Las 10 regletas para armarios de servidores más utilizadas en centros de datos en 2025

Power reliability is the backbone of any data center. Without it, operations grind to a halt, leading to costly downtime. In fact, power-related outages account for 43% of significant disruptions in data centers. This makes choosing the right server cabinet power strip essential for maintaining uptime and protecting critical equipment.

As data centers evolve in 2025, energy efficiency and reliability take center stage. AI-driven management systems optimize energy usage, while liquid cooling becomes a standard to handle the heat from GPUs. These advancements demand power solutions that not only meet today’s needs but also anticipate tomorrow’s challenges.

Key Considerations When Choosing a Server Cabinet Power Strip

Protección contra sobretensiones

A power strip with surge protection is essential for safeguarding your data center equipment. Power surges can occur due to lightning strikes, electrical faults, or sudden power restoration after an outage. These surges can damage sensitive servers and networking devices, leading to costly repairs or replacements. Surge protectors act as a shield, absorbing excess voltage and preventing it from reaching your equipment.

When selecting a power strip, ensure it meets safety standards. For example:

• En power strip should match the power requirements of your server cabinet.
• Installation of power receptacles must be handled by qualified electricians.
• Monitoring systems should support IP capabilities for enhanced oversight.

By prioritizing surge protection, you reduce the risk of downtime and extend the lifespan of your equipment.

Mounting Options for Rack Mount Power Strips

Rack mount power strips are designed to fit seamlessly into server racks, optimizing space and ensuring efficient power distribution. You should consider the mounting options available to ensure compatibility with your server cabinet. Horizontal and vertical mounting are the two primary configurations.

Horizontal mounting works well for smaller racks, while vertical mounting is ideal for high-density setups. Vertical strips often attach to the side of the rack, freeing up valuable horizontal space for servers and other equipment. Look for power strips with secure mounting brackets or adjustable designs to fit various rack sizes. This ensures a stable installation and prevents accidental disconnections during maintenance.

Choosing the right mounting option enhances accessibility and keeps your data center organized.

Funciones de gestión remota

Funciones de gestión remota transform how you monitor and control power in your data center. Intelligent power strips with these features allow you to manage power distribution from anywhere. This reduces the need for on-site visits and improves operational efficiency.

Las principales ventajas son:

• Reduced server downtime through proactive monitoring of amperage, temperature, and humidity.
• Real-time access to power consumption data, helping you identify energy-intensive devices.
• Control over individual outlets, enabling remote reboots and minimizing energy waste.
• Cost savings by eliminating unnecessary travel for troubleshooting.

These features also enhance reliability by providing alerts for potential issues, such as overloading or overheating. With remote management, you can focus on optimizing your data center’s performance without constant physical intervention.

Rack Compatibility and Space Optimization

Ensuring compatibility between your server cabinet and power strip is crucial for efficient operations. Not all power strips fit every rack, so you need to verify dimensions and mounting options before purchasing. Rack mount power strips come in various sizes and configurations, designed to align with standard rack units (U). For example, a 1U or 2U strip fits horizontally across the rack, while vertical strips attach along the side rails.

Space optimization plays a key role in high-density environments. Vertical mounting frees up horizontal space, allowing you to maximize server capacity. This setup is ideal for data centers with racks consuming upwards of 10kW. Additionally, locking outlets on some strips prevent accidental disconnections, which is vital for maintaining uptime.

When selecting a power strip, consider its form factor and how it integrates with your existing rack layout. A well-fitted strip not only saves space but also improves cable management, reducing clutter and enhancing airflow. This keeps your equipment cool and operating efficiently.

Power Capacity and Budget Considerations

Understanding your power needs is essential when choosing a server cabinet power strip. Data centers typically use strips with capacities of 15 amp, 20 amp, or 30 amp. However, high-density setups may require configurations supporting up to 43 kW per rack. You should assess your equipment’s total power consumption to avoid overloading the strip.

