WHAT WE DO?
Synchronization Projects
SYNCHRONIC (adj) means “happening at the same time” Synchronize (v) means “to make things happen at the same time”
Generator synchronization is simply to operate multiple generators at the same time as one source of power.
The basic feature of generator synchronization systems is to enable generators to work on the same load line and share load with other generators or Grid line
At ALTAŞ JENERATÖR
We are using synchronization systems to provide special solutions to energy projects requiring high power. Consisting of multiple generators merged in joint bars for your high kVA demands, these systems provide many advantages when compared to a single generator with the same power;
Low initial investment budget means low cost in purchasing
Low cost in service and maintenance
Low cost in spare parts
Fuel save through flexible use
Reliability
Service and maintenance easiness
Simple delivery and spare part acquirement
Fields of Application
Constant supply through a single generator,
Constant supply through synchronized generators,
Supply through synchronized generators backing up grid power,
Parallel operation of grid through single or synchronized generators
Uninterruptedtransitionsystemfromgridpowerandback-upgeneratororgenerators.
Our field expert crew can produce flexible solutions during project development and improvement phases according to our customers’ requirements. At the beginning the necessary quantity and power of the generator set is defined and the appropriate scenario is decided according to which the synchronization system is applied.
Depending on their intended use, generator synchro systems can be categorized as uninterrupted synchronization, power back-up and failure back-up synchro. And depending on the project details, it can be divided into two when going back to grid power, interrupted or uninterrupted (soft transition).
Is there a limit for amount of generators in synchronization scenario? You can limit the amount of generators by defining a ratio between the maximum energy requirement and average requirement. The aim of this limitation is saving and acquiring high efficiency.