Prefabricated modular architecture doesn’t compromise on the quality of the building, since parts are built in a controlled environment rather than on an uncontrollable construction site. Furthermore, this method of construction can save huge loads of time, as building modules are fast and easy to install.
The modules integrate as much as 95% of the necessary parts, thus leading to up to 40%-time savings, and to a more precise installation by comparison with conventional building methods. The fact that all elements are pre-designed and manufactured in controlled conditions makes prefabricated solutions a more and more popular choice among builders and architects.
Choices Companies Have for Their Resources
As more and more businesses choose to put their resources into the cloud, there’s a growing need for edge data centres to provide localised processing of on-site applications, and also to secure seamless connectivity to cloud-based resources and applications.
These edge data centre have become essential to companies that rely on them for processing and storing their data, and for communicating with their teams and customers. Such processes can’t afford any downtime, hence putting tremendous pressure on edge data centres.
The question is how to erect a top-notch edge data centre without a huge investment of time, effort and money. More often than not, the ideal solution will be to use prefabricated, modular data centre components.
The term “prefabricated” may sound scary to people who immediately imagine those ISO shipping containers. However, containers are only one of the solutions. In fact, modular data centres come in a wide range of shapes and sizes. They can be single-rack, self-contained enclosures you can store in a closet, but also modular rooms built from prefabricated wall panels inside of an already existing, larger room.
Regardless of their size, prefabricated data centre modules have several things in common:
They are as secure and resilient as traditional data centres.
They are flexible, being therefore able to fit almost any type of setting or environment.
They are scalable to match the growing demand of your business.
They are repeatable, which means users can install multiple identical implementations in as many locations as needed. In addition, training and implementation don’t require any special skills or tools.
Implementations of prefabricated modular data centres at the edge can fulfil a wide range of functions. Hospitals, for example, use these data centres to collect data from medical instruments and to store this information in the cloud, with the ultimate goal of ensuring their patients don’t receive drugs that may interact with each other.
Processing Important Data
At the same time, hospitals need local processing of data, effective and secure systems to collect, store and share patient information locally, to comply with privacy policies and regulations. Also, MRI scans can benefit from local processing, due to the very large files they generate. Looking at UPS Power Supplies will give peace of mind and best yet, options.
Under these circumstances, it’s easy to understand why on-site edge data centres are as important as the cloud-based resources they connect to. A highly resilient, functional edge data centre secures the processing performance such applications require, without the latency issues presented by exclusively cloud-based data centres. A prefabricated module has everything required to provide the seamless operations of an edge data centre, while also being designed to fit in whatever space the hospital has available. It can even be located outdoors, if needed.
In these types of applications, a prefabricated, modular data centre is a much better solution than a traditional building, erected from scratch. The modules are pre-built in controlled environments with very little to no variances, thus benefiting from much higher precision. The construction time is also significantly cut. Their construction may take between 12 and 16 weeks, which is about a quarter of the time it takes to build a brick and mortar data centre from scratch.