Advance Certificate in PV Technician / Engineering

Summary Description: Perform site-specific engineering analysis or evaluation of energy efficiency and solar projects involving residential, commercial, or industrial customers. Design solar domestic, applying knowledge of structural energy requirements, local climates, solar technology, and thermodynamics.

Job Role

Job Role of Solar Engineer: Assessing the installation site job, understanding the principle of PV system, handling installation tools & equipment, understanding functions & process of installation materials, mounting and installing the panels at customer's premises as per design & specification, and ensuring effective functioning of solar energy system after installation

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

Eligibility

ITI Pass
B.E / B.Tech, Diploma
Minimum Educational Qualifications: 10th Pass, ITI Pass
Minimum age 18 years, No Upper Age bar

Medium:

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

Duration: 72 Hours within 1 Month

Training Methodology:

The course will be delivered in class room board work, lecture using PowerPoint, sharing of case examples, design exercises, a complete design task and PV System installation facility at institute power plant.

Training Materials:

FREE printed book as per Syllabus developed by National and International PV Technology Trainer & Expert.
FREE E-Library for future study on up-to-date technology, project guide, National & International FREE Article
sample bill of materials, sample financial models etc.
Training & Learning Materials: Wall Chart, Equipment, Measuring Meters, accessories and tools for practical & demonstration only

Core Syllabus:

