Modular data centers are prefabricated structures that can help a colocation or onsite facility increase its capacity within a short timeframe and with a small carbon footprint.
Managers of data centers understand the importance of the need to be prepared for growth as their organization grows. If you’re looking to upgrade your data storage, there are several reasons to adopt a modular data center design.
Data centers face climate challenges, and finding more sustainable ways to conserve energy can be helpful. Modular design helps with demand fluctuations, allowing a gradual increase over time. Since modular design consists of sections, this helps to reduce waste and allows other parts of the structure to stay closed to avoid unnecessary energy use.
By sectioning off portions of a data center, modular design is essential if scalability is a priority. Instead of building and investing in an immense space initially, you can grow as your business grows. Having a large facility can cut into your ROI, but modular design gives you the flexibility to add more space quickly and effortlessly as you need it.
One of the main reasons to adopt a modular data centers design is a quick turnaround for expanding. Building any structure typically means delays, and data centers are no different. The construction of modular data centers is an easier process because the building occurs offsite. This reduces installation time that could cause downtime.
Save on Costs
Overall, a modular design helps to reduce costs, with faster construction, less initial investment, and energy use. The scalable construction aspect means that you can invest as your organization grows, giving you the ability to avoid spikes in cost. The power skids that modular data enters use allow engineers to test and build electrical systems before installation, which saves on installation expenses. Plus, the smaller square footage also helps keep real estate expenditures down.
As more and more people adopt a modular design model for their data centers, facilities will decrease in size over time, reducing the strain on energy use and climate challenges.