Skip to content

eeediary.com

electrical and electronics engineering diary

Primary Menu
  • Blog
  • Machine
    • Motor
    • Generator
    • Compressor
    • Pump
    • Turbine
  • T & D
    • Switchboard
    • Switchgear
    • Control Panel
    • Panel
    • MV
  • Renewable energy
    • Hydro power
    • Solar Power
    • Wind power
  • Transformer
    • Current Transformer
    • Potential transformer
    • NGR
  • Treatment Plant
    • WTP
    • STP
    • ETP
  • Electrical Tools
    • Relay
    • Cable
  • Lightning
  • Energy Audit
  • MCQ
  • Maintenance
  • MEP
  • HVAC
    • AHU
    • A/C
    • Chiller
    • VRV/VRF
  • Lights
  • VFD
  • UPS
    • Battery Bank
  • PLC
    • BMS
  • career ladder
    • Types of engineering
  • Control System
  • Capacitor Bank
  • Circuit Breaker
    • ACB
    • MCB
    • MCCB
    • VCB
    • ELCB
    • RCCD
    • MPCB
  • Sitemap
  • Blog
  • Generator

Why are large capacity generators not solidly grounded??

Author May 12, 2024

✔ Large capacity generators are not solidly grounded because,

*During ground faults, the fault current is very high and imposes a stress on the equipment and protective device leading to severe damage and extensive interruptions in the system.

*It causes system instability in interconnected power system network. The high fault current flow disrupts the system stability, leading to voltage fluctuations.

*The high fault current from ground faults causes stress on the equipment like transformer, CT, circuit breakers, cables etc., leading to accelerated ageing, insulation breakdown and increased maintenance requirements.

*It makes the selective coordination of protective equipment more challenging. The high fault current makes it harder to isolate the faulted section quickly and efficiently.

*The high fault current may lead to arc flash hazards, electrical shock hazards and equipment damage. This increases the risk for human personnel and equipment.

About the Author

Author

Administrator

Author's posts
Tags: #generator

Continue Reading

Previous: Different types of electrical diagrams
Next: What is meant by 5P20 in the current transformer?

Related Posts

  • AHU
  • Blog
  • HVAC

What is the difference between AHU vs FAHU?

Author July 26, 2025
Screenshot_2025-05-02-10-18-34-97_254de13a4bc8758c9908fff1f73e3725~2
  • Blog
  • Power Electronics

What is a Bypass Capacitor and Why is it Crucial in Electronics?

Author July 26, 2025
Screenshot_2025-07-02-08-03-13-54_254de13a4bc8758c9908fff1f73e3725~2
  • Blog
  • Generator
  • Hydro power
  • Machine
  • Renewable energy

The brushless DC excitation system of a generator

Author July 26, 2025

Recent Posts

  • What is the difference between AHU vs FAHU?
  • What is a Bypass Capacitor and Why is it Crucial in Electronics?
  • The brushless DC excitation system of a generator
  • Comprehensive Transformer Testing 132/33kV Grid Substation
  • How to size the value of NGR?

Archives

  • July 2025
  • June 2025
  • May 2025
  • April 2025
  • March 2025
  • February 2025
  • January 2025
  • December 2024
  • November 2024
  • October 2024
  • September 2024
  • August 2024
  • July 2024
  • June 2024
  • May 2024
  • April 2024

Like and follow our Facebook page

  • Facebook

Follow our Pinterest page for industrial electrical equipment 🤞 https://pin.it/zjQN7JQE2

You may have missed

  • AHU
  • Blog
  • HVAC

What is the difference between AHU vs FAHU?

Author July 26, 2025
Screenshot_2025-05-02-10-18-34-97_254de13a4bc8758c9908fff1f73e3725~2
  • Blog
  • Power Electronics

What is a Bypass Capacitor and Why is it Crucial in Electronics?

Author July 26, 2025
Screenshot_2025-07-02-08-03-13-54_254de13a4bc8758c9908fff1f73e3725~2
  • Blog
  • Generator
  • Hydro power
  • Machine
  • Renewable energy

The brushless DC excitation system of a generator

Author July 26, 2025
  • Blog
  • Power Grid
  • T & D
  • Transformer

Comprehensive Transformer Testing 132/33kV Grid Substation

Author July 26, 2025
  • Contact us :- admin@eeediary.com
  • Privacy Policy
  • About Us
  • Disclaimer
  • DCMA removal
  • Terms and Conditions
  • Follow us
  • Facebook:-
  • Pinterest :- https://pin.it/zjQN7JQE2
Copyright © eeediary.com 2025 All rights reserved. | MoreNews by AF themes.
Go to mobile version