Vocational Training on Photovoltaic System for Engineering students

Job Role: Institute of Solar Technology conducts following Vocational Training on PV Solar System Engineering, Rooftop Net metering PV Solar system for the Students of B.E/B.Tech,M.E/M.Tech,Diploma Engineering from the streams of Electronics & Communication, Computer Science, IT, Electrical, Electrical & Electronics Engineering, Electrical Power System, Electronics & Instrumentation, Civil Engineering, Mechanical Engineering.


Objective of the Training:

  1. To give an overview of Solar Photovoltaic technologies
  2. To give an exposure to working/live Solar Photovoltaic equipments
  3. To help enhance awareness of the students on various job options in the Solar Photovoltaic industry

Certificate will be Awarded by

Institute of Solar Technology, A Unit of Global Advanced Training & Educational Trust, Regd. under NCT New Delhi, Govt. of India and NITI Aayog, Govt. of India

Eligibility

  • 2 nd / 3 rd / 4th Year Electronics & Communication, Computer Science, IT, Electrical, Electrical & Electronics Engineering, Electrical Power System, Electronics & Instrumentation, Civil Engineering, Mechanical Engineering students of
  • B.E/B.Tech from the streams of
  • M.E/M.Tech
  • Diploma Engineering

Medium:

English, Hindi & Local Language
(Book & Online Examination in English)

Duration: 1 Month


TRAINING METHODOLOGY:

E-Learning Content for Self Learning:

We provide access to our Learning Management System (LMS) that includes resources from e-books, assignments, Audio-Video links and web-links from our online E-Library. The LMS is accessible via smart phones and tabs, and is available in our E-Library website.

Live Interactive Classes:

Our expert faculty members take session on each paper that is delivered through live webinar sessions. These sessions are joined by students from India and Abroad. Key concepts, case studies and real life examples are discussed. Students also get chance to clarify their doubts / academic clarifications. If by any chance you miss these live classes, don’t worry, the recorded sessions are uploaded in the E-Library/LMS.

HelpDesk – Solve your queries instantly:

Helpdesk Support is Available for all students in IST in the defined business hours. All learners can connect via Email & Chat. Helpdesk Connect learners to all departments of IST. Issues raised via Email & Tickets answered within 24 Business Hours. We encourage students to use this facility.

Core Syllabus:

Unit: GES

Global Energy Scenario
Summary of the unit:
This is an introductory session about national and international energy demand in coming future and share of renewable energy in present year, GoI projection and MNRE guide to develop PV Solar Project.

  • Global and Indian Energy Scenario
    1. State Energy Policy
    2. Classification of Energy Resources
    3. Renewable Energy Systems
    4. Environmental Impact of Energy Systems

Unit: BEE

BASIC ELECTRICAL ENGINEERING
Summary of the unit:
Basic of Electricity – this unit mainly for those who are coming from non-technical background.

  • Basics of electricity
    1. Types of energy
    2. Basics of electricity - Electricity, Current, Voltage
    3. Resistance, Inductor, Capacitor
    4. Ohm's Law, Measurement Units, Power, Energy
    5. Insulators and Conductors
    6. DC power, AC Power, Electrical Term
    7. Electric Circuit - Short Circuit, Open Circuit, Series circuit
    8. Parallel Circuit, Mixed Circuit

  • Identification, Selection and Measuring Instrument
    1. Cable and Wire
    2. Color coding of wires, Solar Cable
    3. Measuring AC/DC Voltage, Current, Resistance, Continuity

Unit: SMT

SOLAR MODULE TECHNOLOGY
Summary of the unit:
A brief discussion of PV Cell technology, PV Module/Panel, Technical Specification, Best Module selection.

