Power distribution systems are the backbone of data centers. They allow data centers to get the necessary power to run their equipment. It’s important to understand these systems because they can have a huge impact on the reliability and performance of a data center. In this blog post, we will discuss the fundamentals of power distribution systems – specifically, PDU power distribution units – and how they work. This blog post will be relevant to those in Thailand who work in the IT industry and are looking to gain knowledge about data centers and how they operate.
What is a PDU power distribution unit?
A PDU power distribution unit is an electrical device that makes it possible to distribute power from the Data center’s UPS system to multiple machines. Basically, it helps protect against losing data using the internal relays, which switches the power to the secondary source without interrupting the power to the IT equipment. It is the power strip of a data center.
Types of PDUs
PDUs come in different types based on the configuration of their power outputs. There are two main types of PDUs, namely the basic and intelligent PDU. Basic PDUs only have straight outlets while intelligent PDUs have outlets that have access to network control, metering and adding additional features like automatic trip-offs.
Factors to Consider When Selecting PDUs
- a) Power Rating: This is the total power output of the PDU channels.
- b) Form factor: Depending on the data center, it is important to consider the form factor of the PDU to ensure it fits in the rack.
- c) Outlet Configuration or type: This determines the type of equipment that can be plugged in to the PDU.
- d) Metering and Monitoring Capabilities: The ability to measure power usage in real-time is critical to managing power consumption and preventing overload.
- e) Redundancy: A redundant PDU is important in the event that one goes down
Best Practices When Choosing and Installing PDUs
- a) Energy Unit Migration (EUI) – This means going over each unit within the PDU to ensure the amount of energy required is less than the rating of the port.
- b) Proper Sizing to Match Circuit Breakers – It is important to ensure the sizing of the PDU is appropriate to match the capacity of the Circuit Breaker
- c) Load Balance – The load should be distributed across the PDU channels as much as possible to minimize the likelihood of an overload or failure.
- d) Redundancy – When choosing and installing PDUs, redundancy is important so as to limit the chances of system outages.
Understanding power distribution systems is crucial to the maintenance and operation of data centers. PDUs specifically play an important role in ensuring that power is distributed in a manner that maximizes reliability and performance. It is important that those who work in data centers understand the different factors that affect the selection and installation of PDUs. This knowledge is particularly relevant to those working in the IT industry in Thailand. By considering the factors discussed in this blog post, it is possible to create a power distribution system that is both reliable and efficient.
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