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Proudly showcase the diverse range of products
Showcasing innovative solutions designed to enhance performance and reliability.
Below, you'll find a selection of our recent productss that illustrate our commitment
Active Harmonic Filter
Active Harmonic Filter
a smart power device that detects and removes unwanted harmonic currents in your electrical system.
It helps keep voltage and current waveforms clean, improves efficiency, and protects equipment.Reduces power loss, voltage drops, and equipment heating, Prevents random tripping and device failures, Improves power factor and extends equipment life, Fast ROI within 6 to 24 months.
Best Power Quality Solution AHF
What it Does ?
Detects & eliminates harmonic currents, Improves power quality in electrical networks, Keeps voltage & current waveform clean.
1. Senses Load Current Detects unwanted harmonics in the network.
2. Analyzes Harmonics Identifies high-frequency distortions.
3. Injects Opposite Currents Cancels out the harmonics.
4. Stabilizes Power Ensures smooth and efficient power flow.
1. Random tripping of circuit breakers.
2. Overheating of cables, motors, and transformers.
3. Harmonics in medium voltage networks.
4. Overloaded neutral conductors
5. Device malfunctions and inaccurate measurements.
1. UPS and Generator Systems
2. Commercial buildings Malls, Hospitals, Hotels
3. Battery Charging Stations.
4. Pharmaceutical Punching Machines.
Static VAR Generator
Static VAR Generator
The Static VAR Generator (SVG) dynamically compensates reactive power based on the changing load demand.
It helps stabilize voltage automatically and eliminates issues like grid resonance and poor power quality. By providing precise compensation at any required kVAR level, it ensures efficient and reliable power performance, especially in industrial systems.
Stabilizes voltage automatically
What it Does ?
Dynamically compensates reactive power as per load demand
Eliminates grid resonance and power quality issues
The Static VAR Generator works by sensing the real-time reactive power demand and instantly adjusting the VAR output using advanced semiconductors. It uses a hybrid method combining static and dynamic compensation for better performance. The system automatically stabilizes voltage under changing loads and is controlled by powerful dual quad-core DSP processors with cloud connectivity for smart monitoring.
Static VAR Generator offers high efficiency of up to 98% with minimal power losses. It uses hybrid compensation by combining static and dynamic methods. The system includes built-in cloud connectivity and advanced control through dual quad-core DSP processors.
The Static VAR Generator is ideal for industries such as steel, cement, textile, and railways. It is also well-suited for process industries, automotive manufacturing, and other industrial sectors that require reliable and efficient reactive power compensation.
RTPFC
RTPFC
Delivers ultra-fast reactive power compensation, perfectly suited for dynamic and rapidly changing industrial loads.
Offers instant response, precise power factor control, DSP-based switching, and zero maintenance with easy installation, no harmonic resonance, and extended capacitor life.
Easy Installation Zero Maintenance
What it Does ?
Provides instant response with transient-free switching and DSP-based TSC.Ensures precise power factor control with no harmonic resonance.Easy to install, zero maintenance, and longer capacitor life.
RTPFC is ideal for any setup involving dynamic or rapidly changing load conditions. RTPFC (Real-Time Power Factor Correction) is highly effective in improving power quality and energy efficiency across a wide range of industrial applications. It is commonly used in Rolling Mills, Welding systems, Furnaces, Robotics, Injection Moulding machines, and Elevators. Industries such as Automobile and Process Manufacturing also benefit significantly from RTPFC systems. Designed to handle dynamic and rapidly changing load conditions, RTPFC ensures stable and optimized power usage in demanding environments.
RTPFC (Real-Time Power Factor Control) is a high-speed reactive power compensation system designed for dynamic load conditions. Built with DSP-based Thyristor Switching Modules, it ensures fast, transient-free response with no harmonic resonance.
Easy to install and low on maintenance, RTPFC offers long life and reliable performance. It is ideal for applications like Rolling Mills, Furnaces, Welding, Robotics, Elevators, Injection Moulding, and various industrial processes.
Smart Hybrid Active Filter
Smart Hybrid Active Filter
Ensures efficient power usage while reducing energy losses and improving equipment lifespan.
The Smart Hybrid Active Filter provides cost-effective reactive and harmonic compensation. It ensures accurate compensation with dual power factor settings. This solution offers smoother voltage and overall improved power quality.
Improved Power Quality
What it Does ?
It requires less maintenance and reacts quickly to changing load conditions. With added harmonic control and mobile monitoring, it offers smart and efficient power management.
The Smart Hybrid Active Filter is suitable for a wide range of industries. It is used in Steel, Cement, Textile, Railways, and Process industries. Automotive and other manufacturing sectors also benefit from its advanced power quality solutions.
Smart Hybrid Active Filter (SHAF) combines active and passive technologies for better power correction. It is a cost-effective upgrade for industries using APFC or RTPFC systems. Using high-speed quad-core DSP, SHAF improves existing compensation into smarter, dynamic control.
This filter is ideal for industries with heavy and variable loads. It helps improve power efficiency in Steel, Cement, and Textile manufacturing. Railways, Process industries, and Automotive sectors also rely on it for better power management.
APFC
APFC
Advanced microprocessor for Power factor Control.
Advanced microprocessor-based power factor control with MPP/APP gas-filled or oil-filled capacitors supporting 440V/525V.
Designed with detuned reactors to avoid resonance and ensure extended capacitor life.
Enhancing energy efficiency through traditional power factor correction methods.
What it Does ?
Switchgear and components comply with international and Indian standards for reliability.
Rugged panel design with options for compartmentalized or non-compartmentalized layouts and high-temperature power cables.
APFC, or Automatic Power Factor Control, is a traditional technology that switches capacitors ON and OFF based on load demand. It is mainly used for reactive power compensation and reduces the overall apparent power demand. The system helps improve power factor but focuses only on reactive power correction. Additionally, the power factor controller provides useful network data like active power, voltage, reactive power, and power factor for better client understanding.
Suitable for all types of industries to enhance power factor during regular operating conditions.