Static Var Generator SVG

The ANJ series Static Var Generator (SVG) adopts a modular component‑based design, enabling compensation of inductive loads with a power factor correction level of up to 0.99, thereby effectively preventing both over‑compensation and under‑compensation. The SVG's accompanying capacitors do not require the installation of filter banks, eliminating the risk of resonance amplification. Moreover, as an active device, the SVG inherently avoids resonance, significantly enhancing system safety.

(H Series) Intelligent Integrated Power Capacitor Compensation Device

The H-series intelligent integrated power capacitor compensation device comprises an intelligent measurement and control unit, an intelligent zero-crossing switching relay, an intelligent protection unit, and either two (type) or one (Y-type) low-voltage self-healing power capacitors, forming a standalone, fully integrated intelligent compensation module. It replaces conventional automatic reactive power compensation systems that are assembled from multiple discrete components, including an intelligent reactive power controller, fuses (or miniature circuit breakers), thyristor‑based composite switches (or contactors), thermal relays, indicator lights, and low-voltage power capacitors. The product can be used as a single unit or networked in multiple units to form a comprehensive compensation system; it supports both three-phase compensation and mixed three-phase/phase‑by‑phase compensation.

(Dual-Capacitor Reactance) Intelligent Harmonic-Blocking Integrated Power Capacitor Compensation Device

The ANJ series intelligent harmonic‑suppressing integrated power capacitor compensation device is an intelligent reactive power compensation system comprising an intelligent measurement and control unit, a synchronous zero‑current switching switch, an intelligent protection unit, a networking unit, a display unit, two (for single‑phase) or one (for three‑phase Y‑connection) high‑quality, fully dry‑type filtering power capacitors, and high‑grade copper‑material reactors. The product features modularity, standardization, and maintenance‑free operation, and offers functions such as zero‑current switching, stepped compensation, over‑current/over‑voltage/over‑temperature protection, self‑diagnosis of faults, measurement, communication, signaling, and online connectivity.