Mudico Energy Private Limited

Single Phase Automatic Power Factor Correction (APFC) Electrical Control Panel is a device used to automatically monitor and improve the power factor of a single-phase electrical system by switching capacitor banks on or off as needed. It helps maintain the power factor close to unity, improving energy efficiency and reducing utility penalties.

2. Purpose

• To automatically correct the power factor in single-phase electrical systems.

• To monitor power factor continuously and switch capacitors in or out based on reactive power demand.

• To reduce electricity costs by avoiding penalties for low power factor.

• To protect electrical equipment by stabilizing voltage and current.

3. Construction & Components

Mudico Energy Company offers advanced **Capacitor Banks & APFC (Automatic Power Factor Correction) Panels** designed to improve the efficiency and stability of electrical systems by maintaining an optimal power factor. These systems help reduce energy losses, improve voltage stability, and lower electricity bills by automatically compensating for reactive power. Our Capacitor Banks are available in a wide range of ratings, from 10 KVA to 5000 KVA, and are designed to work seamlessly with APFC panels to automatically adjust the power factor in real-time. These solutions are ideal for industrial, commercial, and large-scale power distribution networks, providing reliable and energy-efficient operation. Built with high-quality components, our systems ensure durability, minimal maintenance, and long-lasting performance.

• Rating: 10 KVA to 5000 KVA
• Automatic Power Factor Correction (APFC) for Optimal Efficiency
• Reduces Energy Losses and Improves Voltage Stability
• Helps Lower Electricity Bills by Compensating for Reactive Power
• Ideal for Industrial, Commercial, and Large-Scale Power Distribution
• Seamless Integration with Capacitor Banks for Real-Time Adjustment
• High-Quality Components for Durability and Reliability
• Low Maintenance and Long-Lasting Performance

10 kVAR HT (High Tension) Capacitor Bank is a group of capacitors connected in parallel, designed to supply reactive power (measured in kilovolt-ampere reactive, kVAR) at high voltage levels (typically above 1 kV). It is used for power factor correction and voltage support in high voltage industrial or utility power systems.

2. Purpose

• To improve power factor by compensating the inductive reactive power in high voltage systems.

• To reduce losses in the distribution network.

• To stabilize voltage and improve system efficiency.

• To avoid power factor penalties from utilities.

• To enhance the capacity of the power system by reducing apparent power.

3. Construction

Air Core Reactor is an electrical reactor that uses a coil wound around a non-magnetic, non-metallic (usually air) core instead of an iron core. This design eliminates magnetic saturation and hysteresis losses, making it ideal for applications requiring linear inductance and high current capacity.

2. Purpose

• To provide inductive reactance for limiting fault currents or filtering harmonics in electrical systems.

• To be used where no magnetic core saturation and low losses are essential.

• To improve power quality by controlling reactive power.

• To serve in applications requiring high current handling and low core losses.

3. Construction Features

•  Lagging Power Factor Distribution Transformer Rating Chart

  
  

  We manufacture and supply Lagging Power Factor Distribution Transformers that are specially designed to handle inductive loads with low power factor conditions. These transformers are ideal for installations where motors, pumps, and inductive machinery are used, resulting in a lagging power factor.

  
  

  🔧 Key Specifications:

  Type: Oil-Immersed / Dry Type Distribution Transformer

  
  

  Power Rating Range: 25 kVA to 5000 kVA

  
  

  Primary Voltage: 11 kV / 22 kV / 33 kV

  
  

  Secondary Voltage: 433 V / 415 V / 400 V

  
  

  Power Factor Supported: 0.8 lagging to 0.95 lagging

  
  

  Phase: Three Phase / Single Phase

  
  

  Cooling Type: ONAN / ONAF / OFAF

  
  

  Winding Material: Copper / Aluminium

  
  

  Tap Changer: Off Circuit Tap Link (OCTL) / On Load Tap Changer (OLTC)

  
  

  Vector Group: Dyn11 (Standard), YNd1 (Optional)

  
  

  Frequency: 50 Hz

  
  

  Standards: IS 1180, IS 2026, IEC

  
  

  ✅ Special Features:

  Optimized for high inductive loads and poor power factor scenarios

  
  

  Enhanced magnetic circ

Harmonic Filter Reactor is a specially designed reactor used in electrical power systems to reduce or eliminate harmonic distortions caused by non-linear loads. It works as part of a harmonic filter, usually in series or parallel with capacitors and other components, to improve power quality and protect equipment.

2. Purpose

• To mitigate harmonic currents generated by devices such as variable frequency drives, rectifiers, and UPS systems.

• To protect electrical equipment from overheating, malfunction, or damage caused by harmonics.

• To improve power factor and reduce losses in the power system.

• To ensure compliance with power quality standards (e.g., IEEE 519, IEC 61000).

Oil-Cooled Shunt Reactor Rating Chart

We specialize in the manufacturing of Oil-Cooled Shunt Reactors, designed to absorb reactive power and control voltage rise in long transmission lines and power systems. These reactors play a critical role in improving power factor, minimizing system overvoltage, and stabilizing grid performance under varying load conditions.

🔧 Key Specifications:

Type: Oil-Immersed Shunt Reactor

Power Rating (Reactive Power): 100 kVAR to 50 MVAR

System Voltage: 6.6 kV / 11 kV / 22 kV / 33 kV / 66 kV / 132 kV (Custom)

Frequency: 50 Hz / 60 Hz

Winding Material: Copper / Aluminium

Cooling Type: ONAN / ONAF

Insulation Class: Class A / B / F (as per design)

Mounting: Outdoor / Indoor / Skid or Foundation Mounted

Standards: IS 5553 / IS 2026 / IEC 60076-6 / IEEE C57

Impedance Tolerance: ±10%

Construction: Core type / shell type (customized for low losses and noise)

✅ Key Features:

Designed for long life under continuous reactive loading

Reduces overvoltage du