40kw 50kw 150kw generator set synchronization panel
Description
Generator synchronization panel is a power control cabinet used to ensure parallel operation of generator sets.
1.Basic Overview
• Definition function: Generator synchronization panel, also known as generator parallel control cabinet or synchronization screen, is an electrical equipment used to control two or more generator sets to jointly supply power to the load or power to the grid. It ensures that the system meets the requirements of joint power supply, enabling the generator to operate normally.
2.Composition structure
• Main components: including Micropanel-30 and Micropanel-40 controllers, manual/self start selection (prioritize the operation of a certain unit or start all units simultaneously in case of mains power failure), emergency stop control of diesel generator sets, automatic average active load, automatic frequency tracking, reverse power and over power detection alarm shutdown protection, etc.
• Auxiliary components such as signal lights, indicator instruments, main and parallel electric switches, busbars, and cabinets are also important components of it.
3.Working principle
Synchronization conditions: In order for the generator set to be put into parallel operation in the power grid, it must meet the conditions of equal voltage, frequency, phase sequence, and phase.
• Automatic adjustment: Through the automatic synchronization module and load distribution module, the electronic system can automatically distribute the load reasonably according to the unit power and setting, and maintain the frequency unchanged after parallel connection.
What is the synchronization panel for a generator?
In an alternating current electric power system, solar synchronizing panel is the process of matching the speed and frequency of a generator or other source to a running network. An AC generator cannot deliver power to an electrical grid unless it is running at the same frequency as the network
How does a generator control panel work?
The microprocessor or microcontroller is embedded in the circuitry inside the control panel and is programmed to take in the sensor input and react to that with the programmed control rules. Control panels can be combined with an Automatic Transfer Switch (ATS) to maintain the continuity of electrical power.