What is a Static Transfer Switch?
What are the Functions of a Static Transfer Switch?
A static transfer switch is a system required in areas where energy problems occur and downtime is unacceptable. We can call it a "security line" system. A static transfer switch is used during interruptions on the energy supply line. Thanks to the static transfer switch, it is possible for the system not to notice the interruption that occurs when an energy cut occurs. In summary, thanks to the static transfer switch, energy is transferred continuously. Today, static transfer switches are used in many critical points such as banks and intensive care units. Current frequency, voltage, etc. values are monitored from a remote point. You can click on the site https://www.quicklyserv.com/statik-transfer-switch-sts-ats-nedir-ne-ise-yarar/ for the static transfer switch.
In Which Types of Energy Sources is a Static Transfer Switch Used?
The static transfer switch attracts attention with its functions. The functions of the static transfer switch are:
- It ensures the protection of the load during phase sequence rotation.
- The STS automatically selects the better of the two existing electrical sources and starts supplying critical loads.
- It starts electrical maneuvering from a remote point.
- If both input sources are bad, the better one is chosen here.
- Electrical events are monitored from a remote point.
- It provides the advantage of mechanical by-pass transfer.
- It has the feature of fast energy transfer. In this way, energy loads are not significantly affected by the transfer.
A static transfer switch can be used in transitions between the grid and a generator. The static transfer switch varies within the scope of the energy load. The static transfer switch responds to currents close to 1000% in a short time. During the production of the switch, great care is taken to ensure that energy is not interrupted in the face of high current. The energy quality in load groups is kept at the highest level. Energy sources are transferred to the loads very quickly. Both frequency and voltage are protected. It is used to directly select the better of two electrical sources.