  • Physic of Photovoltaic System
    1. Semiconductor, Silicon Semiconductor
    2. Phosphorus, Boron, N-type Silicon, P-type Silicon
    3. Formation of Solar Cell, p-n junctions

  • Next Generation Photovoltaics
    1. Thin film solar cells, dye-sensitized solar cells
    2. Organic solar cells, quantum dot solar cells
    3. Perovskite solar cells

  • PV Cell to PV Module Formation
    1. Modules combination - Series & Parallel combination
    2. Module Circuit
    3. Design of PV Module - Front Surface, Encapsulate, Rear Surface, Frame

  • Working Process of PV Module
    1. Photoelectric Effect, Photon's Energy
    2. Output of a Solar cell - DC Current, Voltage
    3. Technical Specification - Electrical Specification - STC
    4. Pmax, Vmp, Voc, Imp, Isc, Different Wp PV Module Datasheet
    5. Calculate OCPD, Module Fill Factor, Efficiency, Maximum System Voltage
    6. Series & Parallel Wiring, Maximum Series Fuse, Diodes in PV Array

  • Formation of PV Module to PV Array
    1. Series connected PV Array, Calculate Array Voltage and Current
    2. Parallel connected PV Array, Calculate Array Voltage and Current
    3. Series-Parallel connected PV Array
    4. Calculate Array Voltage and Current

Unit: SRA

SOLAR RESOURCE ASSESSMENT

Summary of the unit:
From this unit, trainees can learn about installation location selection and calculate best Tilt angle for that location to generate maximum power from PV Solar System and also able to calculate expected power generation.

  • Solar Resource
    1. Solar Irradiance, Insolation,
    2. Solar Radiation
    3. PSI, Sun Path

  • Tilt Angle
    1. Solar Angle, Calculate Altitude Angle
    2. Azimuth Angle
    3. Calculate Optimum Tilt Angle

Unit: BOS

SOLAR PLANT BALANCE OF SYSTEM (BOS)

Summary of the unit:
A brief discussion on all related equipment like MMS, AJB, Cable, Connectors, Battery, CC, Inverter etc.

  • Balance of System
    1. AC Cables
    2. AC Distribution Boards
    3. AC Isolator
    4. Array Junction Boxes(AJB)
    5. Batteries (optional, usually found only in small rooftop plants)
    6. Connectors
    7. DC Cables
    8. DC Distribution Boards
    9. Disconnects/switches
    10. Earthling Kit
    11. Fuses
    12. Lightning Protection
    13. Meters
    14. Surge Protection Devices
    15. Trackers (optional, usually found only in ground mounted plants) Single-axis Dual-axis
    16. Transformers

Unit: RSD

ROOFTOP SOLAR DESIGN

Summary of the unit:
Detail Calculation and Design of 1KW to 100 KW Rooftop Solar Power Plant (Off-grid and On-grid), BoM making, Costing of Power Plant, Making Customer motivation documents, Energy Generation Calculation, RoI calculation, Vendor Selection, Vendor List and Business Model.

  • Rooftop Solar Power Plant Design and Costing
    1. Calculation of Rooftop System
    2. Energy generation calculation
    3. Site Selection at customer's house
    4. Equipment Selection & calculation
    5. System Costing

  • Rooftop Solar Power Plant Documentation
    1. Funding Model
    2. Loan Model
    3. Return of Investment (ROI) calculation
    4. Training & Documentation for your client


Course Fee:

Online Live Class Fees: Rs. 5,999/-
Hands on Practical Fees: Rs. 999/
Total Course Fee: Rs. 6,998/
All Fees including 18% GST

If you are interested to join at Practical session, we will inform you and pay Hands on Practical Fees at that time.


Pay Now Online Live Class Fees only.
Submit Registeration for this course:

Submit Registration

Live Class Learn from World top Professional University and Best Business School - Institute of Solar Technology. Start streaming on-demand video lectures today from top instructors html5 format support from all mobile, laptop devices.
* This is hereby notified that, Considering the current Covid 19 outbreak. Gate trust will deliver 2020-21 academic classes through online Virtual classroom mode.
Know more about IST Virtual Classroom
Academic Board
GATE Trust
01/04/2020

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IST Alumni Feedback

IST is a good training provider for Solar energy technology. Course was nice with lot of information on solar technology. Instructor was good, with clear understanding.

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