A self-operating, intelligent power switching device controlled by specific control logic is known as an automatic switch (ATS).
An ATS’s primary function is to ensure that a connected load circuit receives electrical power continuously from one of two power sources (electrical equipment – lights, motors, computers, etc.).
Typically microprocessor-based, the control logic or automatic controller continuously tracks the electrical characteristics (voltage, frequency) of the primary and backup power sources.
The ATS will automatically switch the load circuit to the backup power source in the event that the connected power source fails (if it is available).
Generally speaking, most automatic transfer switches will attempt to connect to the primary power source (utility) by default and will only do so when necessary (primary source failure) or when specifically requested (operator command).
The Global automatic aerial multi-circuit switch market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
The “TransferPacT” line of Automatic Transfer Switching Equipment (ATSE) has been introduced by Schneider Electric. These automated transfer switches, according to Schneider, are a variety of high-speed, small, modular models for dependable backup power supply.
The ATSE series from TransferPacT will assist its industrial clients in maximising uptime as well as improving security, dependability, and connection for their non-industrial clients.
There are two versions of the TransferPacT product family from Schneider: Automatic and Active Automatic.
TransferPacT Automatic offers simple setup and quick configuration, primarily for usage in infrastructure-building.
A wider range of capabilities is available with TransferPacT Active Automatic, as well as the choice to expand to an external HMI.
This gives customers the freedom to scale and adapt ATSE’s functionality by merely adding functional modules as needed.
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