Energy Engineering _ IV _Power Scenario and MCQS_QP

Name: Energy Engineering _ IV _Power Scenario and MCQS_QP
Rating: 4.7 (18 reviews)

Power Plant Engineering

Created byBasawraj Racheti

Last updated 5/2022

English

English [Auto],

What you'll learn

Knowledge of existing global power generation scenario.
Will be able to get idea of Pitfalls and reasons and remedies
Will get the idea of Load shedding and methods and efforts to reduce the same.
Will get the concept of Kyoto protocol
Will be able to get the meaning of carbon credits, importance, methods of carbon credits
Need of future power generation Scenario
Various Questions ( short and descriptive ) based on unit-I and II i.e. Thermal power plant, condenser, Environmental impact, Power scenario etc

Course content

1 section • 6 lectures • 1h 59m total length

Introduction to Power Scenario30:29
Explore the global and Indian power scenario, detailing coal, oil, gas, nuclear, hydro, wind, solar and other renewables, plus loadshedding and policy solutions for efficiency.
Power Scenario-II28:09
Explore India's power scenario, including energy production and consumption, coal and gas shares, renewables, load shedding, and carbon credits under Kyoto protocol.
MCQs and Question papers on Unit-I_ Power Scenario7:44
Explore unit i power scenario through mcqs and question papers, examining energy sources and carbon credits. Discuss loadshedding, renewables and nonrenewables, and the private sector's role in India's energy mix.
MCQs and Question papers on unit-I_ Thermal Power Plant27:10
Explore unit i of energy engineering with mcqs and question papers on thermal power plants, covering steam condensers, regenerative and rankine cycles, boilers, coal handling, air flow, and turbine efficiency.
MCQs and Question Papers on Unit-II _ Condenser12:56
Explore condenser fundamentals for steam power plants, including vacuum, pressure relations, cooling water flow, and condenser types (surface, jet, surplus) with unit ii mcqs and question papers.
MCQs and Question Papers on Unit- II _Environment Impacts of Thermal Power Plant13:26
Examine environmental impacts of thermal power plants, including sulfur dioxide, nitrogen oxides, and carbon dioxide emissions, thermal pollution of water, noise pollution, and climate effects, with mitigation strategies.

Requirements

Mechanical Engineering subject experience is essential particularly knowledge of Power Plant Engineering is required.

Description

Hello! Hi every one. With great pleasure I wish to inform you all that I have uploaded about 23 Video Lectures and Resource files of unit –I and II of Subject Energy Engineering for BE (Mechanical) Students on Udemy Platform ( in total four courses) . These lectures are also useful for TE (Mech) and Diploma (Mechanical) students. There are total six units of the subject which I have discussed time to time. The remaining unit Lectures will be uploaded after completion of the same in phased manner. As we know that final year is very vital one to score more for better placement in MNC. In Semester pattern the students have to attend lectures, Practicals and also do preparation of assignments, project work It gets difficult to prepare well for final theory examinations due to time shortage. Therefore it is my little effort to share my knowledge to you people in the most simplest way with ease and also all the data / contents / numericals required for the preparation of subject available on one platform and no need to refer many books / web sites etc. which in turn saves lot of time and you can spare more time for other subjects also.

In this concluding section, I have uploaded Unit-I Power Scenario Lectures and then MCQs and University Question Papers on Unit-I and II respectively. You will find that almost all the points are covered in our video lectures. So best of Luck to you all.

I am also requesting you every time to give your valuable reviews after completion of each lecture so as to get booster dose for me to upload other topics of the subject with pleasant mood. Please don’t forget to give reviews. Thanks.

Who this course is for:

BE and TE Mechanical Students also Diploma students