What is a unit of energy distribution?
Energy distribution unit (PDU) is a form of a device that is used to control the allocation and distribution of energy to more recipients. Using this type of device helps to ensure that all basic devices receive sufficient energy, although the main energy source is not temporarily available. One of the more common examples of the power supply unit is the uninterruptible power supply (UPS), which is used to maintain workstations and internal networks during power failure.
In principle, there are basically two classes of energy distribution that are commonly used today. One is known as a PDU -based device. Units of this type help to process the voltage level and the current flow from the power source so that the power supply to specific devices is sufficient, but it is not enough to overload any circuit. This process may include the conversion of an electric flow in some way, such as adapting to a single phase energy source to multiple energy flow. UseThis type of power distribution unit is common in a number of applications, including energy flow control to computer systems or devices used to create light programs at concerts or even to manage the stage lighting system.
The second class of the power distribution unit is PDU mounted on a heavy floor. This type of unit essentially processes the energy received from the main source and distributes it to smaller devices based on a specific allocation process. As the name suggests, this type of unit is usually larger and permanently located. This is unlike units based on a stand that can be easily moved to comply with any need that can occur.
While some proposals for the power supply unit require manual operation on site, there are models that are equipped for processing remote access and management. Distant Administration TheThe PDU is becoming increasingly common in a number of business settings, which not only allows you to activate units to meet an emergency, but also to manage the function of these units without relying on programmed energy allocation protocols. This approach can facilitate the solution of any situation that may require the ability to approach units remotely and close some of them without required to shut down the locally and possibly threatening human beings in the situation of the disaster.