Parameter in the News

The costs associated with an unplanned outage, especially in high compute environments, means that companies are adopting software solutions that allow for the fastest response. Parameter’s technology can be easily integrated into existing infrastructure, allowing the company to deploy it for battery monitoring.

Air cooling was designed for a world of 8 to 12 kW racks, but that world no longer exists. Today’s AI training racks routinely draw more than 100 kW, with roadmaps pushing toward 250 kW and beyond, and no amount of moving air can pull that much heat out of that small a footprint. That’s why liquid cooling has moved from a niche technique to the backbone of AI infrastructure almost overnight, with liquid-cooled server deployments more than tripling in a single year. But as coolant has moved from the room’s perimeter deep into the rack itself, running through manifolds, cold plates, and dozens of wetted quick-disconnect points inches from live electronics, it has quietly changed the risk profile of the entire data center.

As the global liquid cooling market approaches $30 billion by 2033, this partnership addresses safety challenges by providing real-time leak detection and automated valve control, crucial for protecting assets and maintaining operational continuity in AI and supercomputing environments.

Battery infrastructure is under increasing scrutiny as energy systems scale and operational demands intensify. In high-risk environments, particularly where explosive gases may be present, the margin for error continues to narrow. A newly introduced intrinsically safe battery monitoring module, the DCM6-L-IECEx from Parameter, reflects a broader move toward safer, more integrated approaches to managing these risks.

Parameter has launched the DCM6-L-IECEx battery monitoring module for hazardous environments, designed for Zone 1 and Zone 2 sites.

The module is intended for battery rooms and other classified areas where explosive gases such as hydrogen may be present. It enables cell-level battery monitoring without explosion-proof enclosures and works with Parameter’s Cellwatch Battery Monitoring and Cellwatch Frontier systems.

Parameter, a leading provider of mission-critical infrastructure monitoring systems, launched the DCM6-L-IECEx, a battery monitoring module purpose‑built for IECEx‑certified operation in Zone 1 and Zone 2 hazardous environments.

Davis Infrastructure, a leading provider of mission critical power and cooling solutions, is pleased to announce a new strategic partnership with Parameter, a leader in manufacturing of monitoring and detection solutions for data centers, utilities, and critical infrastructure.

The demonstration pairs Parameter’s RLE Leak Detection platform with Rotork’s Hanbay compact, fast and reliable electric actuators for valve control. The system provides real-time leak localisation, automated response logic, and centralised alarm and control integration for data centre operators.

You may be thinking that there cannot be anything in common with these three places, but in fact, PTI has been in all three places installing RLE leak detection technology.

Leak detection technology works by placing a small braided cord in areas where you want to detect liquids. That cord communicates or connects back to an RLE monitoring appliance and when any liquid touches the cord, the appliance will alarm and tell you exactly where the leak is located so you can remedy the situation immediately. The monitoring device can be set up to send alerts to you via text and email, so you still can respond quickly even if you’re not on site.

Check out this newly completed Parameter Cellwatch system (formerly NDSL) for one of our valued clients who is taking asset protection seriously—prioritizing real-time monitoring and thermal runaway protection.

Modern facilities face increasing risks from water leaks, environmental issues, and equipment downtime. RLE Technologies has become a leader in leak detection and facility monitoring solutions, providing peace of mind to facility managers, integrators, and building owners. From commercial buildings and data centers to industrial facilities,

RLE’s innovative technologies help protect assets, reduce downtime, and improve operational efficiency.