Compensation of reactive energy in a disrupted environment (A3401)

What will I learn from this course?

  • Understand customer need of the reactive energy compensation
  • Select the system of compensation adapted to the installation and its operation
  • Size a capacity bank for low or high voltage condensers
  • Know the various technologies available

Topics

Circuit breakers, disconnectors, switches, contactors, fuses

Equipment features
  • Motors: electromagnetism principles, assigned features, start, etc...
   
  • Other receptors
Reactive energy compensation
  • Power assessment
  • Consequences of the reactive power consumption
 
  • Means to reduce or adapt this consumption
Capacitors banks
  • Location: LV or HV sides
  • Effects on the generators
  • System of fixed or step banks
 
  • Damper reactor
  • Dimensioning of a capacitors banks

 

Case study
  • Design of one portion of a plant: choice of the equipment, comparison of the different solutions
Duration
3 days

 

Who should attend?
Technicians and engineers who want to optimize their installation for energy saving

 

Request a Quotation 

Learning path

PrerequisitesA3401Next step
A0101
Basic knowledge in electricity
Technical studies		70% Theoretical
30% Case Study		A3402
This training can be provided on site at your own convenience. Understanding of NF EN 50-160 standard.

Compensation of reactive energy in a disrupted environment (A3401)

What will I learn from this course?

  • Understand customer need of the reactive energy compensation
  • Select the system of compensation adapted to the installation and its operation
  • Size a capacity bank for low or high voltage condensers
  • Know the various technologies available

Topics

Circuit breakers, disconnectors, switches, contactors, fuses

Equipment features
  • Motors: electromagnetism principles, assigned features, start, etc...
   
  • Other receptors
Reactive energy compensation
  • Power assessment
  • Consequences of the reactive power consumption
 
  • Means to reduce or adapt this consumption
Capacitors banks
  • Location: LV or HV sides
  • Effects on the generators
  • System of fixed or step banks
 
  • Damper reactor
  • Dimensioning of a capacitors banks

 

Case study
  • Design of one portion of a plant: choice of the equipment, comparison of the different solutions
Duration
3 days

 

Who should attend?
Technicians and engineers who want to optimize their installation for energy saving

 

Request a Quotation 

Learning path

PrerequisitesA3401Next step
A0101
Basic knowledge in electricity
Technical studies		70% Theoretical
30% Case Study		A3402
This training can be provided on site at your own convenience. Understanding of NF EN 50-160 standard.

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