Power System Protection Course Working, Testing & Commissioning

  Power System Protection

Working, Testing & Commissioning

Online Advance Course 




MODULE-I

 

SWITCHGEAR AND PROTECTIVE DEVICES

1.1 Fundamentals of Power System Protection

1.2 Consequences of occurrence of fault

1.3 Zones of Protection

1.4 Protection System Requirements and some basic terminologies used

1.5 Classification and principle of different types of electromagnetic relays

1.6 Over current relays

1.7 Directional relay

1.8 Distance relay

1.9 Differential relay

1.10 General equation of Compactors and the duality principle 

MODULE-II

PROTECTION OF FEEDERS

2.1 Over current and earth fault protection

2.2 Pilot wire protection

2.3 Carrier current protection GENERATOR PROTECTION

2.4 Biased differential protection

2.5 Earth fault protection

2.6 Negative sequence protection TRANSFORMER PROTECTION

2.7 Transformer Differential protection

2.8 Buchholz Relay BUSBAR PROTECTION

2.9 Frame-earth Protection

MODULE-III 

3.1 Circuit Breaker

3.2 Formation of arc during circuit breaking

3.3 Arc interruption

3.4 Circuit Breaker rating

3.5 Air Circuit Breaker and Air Blast Circuit Breaker

3.6 Minimum Oil Circuit Breaker or MOCB

3.7 Vacuum Circuit Breaker or VCB

3.8 SF6 Circuit Breaker

3.9 D.C circuit breakers

3.10 HRC Fuse or High Rupturing Capacity Fuse

 

MODULE-IV

4.1 Static relays

4.2 Numerical protection

4.3 Digital Relay

4.4 Testing and Maintenance of Protective Grears

4.5 Protection against Surges


Why Choose this Online   Power System Protection  Course?

  • Affordable, well-structured and high-quality e-learning study materials
  • Engaging tutorial videos, materials from the industry-leading experts
  • Opportunity to study in a user-friendly, advanced online learning platform
  • Access the course content on mobile, tablet, or desktop from anywhere, anytime
  • Excellent career advancement opportunities
  • 24/7 student support via email.

Entry Requirement

  • This course is available to all learners of all academic backgrounds.
  • Learners should be aged 18 or over to undertake the qualification.

Certification:

  • After completion the course successfully

Career Path

This Online Course is a useful qualification to possess, especially to people with careers in:

  • Engineer -   Power System Protection
  • Power System Design Engineer 
  • High voltage - Production Engineer , Testing Engineer

Top companies Provide Employment to Engineer. 

ABB, Siemens, GE, Bharat Bijlee, TATA motor, Maruti Suzuki, CPRI , APAR, Crompton 

Schneider Electric, India/UAE/OMAN/UK/US/Australia . etc

Note:- You will get All Online Courses PDF EBook + Assignment + Videos    
               Lecturer + Excel Sheets + E Certificate 


   E- Certificate Sample Format Download


8. Power System Protection Course 

Download Course Sample PDF

-------Buy Now Link for Indian Origin Engineer 

 -------Buy Now Link for Overseas Engineer



Searching For 

badi soch ka bada jadu pdf

badi soch ka bada jadu in hindi pdf

engineering tips

electrical panel design course

engineers zone

ct pt connection diagram

ht and lt panels

electrical design courses list

electrical job oriented courses

types of transformer in hindi

badi soch ka bada jadoo

badi soch ka bada jadu

ctpt full form in electrical

job oriented courses for electrical engineers

tan delta formula

qms engineer

solar courses online

lt panel room

electrical design courses online

ev design course

substation design course

capacitor bank sizing calculation pdf

electrical courses list

Comments

Post a Comment

Popular posts from this blog

NGEL is looking for experienced professionals for Renewable Energy area Government Jobs

Image
              NTPC NGEL ! Online Crash Course !  Government Job Preparation  !  NTPC Green Energy Limited (NGEL), a subsidiary of NTPC Ltd. has presence in the renewable power and hydrogen generation business. Commensurate with our country's growth challenges, the company has embarked upon an ambitious plan to attain a total installed capacity of 60 GW by 2032 Eligibility: RE (Electrical) Full Time 1 st  class B.Tech/B.E. in the area of Electrical Engineering. NGEL  Exam Pattern 2023 Candidates should be aware of NGEL Exam Pattern in order to have an understanding of the sectional weightage, exam duration etc. Details of the same are as follows: A total number of 120 questions are asked. The exam will be conducted for 120 marks. The duration of the examination is 2 hours. Subject No. of Qs. Max. Marks Professional Knowledge 60 60 General Awareness 15 15 English Language 15 15 Logical Reasoning 15 15 Quantitative ...
Read more

Transformer losses , online Transformer design course , transformer training courses in india , transformer course, online transformer design course in india , electrical design courses online , power transformer training course , transformer design teaching , transformer design training , electrical system design course , online technical Transformer Design course , online technical Transformer Design , Transformer design calculation excel, Transformer design calculator , online Transformer design calculation PDF , 3 phase transformer design calculation , 3-phase transformer design calculation pdf , Transformer winding calculation formula PDF, Transformer core size calculation, Transformer design softwareOnline electrical Transformer Course , online Transformer course, free online electrical courses with certificates, transformer training courses in india, power transformer training course ,udemy transformer design course online , online courses transformer design course in india, online classes Transformer designOnline Transformer design course , online Transformer design calculation course, online electrical Transformer Design Calculation course , online technical Transformer design course,

Image
  Transformer losses 1.       Core loss or Iron loss   a.       Hysteresis loss in transformer : Hysteresis loss is due to reversal of magnetization in the transformer core. This loss depends upon the volume and grade of the iron, frequency of magnetic reversals and value of flux density.   Steinmetz formula: W h = ηB max 1.6 fV (watts) where,   η = Steinmetz hysteresis constant              V = volume of the core in m 3                  F = Frequency   Energy loss in a transformer (Eddy current in the core )   b.       Ed dy current loss in transformer : In transformer, AC current is supplied to the primary winding which sets up alternating magnetizing flux. When this flux links with secondary winding, it produces induced emf in it. But some part of this flux also gets...
Read more

Tips Engineer Zone ABOUT

Image
  ABOUT  Tips Engineer Zone  is a  Group of Electrical Engineers  , Basically Provide online  industrial Based Training/courses. Tips Engineer Zone is an online education platform that provides courses related to electrical engineering. The website offers a range of courses covering topics such as transformer design calculation, high voltage testing, solar power systems, electrician training, and more. Students can access video lectures, ebooks, and other learning materials on the website and study at their own pace. The courses are designed to be accessible to students from all over the world and offer 24/7 customer support to assist with any questions or issues that may arise. In college curriculum Engineering student are not getting Better Education ,  Lack of industrial knowledge   that Most of  Engineering student are  unemployment  , very difficulty in getting  job Our Organization ,  Provide industrial Courses ...
Read more