Clariant Power System Limited’s Static VAR Generator (SVG) is a Step-less Solutions to improve Power Factor.

The use of most advanced controllability of 3-Phase 3-Level IGBT based voltage source inverter architecture, CPSL SVG does precise power factor and unbalance correction without the need of any passive power factor correction capacitors. These SVGs are designed in stackable modular configuration for increased resilience, reliability and redundancy.

The real-time reference value of the reactive power output of the SVG is precisely calculated in real-time by adjusting waveshape, magnitude and phase angles as per the target power factor entered by the user, and voltage and current values.

CPSL SVGs are powered with a sophisticated Artificial Neural Network-based control algorithm to achieve a set power factor, while always working in the background for real-time loss minimization, to achieve improved energy efficiency.

Benefits:

• Bi-directional Reactive Power Compensation (Compensates both Inductive and Capacitive KVAR).
• Near Unity P.F Correction at all load conditions.
• Low KVAR capacity dependency on grid fluctuations.
• Advanced technology and easy to use HMI Monitor with built-in-real-time measuring functionalities.

• System Voltage: 400V to 690V RMS
• Output Capacity: 50,75,100,125, 150, 200 kVAr (Inductive/Capacitive), scalable to meet higher capacity requirements.
• Frequency: Compatible with 50/60 Hz systems, operating within ±5% tolerance.
• System Configuration: Available in 3P3W and 3P4W configurations; single-phase option is also available.
• Dynamic Response Time: Ultra-fast correction with a response time of ≤10ms.
• CT Configuration:Supports both closed-loop and open-loop configurations for versatile installation.
• Step-less Compensation Range :-100 KVAR to +125 KVAR
• Semiconductor Devices : IGBT's (3-Level Topology)
• Operating Temperature Range: 0 to 50°C
• Parallel Communication: CAN Bus / Mini USB
• Paralleling Operation: Upto 50 Modules
• Controller & Control Method: ARM based MCU with Adaptive Artificial Neural Network (ANN)

• Ideal for industrial and commercial establishments looking for efficient reactive power compensation and harmonic mitigation solutions. Suitable for dynamic load applications where fast response and power quality improvement are critical.
• This highly reliable and efficient LV Static VAR Generator is designed to enhance power quality, reduce energy losses, and ensure smooth operation of sensitive equipment.

We provide IGBT based power electronic active dynamic unit called STATCOM.

STATCOM is a Step less Variable Source of Reactive Power that can provide both Capacitive and Inductive power. It has distinct advantages and is ideal for demanding applications such as those prevailing during highly fluctuating load conditions and varying reactive power requirements of Grid connected power generating units. STATCOM for Grid Connected Solar Plants can provide Dynamic Reactive Power support for voltage Control.

The purpose of the Dynamic compensation system at solar power exporting facility is to minimize import of reactive power both inductive and capacitive from the Grid.

Statcom has multifold capabilities of:

• Reactive Power Compensation, Harmonic Filtration, flicker control, unbalance control etc.
• Step-less compensation capable of injecting capacitive or inductive power on a real-time basis.
• Voltage and Reactive Power control for stable power system operation
• Reduced voltage fluctuations.

• Rated Voltage: 3.3kV to 35kV ±10%
• Frequency: Supports 50/60Hz with short-term fluctuation tolerance
• Output Capacity: ±0.1Mvar to ±200Mvar (Capacitive/Inductive)
• Starting Power: ±0.005Mvar
• Ultra-fast Response: Response time ≤ 5ms
• Auxiliary Power Supply: Available in 380VAC, 220VAC, or 220VDC
• Advanced Communication Interfaces: Ethernet, RS485, CAN, and Optical Fiber for seamless connectivity
• Cooling Modes: Options for both water cooling and air cooling, ensuring operational flexibility
• Remote Operation: Supports remote monitoring and control for user convenience
• Modular Design: Compact, easy-to-install, and scalable for future requirements

• Dynamic reactive power control
• Power factor (P.F.) optimization
• Voltage stabilization and regulation
• Unbalance control for reliable grid operation