GPU/2/GS Generator paralleling controller  

The GPU/2/GS generator parallel controller is a device used to control and manage the parallel operation of multiple generators. Its main functions and features may include:

Parallel control: Specifically designed to control the parallel operation of multiple generators to achieve higher power generation capacity.
Load balancing: A load balancing function ensures that each generator shares the load as needed to improve efficiency and stability.
Voltage and frequency control: Used to control the output voltage and frequency of the generator to keep it within the normal range.
Synchronous operation: Support synchronous operation of generators, ensuring that they operate at the same voltage and frequency.
Adjustment function: Equipped with a regulation function that allows the output of the generator to be adjusted to meet load changes.
Protection and safety: with fault protection functions, such as overload protection, short circuit protection, etc., to ensure the safe operation of the generator and system.
Data acquisition and monitoring: used to collect and monitor the operating data of each generator, such as voltage, current, power, etc.
Communication interface: Having a communication interface for data exchange and integration with other devices, systems or networks.
In addition, the controller may also have an automatic start-stop function, which automatically starts or stops the generator

set according to changes in power demand to ensure the reliability of the power supply. For grid-connected generator sets, it may

support power synchronization functions, ensuring that the generator set operates in sync with the main grid.

GPU/2/GS

Grid-connected generator set refers to a system that connects multiple generator sets in parallel and then connects

them with the municipal power grid to make the generated electricity the same as that of the power grid to output electric

energy to the power grid. Each generator in the grid-connected generator set needs to be connected to the power grid

through the closing of the outlet switch to realize the transmission of electric energy. The main accessories of grid-connected

generator sets may include ATS and high-performance intelligent electrical systems for the digital display of the unit’s various

data, such as line voltage, line current, output power, power factor, frequency inverse power, etc. In addition, in order to ensure

the reasonable distribution of load and the reliability of power supply and the economic operation of the unit, it

may also be necessary to equip a parallel cabinet.

Only when the generator is connected to the grid, it can generate electricity and send it out for people to use. When the generator

is disconnected from the grid, it is called disconnection. When it is necessary to generate electricity again, it is

connected to the grid through simultaneous switching.