The global data center landscape is undergoing a seismic shift. Driven by the continued explosive growth in artificial intelligence (AI) computing demand, new data centers are being constructed and delivered at an unprecedented pace. This rapid expansion has created diverse and complex testing and commissioning requirements that are essential for ensuring reliability, efficiency, and uptime.
As AI workloads place unprecedented demands on power and cooling infrastructure, data center operators face critical testing challenges across multiple systems. These include terminal cooling equipment such as chillers and cooling towers, coolant distribution units (CDUs), uninterruptible power supplies (UPS), and backup power generators. Each of these components must be thoroughly validated before deployment to ensure seamless operation under real-world conditions.
Emax Responds to Market Demands with Comprehensive Testing Solutions
Emax Electrical, a globally recognized leader in load bank technology, has responded to these evolving market needs by releasing a comprehensive portfolio of load bank solutions specifically designed for data center applications. With over 15 years of industry experience and installations serving thousands of customers worldwide, Emax brings unparalleled expertise to the data center testing market.
500kW Liquid Load Bank – For CDUs, Chillers, Cooling Towers, and More
The Emax 500kW liquid-cooled load bank represents the pinnacle of cooling system testing technology. Designed specifically for validating terminal cooling equipment and coolant distribution units
200kW GB200/GB300 Liquid-Cooled Load Bank – For CDUs and UPS Systems
Emax has also developed specialized liquid-cooled load banks for next-generation AI infrastructure. The 200kW GB200/GB300 series is designed to validate both CDU performance and UPS systems, offering:
Modular Design for Simplified Maintenance: Building on Emax's industry-first modular approach, this load bank incorporates 10/20/30/40kW rack-mounted load bank modules that can be easily maintained and reconfigured.
