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Lun 09, 2026
Sociale :
SVG vs SVC : principes de fonctionnement, différences clés et avantages de la compensation statique des variateurs
In modern power systems, voltage stability and power quality are becoming increasingly important as industrial loads become more dynamic and electrical networks become more complex. Reactive power compensation plays a key role in maintaining voltage stability, improving power factor, and reducing voltage fluctuations.
Two widely used technologies for dynamic reactive power compensation are Static Var Compensator (SV
Ven. 03, 2026
Sociale :
STATCOM vs. SVG vs. SVC : Quelle est la vraie différence ?
A Practical Guide for Engineers and Project Developers
In modern power systems—from solar farms and underground mines to data centers and steel plants—dynamic reactive power compensation is no longer optional. But when evaluating solutions, three terms keep appearing: STATCOM, SVG, and SVC. Are they interchangeable? Which one suits your project best?
At FGI, a leading Chinese manufacturer of high-vo
Lun 03, 2026
Sociale :
Tendances du marché SVG 2026 : comment les solutions SVG haute tension de FGI alimentent l’avenir de la stabilité du réseau
The SVG market trends 2026 reflect a critical shift in power systems worldwide: static var generators (SVGs) are no longer optional add-ons—they are essential infrastructure for grid resilience, renewable integration, and industrial productivity. With China’s SVG market projected to exceed RMB 15 billion ($2.1B+) by 2026 and global demand accelerating, the focus has turned to reliability, intell