Power Quality Solutions

Electrical system optimization with capacitors and filters.

Capacitor bank and harmonic filter

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Harmonic filter

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Bank with filter

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Active harmonic filter

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Long fuse for fuse holder elbow. 15 kV. 18 amps (chardon elbow only)

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Long fuse for fuse holder elbow. 15 kV. 20 amps (chardon elbow only)

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What is a Capacitor Bank Used for?

  • Capacitor banks are used to compensate for reactive power, that is, to correct the power factor in alternating voltage systems, which leads to energy savings, greater energy efficiency, and prevention of premature wear of electrical equipment.
  • The capacitor bank is connected in parallel with the power line and is designed to store electrical energy at a greater capacity than an individual capacitor.
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Advantages of a Capacitor Bank

Capacitor banks improve energy efficiency and electrical system reliability, resulting in significant long-term savings.

  • Power factor improvement.
  • Reduction of heating losses.
  • Improved voltage regulation.
  • They support reducing service interruptions.
  • Freeing up capacity in the system.
  • Compliance with the grid code.
  • Energy saving
Download bank and filter catalogs in PDF format
Capacitor banks for reactive energy compensation.
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Types of Capacitors: Fixed and Automatic

  • A fixed capacitor bank has a predetermined number of capacitors that are manually connected or disconnected according to the needs of the electrical system.
  • On the other hand, an automatic capacitor bank uses a control system that automatically detects and corrects the power factor, connecting and disconnecting capacitors based on the system's needs in real time. It requires less supervision and maintenance than a fixed capacitor bank.
  • We also have high voltage capacitor banks.
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Applications of Fixed Capacitor Banks in Electrical Systems

They can be applied in power distribution systems, lighting, motors and other electrical equipment.

Technical Features:

  • Phases: 3.
  • Capacity: From 3 to 120 kVAR.
  • Cabinet: Nema 1 and Nema 3R.
  • Standards: NEMA ANSI EIA-456-A, IEC 831-1 and 2, NMX-J-203.
  • Voltages: Any up to 1000 V.
Download the Fixed Capacitor Catalog in PDF Format

Applications of an Automatic Capacitor Bank in Electrical Systems

They are widely used in industrial, commercial, and residential plants, as well as in power distribution systems.

Technical Characteristics

  • Phases: 3.
  • Capacity: From 30 to 1,200 kVAR.
  • Cabinet: Nema 1 and Nema 3R, Compact Optivar, or Modular.
  • Standards: NEMA ANSI EIA-456-A, IEC 831-1 and 2, NMX-J-203.
  • Voltages: Any up to 1000 V.
  • Control voltage: By means of a control transformer protected with a secondary thermal magnetic switch.
  • Step sequence 1:1:1, 1:2:3, 1:2:4,….,1:2:4:8,.or automatic.
  • FP regulator: Made in Germany, microprocessor, with integrated measurement and communication port.
Download Automatic Capacitor Catalog PDF

Optimize Your Electrical System and Save Costs With Our Capacitor Banks and Harmonic Filters: Customized Consulting and Supply

  • We offer tailored consulting and supply, internationally recognized brands, and regulatory compliance.
  • In addition, we dispatch qualified personnel to conduct power quality studies and arrange for qualified installers with extensive experience installing capacitor banks and harmonic filters.
  • We also partner with leading companies in providing grid code-compliant solutions.
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Repair Services and Components for Capacitor Banks and Harmonic Filters

  • Our company not only offers consulting and supplies capacitor banks and harmonic filters but also provides repair and spare parts services for these devices.
  • We have qualified personnel and specialized tools to perform these services, ensuring that the equipment is properly repaired and/or refurbished to keep it functioning optimally.
  • This way, our customers can extend the lifespan of their equipment and avoid additional costs associated with purchasing new equipment.

Save Energy: Capacitor Bank and Harmonic Filter

Download our catalogs for the energy efficiency equipment we offer. If you need more support or a price quote for a capacitor bank, contact us at ventas@iTepeyac.com, and we'll help you with your project.

Automatic low-voltage harmonic filter (PDF)

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Dynamic reactive power compensation (PDF)

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Medium Voltage Pole Type Capacitor Banks (PDF)

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Automatic capacitor banks. Low voltage (PDF)

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Fixed capacitor banks. Low voltage (PDF)

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Technical Information Power Quality

Power Quality Principles (PDF)

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Dynamic harmonic mitigation and power factor correction (PDF)

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Energy Efficiency: Capacitor Bank and Harmonic Filter

Best energy saving practices.

Save Energy and Comply With Grid Code: Capacitor Bank and Filters

Capacitor banks are the simplest and most cost-effective way to meet key grid code requirements.

Capacitor banks are a well-known and mature technology for compensating reactive power in wind farms and photovoltaic power plants, especially during periods of high demand.

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