Improving Generators Synchronization Methods Based on the Multifunctional System Implementation

Synchronization is an operation with a specific actions algorithm to turn on generators for parallel operation with the power grid. The relevance of automatic synchronization device with the possibility of switching on generators for parallel operation by various methods implementation rely on solve problems that arise when performing the synchronization process in practice. First, during manually synchronizing, there is a high percent unsuccessful process due to human error, which leads to wear and tear on the equipment and possible damage to it. The second problem is the irrationality of using only one synchronization method. Synchronization time requirements may differ for various power system operating modes: in some cases, a rapid input of generating equipment reserves is required, therefore, the most suitable method for its implementation must be used for each synchronization. Thus, the power generation process needs to equip the generating equipment with synchronization devices with the possibility of using various methods that take into account the operating mode of the equipment.