AMF Panel & DG Synchronization Panels

When working with network system components, it is a fact that you cannot connect them and have them work properly, unless you have their voltage curves coincide. If this is not the case, the electrical stresses that they must suffer will become too high, and might lead to the distortion of the equipment that comprises the system.

Auto Mains Failure Panel

For example, if we’re working with a three-phase system with alternating current, you must match the phase angle, phase sequence, voltage and frequency. To take care of this, synchronisation instruments and tools are used in such situations, and in this way we have a reliable, and more importantly, safe operation. The use of digital control technology has provided us with the option to transmit the input signals of these instruments to DG & automatic synchronising electrical panels, which make sure that all operations are done at the most right time. This kind of the equipment is also very recommended for usage when we’re switching on the generators with life network. The panels ensure that both the voltage and the speed of the generator are brought into a previously set tolerance range before both systems are connected with each other.

If you want to have an electrical circuit that uses two or more DG and has them share the load of the entire system, DG & automatic synchronising electrical panels are an essential item. All of the DG, be it two or more, are working in parallel mode, and their entire supply is connected with the main load. When the panel matches all of the parameters, such as the speed, the frequency, the phase angle and phase sequence, you can have complete synchronisation. Otherwise, this may be dangerous and might even result in complete system fail.

As previously mentioned, this kind of system will ensure smooth operation and synchronisation of the entire load that the household, or industrial establishment for that matter, should sustain. If this sort of change over panel for the generator is not incorporated, there may be errors that can result in some more severe problems.

When you’re working with multiple system components, it is key that they are connected properly, and that all parameters that are needed for their optimal operation are matching for each element. Otherwise, the system may be overloaded, the synchronisation won’t go as smooth as it should, and this can lead to issues such as the failure of system components, as well as safety hazards that must not be overlooked within such an environment.