Unit	Code	Module Detail	Theory	Practical	Total
Unit: 1	GAEM	General Aspects of Energy Management Click for Detail Syllabus / [Hide] 1. Global and Indian Energy Scenario and Energy Policy 2. State Energy Policy 3. Classification of Energy Resources 4. Renewable Energy Systems 5. Environmental Impact of Energy Systems	3	0	3
Unit: 1	BEE	Basic Electrical Engineering Click for Detail Syllabus / [Hide] 1. Electron theory - Structure of atom 2. Methods of Electricity Produce 3. Materials used for Electrical Work - Conductor, Insulators 4. Electric Circuits - Voltage, Current, Resistance 5. Band Theory, Conductor, Electro Motive Force (EMF) 6. Ohm's Law, Measurement Units, Power, Horsepower, Energy 7. Electric Circuits - Closed. Open, Short, Series, Parallel Circuit 8. Circuit protection, Circuit Breaker, Fuses, 9. Cable and Wire, Color coding of wires, Solar Cable, 10. Golden Safety Rules, Safety & Protective Equipment, Safety sign 11. Electrical Tool, Electrical Symbols 12. Softe copy of Home Task submitted by every student	3	2	5
Unit: 1	PPS	Physic of Photovoltaic System Click for Detail Syllabus / [Hide] 1. What is Solar Cell/Panel? Detail of Solar Cell - PV modules layers 2. Photovoltaic Effect 3. Doping Semiconductors, P-type and N-type formation 4. How a Photovoltaic Cell Works 5. Type of PV cell, Monocrystalline, Polycrystalline, Thin Film, Multi-junction Cells, Efficiencies, 6. Generation Solar Cell - First Generation, Second Generation, Third Generation, Future Generation 7. Perovskite Solar Cell, Dye-Sensitize Solar Cell, Quantum Dot (QD) Solar Cell, Organic/Plastic Solar Cell, Printable Solar Cell, Multiple Exciton Generation , Tandem Solar Cell 8. Technical Specification of Solar PV module 9. Fill Factor, Efficiency, Temperature Coefficients 10. Application of Solar Energy 11. Softe copy of Home Task submitted by every student	4	4	8
Unit: 1	SRPS	Solar Resources for Photovoltaic System Click for Detail Syllabus / [Hide] 1. Solar Insolation, Solar Spectrum 2. Average Daily Solar Radiation, PSH, PSI 3. Solar Window, Location - Latitude, Insolation and Latitude 4. Solar Declination angle 5. solar noon, Determine solar noon 6. Factors to be considered in Solar System Design 7. Air Mass, GHI, DIF, DHI, DNI, Solar Maps 8. Module Tilt Angle Scale 9. Measurement of Sunlight Power incident on SPV Module's surface 10. Significance of the Tilt Angle Northern Hemisphere, Southern Hemisphere, Equinox 11. Summary of Solar Angles, Optimum tilt angle, Best Angle for Solar Panels 12. Module Mounting Structure, Intelligent solar tracking system 13. Softe copy of Home Task submitted by every student	3	3	6
Unit: 2	BoS	Solar PV Balance-of-System Click for Detail Syllabus / [Hide] 1. Basic Components of a Solar PV System 2. Switch, Disconnector, Principle factors to be considered when selecting the DC switch-disconnector 3. Cable size - DC Voltage & Current in PV Systems, Rated current & voltage 4. D.C. Plug and Socket Connectors - DC Isolator, DC Combiner Box, Junction Boxes, Different Parts of JB, AC isolator, AC Distribution Box 5. String Fuses, Selection of Fuse, Blocking Diodes 6. Earthing System, Earthing of solar plant, Calculation of earth resistance, Grounding System, Surge Protection, Lightning Protection 7. Inverter - Micro, String, Central, Stand Alone, Grid Tie, Pure Sine Wave 8. Measurement/metering of Electrical Power, Charge Controller - PWM, MPPT 9. Mounting Structures - Roof mounted, Ground mounted, Mounting Material, Technical Specifications of mounting structure, Design Specifications, Wind Load Calculation of Mounting Structure, Foundation Selection 10. Networking Cable, Synchronization for Two Power Sources 11. PV Batteries, Battery capacity, Battery connection, Battery Charging Current and Battery Charging Time, Three Stage Battery Charging, Battery Selection and Sizing, What parameters MUST BE monitored? Battery Maintenance Tips, Battery Efficiency 12. Softe copy of Home Task submitted by every student	8	2	10
Unit: 2	SAP	Site Assessments and Project Planing Click for Detail Syllabus / [Hide] 1. PV System Site Assessment 2. Solar PV Site Assessment Procedure - Preliminary Solar Site Assessment, Site Access Notes 3. Shading Analysis for Photovoltaic Systems - Objective and Subjective Shade, Static and Dynamic Shade, Whole and Partial Shade 4. Shade and Power: The Multiplier Effect, Damage to Solar Panels 5. Determine true south, Site Analysis, Sun paths, SUN PATHS DIAGRAM, Altitude and azimuth, Site Evaluation 6. Softe copy of Site Assessment Report submitted by every student	2	2	4
Unit: 2	PDD	Project Design and Documentation Click for Detail Syllabus / [Hide] 1. Basic principles of system design 2. Steps to follow to design an efficient PV system 3. Factors to be considered in Solar System Design 4. System Design of Solar PV Systems - Load Analysis, Solar Array Design, Inverter Issues, Battery Sizing, Charge Controller 5. Small Rooftop Solar Power Plant Calculation - Load Calculate, Inverter Selection, Battery Bank Calculation, PV Array Design, PV Array Design Error Checking 6. Street Light, Water Pump Design & Calculation 7. Solar PV Power Plant Design & Calculation: 5 KWp, 10KWp, 15KWp and so on, CALCULATE MAXIMUM STRING SIZE, CALCULATE MINUMUM STRING SIZE, CALCULATE NUMBER OF STRINGS IN PARALLEL, QUICK CROSS CHECK OF STRING SIZING 8. PLANT BoS equipment sizing - Minimum Voltage Rating, Minimum Current Rating, Cable Selection and Sizing, Fault Current Protection, String Fuses, Module cables, cable voltage rating, current carrying capacity of the cable, Protection against overcurrent and overvoltage, AC Cables, Cable losses, Cable Tags, Junction Boxes, DC Switches/Disconnects, Circuit Breaker, Data Monitoring, Design Documentation, Drawing Sheet, Energy Yield Prediction, SPECIFIC ENERGY YIELD, CUF, PERFORMANCE RATIO, Ideal Energy, Bill of materials, Quotation, PO, Cost price of solar PV power system, Payback Period 9. Solar PV Software Training - Design Aspects, Site Analisise using solar software, Calculation shadow effects, PV Array Design, Tracking System, I-V characteristics, Electrical Assembly, power generation calculation, Economic efficiency simulation, Economic Efficiency Report etc 10. Project Feasibility study of Techno-commercial Reporting, DPR & PPA making for PV Power Project 11. Softe copy of Model Project Design and Documentation project work submitted by every student	12	6	18
Unit: 2	PPM	PV Project Management Click for Detail Syllabus / [Hide] 1. What is Project ? 2. Project Management, Project Management Processes 3. Project Management Knowledge Areas - Develop Project Charter, Develop Project Management Plan, Manage Project Work, Monitor and Control Project Work, Perform Integrated Change Control, Close Project or Phase 4. Project Scope Management 5. Project Time Management, Bar charts 6. AOA, CPM, PERT 7. Project Cost Management, PV, EV, BCWS, AC, EAC, CPI, ETC, CV, SPI, VAC 8. Project Quality Management 9. Project Human Resource Management 10. Project Communications Management 11. Project Risk Management 12. Project Procurement Management 13. Project Stakeholder Management 14. Project vs Operational Work 15. Project Stakeholders 16. Detailed Site Analysis, Basic Engineering 17. Technology Selection 18. Due Diligence Services in PV Projects 19. Yield Projection, PV Performance Projection 20. Implementing MW Solar Power Plants - Action Framework 21. Getting a PPA for a MW Solar Power Plant 22. EPC Selection for a MW Solar Plant 23. Designing and Construction 24. Decision regarding Owner's Engineer and O&M 25. Commissioning of the Plant 26. Soft copy of Model Project DPR submitted by every student	8	2	10
Unit: 3	SPSW	Safety for PV System Workers Click for Detail Syllabus / [Hide] 1. Occupational health 2. Constitutional aspects of Employees' right to health, Occupational health Laws, Employees' State Insurance (ESI) 3. PV Installation Safety, GENERAL SAFETY, Installation Safety, Personal Protective Equipments 4. Safety Level, System Hazards and Recommendations, National Electric Code 5. FirstAid Techniques During PV System Installation Safety Color Coding Lebels and Tape, Marking Physical Hazards, color coding for DC circuits, IEC coding, Fire Extinguishers, Employee Health and Safety Education,	4	4	8
Unit: 3	IPS	Installation of PV System Click for Detail Syllabus / [Hide] 1. Before going to installation - Collect Drawing & Documents, Collect Personal Safety Equipments 2. IS Code of practice 3. Step by step Installation, Flow up Installation Process Site Survey, Leveling of Site, Leveling & Grading, Site Preparation Collect SLD for DC system, DC Cable Schedule Marking for Mounting Structures Drilling Holes for Foundations, Pier Foundations Stub & Coping, Structure Erection Structure & Module Alignment Collect Module and Inverter Technical detail Module & Inverter Installation Cable Trench Layout, DC Cable Laying & Conduit Dressing DC Cable Laying DC Cable Termination (SMB Work), Technical Datasheet for Junction Boxes, connectors etc. Cable Laying Work (Control Room) Installing Weather Stations, Earthing, Lightening protection, surge protection etc. Check: Tilt Angle Control Room, Collect SLD for AC system, Main AC Distribution Board SLD, HT & LT Cable Sizing Calculations and cable schedule Transmission Line - Transmission Line and Bus Bar Conductor Earthing Calculations for inverter and control room, Lightning protection Inverter Room Equipment Layout, HT and LT panel drawing, Battery and UPS datasheets, DBR for Transmission system, Technical Datasheet for Tariff Meter SCADA Architecture Single Line Diagram, Communication Cable Schedule, CCTV Architecture 4. Final Drawings & Documents, labelling 5. Softe copy of System Installation Documents by every student	2	8	10
Unit: 3	SIT	System Inspection, Testing, Commissioning Click for Detail Syllabus / [Hide] 1. SYSTEM INSPECTION 2. TESTING - Mechanical completion, Electrical completion, Monitoring System 3. Inspection Process 4. Test Table - Information about project General Inspection PV Module Mounting Structure & Civil Foundation DC Junction Box or String Monitoring Box Earthing & lightning arrestor PV module Inverter AC Distribution Box Cable identification & route inspection Weather monitoring station and PV monitoring system Cable insulation test String fuse and String Open Circuit Voltage test String DC Short circuit current test Isolation device test 5. Commissioning, COMMISSIONING PROCESS, COMMISSIONING TASKS 6. PV COMMISSIONING TEST SHEETS - Information about PV module Information about PV array Information about inverter Inverter functional test System acceptance test RELIABILITY RUN TEST Performance Ratio (PR) Test 7. Handover & Documentation 8. Softe copy of System Inspection, Testing, Commissioning report by every student	6	3	9
Unit: 3	SOM	System Operation and Maintenance Click for Detail Syllabus / [Hide] 1. Solar Power Plant Monitoring 2. Scheduled maintenance 3. Common unscheduled maintenance 4. Module Cleaning, CLEANING METHOD 5. Shadow Objects Removing, Spare parts and equipments required 6. O&M Contract Types 7. Remote Monitoring System 8. Operations and maintenance Service table 9. Softe copy of System Operation and Maintenance Report Documents	2	1	3