Budget is another critical factor. While basic models are cost-effective, advanced options like intelligent power strips offer features such as remote management and environmental monitoring. These features may increase upfront costs but provide long-term savings by improving energy efficiency and reducing downtime.

To balance cost and performance, prioritize features that align with your operational goals. For instance, if your data center focuses on sustainability, investing in a PDU inteligente with energy monitoring capabilities can help you track and optimize usage. By carefully evaluating your power requirements and budget, you can select a solution that meets your needs without overspending.

Top 10 Server Cabinet Power Strips for 2025

NBYOSUN 2P 50A Circuit Breaker Basic c13 c19 PDU Strip

Características principales

En NBYOSUN 2P 50A Circuit Breaker Basic c13 c19 PDU Strip offers a robust solution for data centers requiring reliable power distribution. Its heavy-duty aluminum alloy housing ensures durability and resistance to fire, impact, and rust. The strip includes eight locking outlets (six IEC C13 and two IEC C19), which prevent accidental disconnections. A 2-pole 50A circuit breaker provides advanced protection against over-voltage, over-current, and short-circuiting. The wall-mount design allows for versatile installation, making it suitable for industrial and office environments. Customization options, such as circuit breakers from brands like Schneider and ABB, enhance its adaptability.

Pros

• Heavy-duty construction ensures long-term durability.
• Locking outlets maintain secure connections, reducing downtime risks.
• Advanced safety features protect equipment from electrical faults.
• Customizable components cater to specific operational needs.

Tripp Lite Metered PDUMH20

Características principales

The Tripp Lite Metered PDUMH20 stands out with its metered functionality and robust design. A built-in two-digit visual meter continuously reports the PDU load level in amps, helping you monitor power usage and prevent circuit overloads. Its 1U horizontal rackmount design fits seamlessly into standard server racks. The strip features 12 NEMA 5-15/20R outlets, offering versatile power distribution for various devices. A 15-foot cord with NEMA 5-20P/L5-20P input ensures flexible installation. The rugged all-metal housing enhances durability, making it a reliable choice for demanding environments.

Pros and Cons

Pros:

• Visual current monitoring prevents overloads.
• Durable metal housing withstands demanding conditions.
• Flexible installation with a long power cord.

Contras:

• Limited to horizontal mounting, which may not suit all setups.

CyberPower PDU41001

Características principales

The CyberPower PDU41001 is ideal for small to medium-sized businesses seeking cost-effective solutions. It features eight outlets, providing sufficient connectivity for smaller setups. Remote power control allows you to manage power settings from any location, reducing the need for on-site visits. Real-time monitoring offers insights into power usage, helping you optimize energy consumption. This PDU is designed for businesses prioritizing efficiency and reliability without the need for extensive connectivity options.

Pros and Cons

Pros:

• Remote power control enhances convenience.
• Real-time monitoring improves energy efficiency.
• Affordable option for smaller setups.

Contras:

• Not suitable for high-density environments.

APC by Schneider Electric AP9567

Características principales

The APC by Schneider Electric AP9567 offers a reliable solution for basic power distribution in server racks. This 1U rack-mountable power strip features 12 NEMA 5-15R outlets, providing ample connectivity for small to medium-sized setups. Its durable metal housing ensures long-lasting performance in demanding environments. The strip includes a 15-amp circuit breaker, offering essential protection against overloads and short circuits. With a 15-foot power cord, it provides flexibility for installation in various rack configurations.

Pros and Cons

Pros:

• Compact 1U design saves valuable rack space.
• Durable construction withstands wear and tear.
• Built-in circuit breaker enhances equipment protection.
• Long power cord allows flexible placement.

Contras:

• Lacks advanced features like remote management.
• Limited to basic surge protection capabilities.

Eaton ePDU G3 Metered Input

Características principales

The Eaton ePDU G3 Metered Input is designed for data centers that prioritize precise power monitoring. This PDU provides real-time input metering, allowing you to track power usage at the rack level. It supports a wide range of input voltages, making it suitable for diverse environments. The unit features a robust aluminum chassis and a vertical mounting design, optimizing space in high-density setups. With its hot-swappable network management module, you can monitor and manage power remotely without disrupting operations.

