smaller or distributed systems with improved sustainability characteristics.

Live demonstrations at CES 2026 (January 6–9, Venetian Expo, Las Vegas) will allow attendees to experience the performance and efficiency gains of these cooling systems firsthand, including capabilities such as extreme hotspot cooling and support for high-density AI compute platforms.

As data centres worldwide grapple with the dual pressures of AI compute growth and energy sustainability, innovations like those from Frore Systems signal a shift toward more efficient, environmentally responsible infrastructure. CES 2026 is set to spotlight how such technologies may become foundational to the future of sustainable AI computing.