Why is there a need for a data center rack power distribution unit?
The future success and sustainability of a product are determined by its quality. As the foundation of rack systems, a high-quality power distribution unit guarantees a dependable power supply. This is significant because a subpar PDU compromises the security of vital equipment. Therefore, selecting a high-quality PDU that can handle the power consumption of the equipment housed in the rack is crucial. This will lessen the possibility of device failure and stop unintentional tripping. Here mentioned are the reasons why there is a need for a data center rack power distribution unit:
The progressive demand for data centers:
The organization’s operations revolve around the data center. It is a repository for most enterprise-critical applications, processing, storing, and sharing most firm data with customers. Larger generators that can provide power during prolonged commercial power outages are used in data centers, whereas battery-based emergency power sources are typically used for shorter-term power outages.
Technology executives and engineers must rethink the data center to stay competitive as 5G-fueled hyperconnectivity grows business networks and pushes data production to the edge. For a firm to succeed, data center rack intelligence is essential.
Quality and suitability:
Now, selecting the best PDU from the available possibilities is just as important as evaluating a PDU’s quality. Several power socket outlets and their layouts will also alter because power requirements vary from client to customer, necessitating power monitoring. Rack PDUs with energy management and power usage data are offered in both metered and managed configurations. This helps to plan the power capacity more effectively. These PDUs are rated and safeguarded with the appropriate circuit breakers to satisfy a range of industrial needs.
Power saving:
The data center and server room administrators may control large volumes of current flow due to the PDU’s energy-saving relay, an electromagnetic switch. Compared to PDUs without these kinds of relays, this relay reduces the energy consumption in the rack by 131.4 kWh yearly per 30-outlet PDU unit. Reducing CO2 emissions, electricity costs, and the amount of annual carbon taxes paid are further benefits of using an energy-saving relay.
Space saving:
By using cascading to connect up to 64 PDU connections through a LAN port, a 3-phase PDU unit can save the space and money needed to install additional network switches and cables. Consequently, additional room is available for adding more high-performance computing IT hardware.
Customization and specification:
PDUs come in vertical and horizontal mounting models, with options for one or three phases. Rack power distribution units can be made into long or short shapes based on the required requirements, rack space, and number of outlets. For instance, vertical PDUs function best in server racks, while horizontal PDUs are better suited for network racks with shallower depths. The conventional PDUs can be modified to meet clients’ specific needs.
Partial words:
Elcom’s basic PDUs are plug-in and simple to operate. These devices can power all IT equipment in addition to the telecom infrastructure. They also offer a large selection of output connections based on how much power you use in the IT racks.
