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This article focuses on "five core steps and benefits of modernizing data centers". Interested friends may wish to take a look. The method introduced in this paper is simple, fast and practical. Let's let the editor take you to learn the five core steps and benefits of modernizing the data center.

Benefits of a modern data center

Upgrading and retrofitting traditional data center facilities is an effective way to increase capacity without increasing footprint, as long as it can be achieved in an energy-efficient way. It also provides other important long-term benefits, such as enhanced competitiveness, reliability, security, flexibility, environmental integration, security and monitoring.

For example, modern data centers can better configure equipment to significantly reduce downtime and respond to events by carefully designing the redundancy and resilience of power supplies and critical mechanical systems. Through modular and scalable designs, they can respond more effectively to changing customer needs and reduce operating expenses. Power costs directly affect the decision-making of positioning data centers, so accurate estimation of current and future electricity prices is very important for modern data center facilities.

In addition, with the improvement of handling capacity, the fire risk also increases. Modern data centers are equipped with fire detection and prevention systems, and effective evacuation and rescue functions are built into the layout.

With advanced cooling and heat recovery technologies, modern data centers can be better integrated into their community environment. Research and redesign (analysis of factors such as airflow, heat transfer, audible noise, and electromagnetic compatibility) is a key component of the data center upgrade plan.

Five core steps to modernize the data center

By working with customers, the following five basic steps have been identified for smarter, faster, and better upgrades:

(1) mobilize an efficient project team

The project team needs to include all relevant stakeholders within the organization, as well as professional partners with experience in several key areas. These include finance and economics, construction, planning and licensing, electromechanical systems engineering, and electrical connections, such as electricity, district heating, drinking water, and waste water. An integrated, multidisciplinary team will provide the overall design, and there will be no built-in inefficiencies because of the design margin at the interfaces between different components and subsystems.

(2) consider your own choices.

There is no universal process to determine how to modernize the data center. There are many solutions available, and it is important that project teams carefully evaluate their options during the planning phase to ensure that they choose a more value-oriented and effective approach to their data center facilities. Analysis and simulation tools (such as safety, computational fluid dynamics, electromagnetic transient simulations, thermodynamic models, and Monte Carlo reliability, availability, and maintainability simulations in integrated designs) can be used to support this process, quantifying reliability and resilience, security risks and energy-saving potential, as well as a range of impacts on the surrounding area.

(3) build strategically focused business cases.

While financial and economic analysis is an important part of the selection and planning phase, other factors need to be taken into account to help establish a strong modern business case. In addition to cost savings and return on investment, strategic factors (including brand building, acceptance of local communities, future-oriented and positioning in developing electricity and energy markets), and the so-called "triple bottom line" framework (used to measure social benefits) ecological and economic impacts must also be included.

(IV) Planning and delivery

Each component of a modern data center must be designed to take into account all interfaces and possible conflicts. Complex tools, including BIM, finite element analysis and numerical integration simulation solutions, can assess fluid dynamics, thermodynamics, electrical transient performance, electromagnetic compatibility, audible noise and arc flashover risks. Enterprise teams use these tools to plan, design, and deliver data centers for the world's major super-large vendors and hosting providers to reduce risk ahead of time and focus as soon as they are needed.

(5) continuously verify the results and improve the operating procedures.

When completing a project, people often ignore the strict and objective evaluation of real-world performance. Regulators often need to measure energy conservation, environmental impact and the impact on nearby utilities. In turn, they will provide information on improvements in operating procedures, resulting in further savings throughout the project.

Unleash value and efficiency

By integrating engineering and analysis capabilities into a single project organization, the enterprise team is committed to strengthening the selection, planning, and delivery phases of data center modernization projects.

Sustainability engineering, utility connection design, electromechanical engineering, and the key to interacting and optimizing technology and environmental functions across a wide range of areas are key to releasing value, while enterprises can be difficult to achieve without the help of professional scientists and engineers.

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