Pros and Cons

Pros:

• Real-time input metering improves energy efficiency.
• Vertical mounting maximizes rack space.
• Hot-swappable network module ensures uninterrupted monitoring.
• Durable aluminum chassis enhances reliability.

Contras:

• Higher upfront cost compared to basic PDUs.
• Requires additional setup for remote management features.

Panduit SmartZone G5

Características principales

The Panduit SmartZone G5 stands out as an intelligent PDU tailored for modern data centers. It offers advanced features for precise control and monitoring of power distribution. Remote monitoring capabilities allow you to manage power usage and environmental conditions from anywhere. Built-in sensors track temperature and humidity, helping you maintain optimal conditions and reduce downtime risks. The unit also includes advanced security features to restrict unauthorized access, ensuring compliance with industry standards.

Pros and Cons

Pros:

• Intelligent monitoring enhances energy efficiency.
• Remote management reduces response times and improves operations.
• Environmental sensors help maintain ideal conditions.
• Advanced security features ensure compliance and accountability.
• Scalable design supports future growth with minimal disruption.

Contras:

• Premium features may increase initial investment.

Consejo: If you’re looking for a server cabinet power strip that combines energy efficiency, scalability, and security, the Panduit SmartZone G5 is an excellent choice for high-density environments.

Server Technology PRO2 Switched PDU

Características principales

The Server Technology PRO2 PDU conmutada offers advanced features for managing power distribution in data centers. Its remote management capabilities allow you to control outlet power from a distance, improving operational efficiency. Real-time monitoring provides immediate insights into power usage, enabling proactive resource management. The PDU includes integral PIPS (Per Inlet Power Sensing) technology, which ensures accurate measurement of power metrics like voltage, current, and energy consumption. Optional temperature and humidity probes enhance environmental monitoring, helping you maintain optimal conditions. Additionally, the network access extension feature allows you to connect multiple PDUs, ensuring redundancy and reliability in your power feeds.

Pros and Cons

Pros:

• Remote management reduces the need for on-site intervention.
• Real-time monitoring helps optimize energy usage.
• PIPS technology ensures precise power measurements.
• Environmental probes enhance system health monitoring.
• Network access extension improves redundancy.

Contras:

• Advanced features may require additional setup time.
• Higher cost compared to basic PDUs.

Vertiv Geist Basic Rack PDU

Características principales

The Vertiv Geist Basic Rack PDU provides reliable power distribution at an affordable price. It offers various electrical and receptacle configurations, ensuring compliance with regional standards. This entry-level solution is ideal for small to medium-sized data centers. Its simple design meets a broad range of requirements, making it a versatile choice for smaller operations. The PDU’s durable construction ensures long-lasting performance, even in demanding environments.

• Reliable power distribution at a low cost.
• Multiple configurations meet regional compliance standards.
• Entry-level solution suitable for smaller operations.

Pros and Cons

Pros:

• Affordable option for small to medium-sized data centers.
• Versatile configurations ensure compliance with regional standards.
• Durable design provides long-term reliability.

Contras:

• Lacks advanced features like remote management.
• Limited scalability for high-density environments.

Raritan PX3-5498V

Características principales

The Raritan PX3-5498V stands out with its intelligent power management capabilities. It features outlet-level metering, which provides detailed insights into energy consumption for each connected device. Remote management allows you to control and monitor power usage from anywhere, reducing downtime risks. The PDU includes environmental sensors for temperature and humidity, helping you maintain ideal operating conditions. Its hot-swappable network interface ensures uninterrupted monitoring during maintenance. The vertical mounting design optimizes space in high-density racks, making it a great choice for modern data centers.

Pros and Cons

Pros:

• Outlet-level metering offers precise energy consumption data.
• Remote management enhances operational efficiency.
• Environmental sensors improve system reliability.
• Hot-swappable interface ensures continuous monitoring.
• Vertical design maximizes rack space.

