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  1. 3-phase short-circuit current (Isc) at any point within a LV installation
  2. All the news
  3. An international appetite for Energy Efficiency and Prosumer regulations
  4. Architectures for integration of local sources
  5. Asynchronous motors
  6. Availability and quality of electrical power
  7. Basic motor protection scheme: circuit-breaker + contactor + thermal relay
  8. Basic solutions to mitigate harmonics
  9. Bathroom electrical installation
  10. Breaking of the neutral conductor
  11. Buchholz relay
  12. Building protection system
  13. Cables and busways
  14. Cabling rules of Surge Protection Device
  15. Calculation of minimum levels of short-circuit current
  16. Calculation of voltage drop in steady load conditions
  17. Calculation rules when integrating solar and storage
  18. Capacitive coupling
  19. Characteristics of TT, TN and IT systems
  20. Characteristics of particular sources and loads
  21. Characterization of the lightning wave
  22. Choice and use of MV equipment and MV/LV transformer
  23. Choice of MV/LV transformer
  24. Choice of MV equipment
  25. Choice of MV equipment for a substation with LV metering
  26. Choice of MV equipment for a substation with MV metering
  27. Choice of architecture details
  28. Choice of architecture fundamentals
  29. Choice of earthing method - implementation
  30. Choice of equipment
  31. Choice of power-supply sources
  32. Choice of protection schemes with UPS
  33. Choice of switchgear
  34. Choice of transformer rating
  35. Circuit-breaker
  36. Classification
  37. Collaborative chapter - new ideas and contents
  38. Combined switchgear elements
  39. Common-mode impedance coupling
  40. Common characteristics of SPDs according to the installation characteristics
  41. Communication protocols and architectures in iPMCC
  42. Compensation at the terminals of a transformer
  43. Compensation of reactive energy absorbed by the transformer
  44. Compensation to increase the available active power output
  45. Complementary equipment for UPS
  46. Conductor sizing: methodology and definition
  47. Conductor sizing and protection
  48. Conductors in parallel
  49. Configuration of LV circuits
  50. Connection and choice for protective earthing conductor

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