Advanced Static Var Generator, 50 kVAr
Product details:
Product Summary: The ASVG-050 is designed to mitigate reactive power both capacitively (leading) and inductively (lagging), providing dynamic compensation for improved power quality. With advanced harmonic correction up to the 15th order, it enhances the power grid’s efficiency. The modular system allows parallel operation, supporting up to 8 modules.
Key Features:
Real-time, dynamic step-less compensation.
Instant response time of 50 µsec and full response in less than 1 cycle.
Mitigates both capacitive (leading) and inductive (lagging) reactive power.
Harmonic correction up to the 15th order.
RS485, with optional Wi-Fi/Ethernet for advanced connectivity.
Modular arrangement allowing parallel operation of up to 8 modules.
Adjustable power factor target from -1 to +1.
Protection features include over current, over voltage, over temperature, IGBT saturation, and grid fault protection.
Application:
Used in industries where reactive power compensation and harmonic correction are crucial, including manufacturing plants, data centers, and commercial buildings.
Ideal for optimizing power quality in 3-phase power grids.
Supports energy efficiency and cost reduction by improving power factor and reducing grid disturbances.
Product Benefits:
Immediate compensation for reactive power fluctuations, enhancing system stability.
High efficiency with overall efficiency greater than 97%.
Reduces electricity costs by optimizing power factor.
Protects equipment and extends the lifespan of electrical systems through comprehensive protection features.
Reduces the impact of harmonics on power systems, improving overall energy quality.
FAQ:
What is the response time of the Advanced Static Var Generator?
The response time is 50 µsec, with a full response achieved in less than 1 cycle.
Can the ASVG-050 be used in a modular setup?
Yes, it supports parallel operation with up to 8 modules for scalability.
What protection features does the ASVG-050 include?
It includes over current, over voltage, over temperature, IGBT saturation protection, and grid fault protection.