Outdated and overcrowded data centers can prevent a company from growing. So, companies need to evaluate the need of their business properly. They want their data center to deliver uptime performance goals and meet the future needs of their business. If you are in this business, you can avoid making mistakes when building or expanding a data center by working with trusted data center architects Stendel + Reich. Your architect can oversee the project for you, offering professional insights. They will ensure you plan for the design and build stage properly to avoid using valuable capital and increasing your operational expense. The following are common mistakes when designing a data center:
Not Considering the Total Cost of Ownership
When it comes to designing and building a center, the operating and maintenance costs must be considered. The operating costs are related to the everyday operation and personnel including staffing levels, capacity management, personnel training and safety programs, as well as quality assurance or control policies and procedures. When you build a data center, you must concentrate on capital expenses, energy costs, and operations and maintenance expenses.
Not Setting Design Criteria
A lot of companies prefer a Tier 3 design, although they may not need it. Also, the majority of kilowatt-per-square-foot visions aren’t supported by the requirements of the business. There is no need to build more than necessary as this is only a waste of capital. Also, a higher-tier data center results in higher operations and maintenance costs and energy costs.
First, you need to set the right design criteria, along with the right performance characteristics. This way, you can build capital and operational expenses around it. Before you have your design criteria in place, do not search for the best space or plan the space yet.
Not Investing in Flexible and Modular Design
Making wrong projections can cause you to design a data center into a dead-end. If you want long-term success, you must come up with modular and flexible designs. Your distribution systems must be designed to accommodate future modifications in the base build criteria. While you may be able to meet your cooling requirements through traditional perimeter cooling, everything can change when there is a high-density rollout. So, ensure your core design lets you implement custom in-rack/in-row cooling solutions without interruptions. Also, your design must allow you to add UPS capacity to your existing modules without causing an outage.
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