The electrical infrastructure of a data center is the foundation that supports the entire technological operation of the company. From powering servers to ensuring business continuity during critical events, the efficiency and quality of this support affect the operation, security, and costs of the enterprise.
However, keeping this resource operational is a challenge that demands attention to every detail, such as energy distribution systems and backup tools.
With increasing demands for performance and sustainability, it is necessary to seek solutions that increase the reliability of operations in the medium and long term. In this scenario, optimizing energy consumption should be a point of attention for a data center.
Want to learn the best practices for improving your company’s electrical infrastructure? Then be sure to check out the tips and information in this content.
What are the components of a data center’s electrical infrastructure?
The electrical component of this technological base is one of the pillars for ensuring business continuity, as it protects various critical equipment and information. Learn about its main components:
- electrical panel: centralizes energy distribution in order to control the management of different electrical loads;
- circuit breaker: protects circuits against overloads and short circuits, immediately interrupting the electricity supply to prevent further damage to the system;
- uninterruptible power supply (UPS): component that provides uninterrupted power in case of failures in electrical grid, allowing for the operational continuity of the data center;
- lightning rod: an item necessary to protect the electrical structure against natural discharges, directing such discharges to the ground in order to prevent damage to the equipment present in the data center;
- surge protection device (SPD)): a product that shields electronic systems against power surges, ensuring the longevity of connected devices.
What is the importance of taking care of the electrical infrastructure of the Data Center?
The efficiency of electrical infrastructure in data centers is a highly relevant topic, especially in a socioeconomic scenario where the demand for computing and data control is constantly growing. Check out the benefits of this practice.
Reduction of operational costs
Electricity costs represent a significant portion of a data center’s budget. Fortunately, with energy optimization, it’s possible to reduce consumption, aiming to foster financial savings in the short and long term. In this sense, high-efficiency uninterruptible power supplies (UPS) enable more efficient data center operation and directly contribute to reducing this consumption.
Improved availability
The electrical infrastructure architecture of a data center is one of the main factors considered in the availability index measured by certification standards.
THE TIA-942 standard It improves the availability of uninterruptible power supplies (UPS) in data centers by defining redundancy levels (Tiers) for different subsystems, including power. The standard requires that the infrastructure be designed to tolerate faults, requiring redundancy to guarantee uptime, which applies to uninterruptible power supplies (UPS) and other equipment essential to maintaining the continuous operation of the data center.
How the TIA-942 standard improves availability via uninterruptible power supplies (UPS):
The TIA-942 standard establishes four classifications (Tiers) based on the level of redundancy and fault tolerance.
- Tier 1: Without redundancy, with a high probability of failure.
- Tier 2 (N+1): With redundancy in subsystems such as power (N+1). This means that if there is a failure, there is at least one backup device, such as a UPS, ready to take over.
- Tier 3 (N+1): It requires that all power and cooling components be redundant and designed for maintenance without causing downtime.
- Tier 4 (2N): The highest level, with full redundancy for each power component.
Compliance with regulations
Energy efficiency helps companies comply with current environmental laws. After all, jurisdictions implement strict regulations for electricity use, and complying with these laws avoids fines and penalties. Not to mention that such compliance opens doors to incentives and tax breaks that can be advantageous for the business.
Innovation and competitive advantage
Companies that acquire energy-efficient technological devices stand out from the competition. The implemented innovations create a competitive advantage that facilitates attracting and retaining customers.
How to optimize the electrical infrastructure of a data center?
As seen, enhancing this resource offers numerous interesting advantages. Utilizing advanced technologies, well-defined strategies, and best practices transforms a company’s performance. Learn the main tips and recommendations to achieve this goal.
Invest in affordable hardware.
Components such as power sources, processors, storage units and batteries They directly influence operational costs. Therefore, opting for items that balance cost and performance is the best alternative.
For example, CPUs with reduced energy consumption and high performance make the process faster and more efficient, while SSDs are more compact and deliver superior read and write speeds, speeding up processes.
Install cooling systems
Temperature is a critical factor in data centers. Installing cooling systems is essential for maintaining the integrity of electrical equipment. An excessively hot environment can cause premature component damage, representing a financial loss that can be easily avoided through this investment.
Acquiring precision air conditioning or liquid cooling can improve the thermal performance of the data center, ensuring that servers operate within optimal limits.
Keep the environment organized.
Planned equipment arrangement reduces complexity and simplifies the process. maintenance. With logical and accessible organization of cables and components, it is possible to minimize the time required for technical interventions, thus increasing productivity.
Not to mention that this care prevents the accumulation of residue and overheating, due to better air circulation.
Use infrastructure management software.
Using a dedicated control system for this purpose is a smart way to streamline the entire operation. The software monitors equipment performance in real time, speeding up fault detection and the analysis of critical benchmarks.
With it, it’s possible to automate actions, manage resources, and ensure that all components are operating in an integrated manner.
Raise performance indicators.
Calculating KPIs is a good practice for understanding how the data center is performing. Metrics such as CPU utilization, energy consumption, and failure rate provide relevant information about the health of the infrastructure.
By gathering this data, it’s possible to predict trends and make informed decisions about necessary optimizations. Periodic analysis fosters proactive adjustments that prevent problems before they become critical.
Conduct energy audits.
Periodic monitoring identifies areas of waste and suggests measures to optimize energy consumption. For this purpose, it is necessary to obtain operational data from the data center to understand consumption patterns at different times (business hours, nighttime, and weekends).
This practice allows us to identify how we can make consumption more economical in the medium and long term. Such conduct makes the redundancy in IT more precise and, at the same time, reinforces the commitment to the corporate economy.
Optimizing the data center’s electrical infrastructure is the first step in strengthening security and operational efficiency during routine tasks and critical events. Prioritizing high-quality equipment is a strategic approach that promotes business continuity.
A well-designed data center strengthens resilience in the face of future challenges. This means that innovation begins with smart choices.
Therefore, invest in solutions that raise the company’s operational standards and inspire employees to strive for excellence in every detail. After all, success is within reach of managers who transform infrastructure into a competitive advantage.
How about taking advantage of the opportunity presented by reading? Discover the best tips for choosing the ideal UPS for your data center.!