Contras:

• Premium features increase upfront costs.
• May require additional training for full utilization.

Kendall Howard 48″ 15 Amp Power Strip

Características principales

The Kendall Howard 48″ 15 Amp Power Strip offers a practical and reliable solution for your server cabinet power needs. Its slim, 48-inch design makes it ideal for vertical mounting, maximizing rack space in high-density environments. With 12 NEMA 5-15R outlets, this power strip provides ample connectivity for your equipment. Each outlet is spaced to accommodate larger plugs, ensuring compatibility with a variety of devices.

This power strip includes a built-in 15-amp circuit breaker, which protects your equipment from overloads and short circuits. The durable steel housing ensures long-lasting performance, even in demanding environments. Its black powder-coated finish resists scratches and corrosion, maintaining a professional appearance over time.

The Kendall Howard power strip comes with a 10-foot power cord, offering flexibility in installation. Its plug-and-play design simplifies setup, so you can quickly integrate it into your server rack. This product is UL-listed, meeting strict safety standards for reliable operation.

Pros and Cons

Pros:

• Space-saving design: The 48-inch vertical form factor optimizes rack space, making it perfect for high-density setups.
• Ample connectivity: With 12 outlets, you can power multiple devices without needing additional strips.
• Mayor seguridad: The built-in 15-amp circuit breaker protects your equipment from electrical faults.
• Construcción duradera: Steel housing and a powder-coated finish ensure long-term reliability.
• Flexible installation: The 10-foot cord provides versatility in placement.

Contras:

• Limited advanced features: This power strip lacks remote management or monitoring capabilities.
• Fixed outlet configuration: The spacing may not suit all plug types, especially in specialized setups.

Consejo: If you need a straightforward, durable power strip for basic power distribution, the Kendall Howard 48″ 15 Amp Power Strip is a dependable choice. Its robust design and safety features make it ideal for small to medium-sized data centers.

Comparison Table of Top Server Cabinet Power Strips

Summary of Key Specifications and Features

Al elegir un server cabinet power strip, you need to evaluate its specifications carefully. The right power strip ensures your data center operates efficiently and reliably. Below is a comparison table summarizing the key features of the top power strips discussed earlier.

Consejo: Focus on your specific needs when comparing these power strips. For example, if you require remote management, prioritize options like the CyberPower PDU41001 or the Panduit SmartZone G5. If durability and simplicity are your main concerns, consider the Kendall Howard 48″ or the Vertiv Geist Basic Rack PDU.

This table highlights the most critical specifications, including amperage, outlet configuration, plug type, redundancy, and remote management capabilities. By aligning these features with your operational requirements, you can select the best power strip for your data center.

How to Choose the Right Power Strip for Your Data Center

Evaluación de las necesidades de potencia

Understanding your data center’s power capacity needs is critical for maintaining efficiency and avoiding downtime. Start by estimating the IT load. Calculate the power required for servers, storage devices, and networking equipment. Next, assess the cooling system’s power requirements. This includes accounting for the heat generated by your equipment and the energy needed to maintain optimal temperatures.

Supporting infrastructure also plays a role. Include power usage for lighting, security systems, and backup solutions like uninterruptible power supplies (UPS). Employ redundancy to ensure continuous uptime. Duplicating critical components, such as power supplies, minimizes the risk of outages.

Effective capacity planning offers several benefits:

• Cost management: Optimizing power usage reduces operational expenses.
• Environmental sustainability: Efficient power management lowers your carbon footprint.
• Performance optimization: Proper planning minimizes power-related disruptions.

By addressing these factors, you can create a reliable and sustainable power strategy for your data center.

Ensuring Rack Compatibility with Server Rack Accessories

Compatibility between your server cabinet power strip and rack is essential for smooth operations. Server rack accessories, such as Unidades de distribución de energía (PDU), play a key role in achieving this. Standard PDUs provide basic electrical power, while intelligent PDUs offer advanced features like remote monitoring and outlet-level control.

