CHIEF PATRON(S):

Prof.Vinay Kumar Pathak Vice-Chancellor

Dr Anil Agarwal Chairman, HRIT Group of Institutions

Mr Anjul Agarwal Vice-Chairman, HRIT Group of Institutions

PATRON(S):

Prof (Dr) V K Jain, Director General

Dr Ranjeet Singh, Group Director

ADVISORY COMMITTEE:

Prof. P.K. Bhuyan (HOD,CSE)

Mr. Arvind Kushwaha (Dean)

Mrs. Shraddha Sood (HOD, EC)

Mr. Gaurav Upadhyay (HOD, ME)

CONVENOR:

Prof. Vinod Kumar

JOIN –CONVENOR

Dr.Arvind Sharma, (HOD EN)

ORGANIZING MEMBERS:

Kushboo Jain, EN Department Sachin tyagi, ECE Department Akash Raghav, ME Department Ashish CE department

REGISTRATION DETAILS:- Participants willing to attend this FDP should send filled registration form to vinod@hrit.ac.in. Registration is free and will be on a first-come first served basis. Confirmation of registration will be informed by email. Accomodation and TA/DA will not be provided. LAST DATE FOR REGISTRATION 1st JULY, 2018

ABOUT HRIT GROUP OF INSTITUTIONS

The HRIT Group of Institutions is approved

by AICTE , PCI and Board of Technical

Education and affiliated to Dr.APJ Abdul

Kalam Technical University, Lucknow,

CCs university, Meerut, for B.Tech,

B.Pharma, MCA, MBA,

PGDM,PGCM,BBA,BCA,BBA,(HM),BH

MCT, M.Tech., M.Pharma and Diploma

(CE& ME) courses .The institution focuses

on providing national, global engineering

and corporate environment.

About the Department:

Electrical & Electronics Engineering

Department is committed to impart high

degree of technical education to the

students. This course is based on a

generalized and integrated approach.

Department has adequate laboratory

facilities for conducting the experimental

work related to the theory. The entire

laboratories have enough equipment, even

to teach beyond the syllabus.

Department tries to facilitate the students to

undergo for industrial training of their

choice to understand the practical needs of

the industries. In the end of their degree

course, the students are assigned with

seminars, minor and major projects.

Students are encouraged to carry out R & D

work which includes design, fabrication and

testing of subsystems as well as complete

system.

RESOURCE PERSONS:

Most of the resource persons are from

IITs/Nits, govt. Institutions, reputed

Universities and Industries.

WHO SHOULD ATTEND

Faculty members / research

scholars/students from academic institutes

approved by the AICTE/UGC/MHRD and

Scientists/engineers working in private

/public/Govt. organizations/industries etc.

can attend the course. The application

should be made on the registration form.

REGISTRATION: No ENTRY FEES

TECHNICAL EDUCATION QUALITY

IMPROVEMENT PROGRAM-PHASE III

(TEQIP-III)

Faculty Development Program

On

“Advances in Modelling & Control of

Renewable Energy Systems”

2-6 July, 2018

Sponsored by

Dr.A.P.J.ABDUL KALAM

TECHNICAL UNIVERSITY,

UTTAR PRADESH, LUCKNOW

Organized by: Department of Electrical & Electronics

Engineering Department H.R.Institute of Technology, Ghaziabad

7 Km Stone, Delhi – Meerut Road, Ghaziabad –

201003, INDIA

Ph: 0120-2679173, 75, 79, 2679089, 2675177

website: www.hrit.ac.in e-mail:

hritgzb@gmail.com

ABOUT THE FDP

Electricity has become an integral part of

human life, affecting all the spheres of

human life. The electrical power is

delivered to the doorsteps of the consumers

through the power system. Conventionally,

the power system connects the electrical

generators located in far locations to the

consumer’s location, which makes it a

complex network. But, recent advances in

the areas of renewable energy sources

(RES) have led to increased complexity of

the network. Now, the function of

electricity generation is also performed at

the consumer's end. Thus, it makes the

power flow bidirectional in nature. This

solves several energy issues related to

electrical systems. However, it creates

several other operational issues with the

power system. The major problems being

faced are the balance between generation

and consumption in the power systems,

protection of the equipment and devices,

control of power flow between different

types of equipment, etc. This course aims at

providing the participants with these basic

issues and the methods to solve them. The

problems will be addressed mathematically

to help them model and perform different

analysis on the subject interest of the

participants to enable them with the

different research issues and techniques to

the participants.

Internet of things (IoT) based on

local and cloud server.

TOPIC TO BE COVERED

The course aims to address the following

issues related to the modern power systems,

but not limited to them.

Introduction to Renewable Energy stems

Modeling of Different Energy Systems

Components

Power Flow Control in RES

Model Order Reduction of RES

Soft Computing Techniques in RES

Forecasting & its Significance in RES

Control Techniques for PV Systems

Intelligent Systems and Control in RES

Field-Programmable Gate Array in RES

Lab session on LABVIEW, MATLAB for

Control