In modern electrical networks, voltage instability poses a severe threat to both delicate electronics and massive industrial machinery. Voltage sags, surges, and continuous fluctuations lead to costly downtime, degraded product quality, and catastrophic equipment failure.

Our Single-Phase Voltage Regulator Series (500VA–150KVA) is engineered to solve these challenges across the entire power spectrum.

For Light Loads (500VA – 15KVA): We offer compact, low-noise, and highly precise stabilizers perfect for medical devices, IT servers, and commercial offices.

For Heavy-Duty Loads (20KVA – 150KVA): We provide rugged, high-overload-capacity floor-standing cabinets designed for heavy manufacturing, large-scale HVAC systems, industrial testing benches, and mining operations.

Utilizing advanced servo-motor or SCR (thyristor) control technologies, our stabilizers continuously monitor the grid and instantly correct voltage deviations, ensuring your equipment receives a pure, stable sine-wave output 24/7.

🟢 Light & Medium Duty (500VA – 30KVA)

• High Precision: Output voltage accuracy of ±1% to ±3%.
• Quiet Operation: Natural cooling or low-noise fans for office and lab environments.
• Compact Footprint: Wall-mounted or small cabinet designs to save space.
• Fast Response: Instantly corrects grid fluctuations to protect sensitive PLCs and medical scanners.

🔴 Heavy-Duty Industrial (40KVA – 150KVA)

• Massive Overload Capacity: Built to withstand 150% to 200% short-term overload (e.g., heavy motor starting currents).
• Rugged Enclosures: IP20 to IP54 rated floor-standing steel cabinets designed for harsh factory environments.
• Advanced Cooling: High-efficiency forced-air cooling systems with thermal protection for continuous 24/7 heavy loads.
• Heavy-Duty Connections: Equipped with industrial busbars and heavy-duty terminal blocks to handle extremely high amperage (up to ~600A+).
• Grid Balancing Options: For ultra-high single-phase loads (100KVA+), we offer specialized configurations to draw power from a 3-phase grid to prevent utility imbalance.