Modular Data Center Market Share

Traditional data centers, commonly situated in commercial spaces, face distinct challenges when deployed in disaster-prone areas. One critical aspect that sets them apart from their modular counterparts is the implementation of a disaster recovery strategy. This strategy acts as a safety net, enabling the recovery of data in the event of corruption or damage to the data center, ensuring the continuity of IT operations.

In contrast, modular data centers offer a more resilient solution in disaster-prone regions. Traditional data centers, when exposed to vibrations and shocks, are susceptible to potential harm to IT and electrical equipment, including storage arrays and servers. The risk amplifies during disasters, leading to power cuts that result in the shutdown of cooling equipment. This, in turn, triggers overheating within the data centers, compounding the damage.

The inherent design of modular data centers addresses these vulnerabilities. Equipped with built-in shock absorbers and suspension systems, modular data centers safeguard critical equipment from the impact of shocks and vibrations. This feature is particularly crucial in disaster scenarios, where external forces could jeopardize the integrity of IT infrastructure. Furthermore, some modular data center enclosures boast the capability to withstand the jolting forces associated with earthquakes.

The seismic resilience of modular data centers is quantified through seismic zone ratings, denoted as 1, 2, 3, or 4, signifying the degree of protection they offer. This capability makes modular data centers especially valuable in regions prone to seismic activity. A prime example is Japan, located near the Pacific Ring of Fire, an active seismic region. Given Japan's susceptibility to earthquakes, the advantages offered by modular data centers become particularly significant in ensuring the continuous functionality of critical IT infrastructure.

The unique features of modular data centers position them as a viable and robust option for disaster-prone countries. Their ability to withstand shocks, vibrations, and seismic activity, coupled with the built-in disaster recovery mechanisms, makes them an attractive choice for regions where natural disasters pose a constant threat. As the demand for resilient and disaster-ready data center solutions continues to grow globally, modular data centers emerge as a strategic and forward-looking response to the challenges presented by unpredictable environmental factors.