A data center’s worst enemy is uncontrolled heat. At LANA, we engineer cutting-edge cooling and containment systems that ensure every watt of power leads to performance not overheating.
We don’t believe in one-size-fits-all cooling. LANA’s expert engineers assess your infrastructure needs to architect tailor-made cooling systems from CRAC/CRAH units to in-row cooling that scales with your compute density.
We deploy hot aisle and cold aisle containment solutions to eliminate thermal mixing and reduce the strain on cooling units. The result? Lower energy bills and extended hardware lifespan. Containment is not just an add-on; it's a critical strategy for sustainable and scalable IT operations.
Our smart cooling systems integrate advanced sensors that monitor temperature, humidity, airflowand pressure enabling proactive adjustments to prevent heat-related issues before they arise.
Based on your infrastructure’s unique needs.
Work with existing systems or new builds
Lower operational costs with smarter airflow
Ensures consistent uptime and equipment health
Precision cooling is specifically designed for data centers and IT environments. Unlike traditional HVAC systems, it maintains narrow temperature and humidity ranges, ensuring optimal conditions for sensitive hardware and reducing downtime risk.
Containment isolates hot and cold airflows to prevent mixing, improving cooling efficiency. This targeted approach reduces energy consumption and enhances the lifespan and performance of servers.
Yes. Our solutions are built to seamlessly integrate with your current HVAC setup while enhancing its performance through smart zoning, airflow designand precision control
We use advanced airflow modeling, sensor-based automationand tailored containment strategies to optimize cooling loads and reduce energy wastage resulting in lower PUE and operating costs.
Absolutely. Our precision cooling and containment designs are modular and scalable, ensuring they adapt effortlessly as your data center expands or your computing density increases.