When selecting a power strip, consider its mounting options. Horizontal strips fit smaller racks, while vertical strips work well in high-density setups. Accessories like cable management arms and mounting brackets improve organization and airflow. These tools ensure your power strip integrates seamlessly with your rack, reducing clutter and enhancing cooling efficiency.

Properly chosen server rack accessories not only improve compatibility but also enhance the overall performance of your data center.

Balancing Features with Budget

Balancing features with budget requires a clear understanding of your operational priorities. Basic power strips are cost-effective and suitable for smaller setups. However, advanced options like intelligent PDUs offer features such as remote management and environmental monitoring. While these may have higher upfront costs, they provide long-term savings by improving energy efficiency and reducing downtime.

Evaluate your data center’s specific needs. If sustainability is a priority, invest in a power strip with energy monitoring capabilities. For high-density environments, consider models with locking outlets to prevent accidental disconnections. By focusing on features that align with your goals, you can maximize value without overspending.

Consejo: Prioritize features that directly impact your data center’s performance and reliability. This ensures you get the best return on your investment.

Evaluating Remote Management Requirements

Remote management capabilities have become essential for modern data centers. These features allow you to monitor and control power distribution without being physically present, saving time and improving efficiency. When evaluating remote management requirements, you should focus on features that enhance operational reliability and simplify maintenance.

One critical requirement is the ability to monitor power consumption data. This helps you identify devices that consume excessive energy, enabling you to make informed decisions about optimizing usage. Intelligent power strips take this a step further by offering control over individual outlets. You can switch devices on or off and even restart them remotely. This level of control ensures that you can address issues quickly, reducing downtime.

Another valuable feature is remote reboot power management. This allows you to perform a complete cold reboot of systems through a secure internet browser session. For example, if a server becomes unresponsive, you can shut down its power remotely and restart it without needing to visit the site. This capability minimizes disruptions and ensures continuous operation.

Intelligent power strips often provide these functions via web browsers or Telnet sessions. They also include security measures to prevent unauthorized access, ensuring the protection of your equipment. By integrating these features into your data center, you can streamline operations and maintain high levels of uptime.

When choosing a power strip, prioritize models that offer real-time monitoring, outlet-level control, and secure remote access. These features not only improve efficiency but also help you manage energy consumption effectively, aligning with sustainability goals.

Choosing the right server cabinet power strip is essential for ensuring the efficiency and reliability of your data center. A well-suited PDU configuration strengthens your power delivery system, reduces downtime, and supports future scalability. Understanding your power capacity and compatibility needs optimizes energy distribution and minimizes waste. As Banta noted, knowing your equipment’s power consumption helps you plan for higher-density deployments effectively. Use the comparison table and product list to identify a solution tailored to your operational demands. This approach ensures your center operates smoothly while staying prepared for future challenges.

PREGUNTAS FRECUENTES

What is the primary function of a server cabinet power strip?

A server cabinet power strip distributes electrical power to multiple devices within a server rack. It ensures that servers and networking equipment receive a stable power supply, reducing the risk of downtime and equipment failure.

How do you choose the right power strip for your data center?

Consider your power capacity needs, rack compatibility, and budget. Evaluate features like remote management and surge protection. Use the comparison table in this blog to match your specific requirements with the best power strip options.

Why is surge protection important for data centers?

Surge protection prevents damage from voltage spikes caused by lightning or electrical faults. It absorbs excess voltage, safeguarding sensitive equipment. This protection reduces repair costs and extends the lifespan of your data center hardware.

Can you manage power strips remotely?

Yes, many modern power strips offer remote management capabilities. These features allow you to monitor and control power distribution from anywhere, improving efficiency and reducing the need for on-site visits.

¿Cuáles son las ventajas de utilizar una PDU inteligente?

Smart PDUs provide real-time monitoring and control of power usage. They help optimize energy consumption, reduce operational costs, and enhance reliability. Features like environmental sensors and remote management support efficient data center operations.

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