Designing The Product Architecture Enhances The Expansion Potential Of Automatic Voltage Regulators.

The 20kva voltage regulator architecture design not only defines the layered interfaces between modules, but also determines whether the system can adapt to the external power environment and the updates and iterations of the control logic. By using the modular architecture of the 3 phase automatic voltage stabilizer, voltage monitoring, control algorithms, and output drives are divided into independent units, allowing engineers to upgrade each design as needed without significantly impacting the overall framework of the national automatic voltage stabilizer.

Architectural decisions also affect the hardware-software interoperability of the servo automatic voltage regulator architecture. Abstracting the core regulation and control logic into reusable software components and providing a standard communication bus at the hardware layer paves the way for subsequent development of different power levels or functional versions.