* per class 45 Munutes, Per day 8 class.

Knowledge & Skill from this training Program

Through this training session, you can understand your responsibilities at work area

Technical Job skill:

1. Working process to generate solar power
2. PV Solar Rooftop and Power Plant Calculation, Design
3. Soft skill to design SPV plant
4. Electrical equipments handling & its function
5. Mechanical equipments and its function
6. Site survey and evaluation of various environmental parameters
7. System Installation Process -
    Civil Work
    Mechanical Work
    Electrical Work
8. System Test & Commissioning
9. Site Operation and Maintenance Job
10. Occupational health and safety process

Professional Skills:

You can able to
1. operate/use different tools used in installation work
2. Fill report form, make documentation
3. Communicate with supervisor and co ordinate with co-workers
4. work as a team member for achieving quality work/customer satisfaction
5. Understand company's policies and needs

IST can provide skill training to do the job role as:

Install photovoltaic (PV) systems in accordance with codes and standards using drawings, schematics, and instructions.
Conduct engineering site audits to collect structural, electrical, and related site information for use in the design of residential or commercial solar power systems.
Design or coordinate design of photovoltaic (PV) systems, including system components, for residential and commercial buildings.
Create electrical single-line diagrams, panel schedules, or connection diagrams for solar electric systems
PV design and energy simulation solution with software and accurate solar electricity generation calculations.
hourly electricity generation using scientific, industry-standard mathematical models, Create detailed economic analyses
Shading analyses, Site selection, Accurate energy calculations, Design optimization, System layouts, Fast string design, Detailed and customized reports
Develop design specifications and functional requirements for residential, commercial, or industrial solar energy systems or components.
Review specifications and recommend engineering or manufacturing changes to achieve solar design objectives.
Provide technical direction or support to installation teams during installation, start-up, testing, system commissioning, or performance monitoring.
Perform of solar photovoltaic (PV) generation system performance or energy production to optimize efficiency.
Develop standard operation procedures and quality or safety standards for solar installation work.
review or inspection of completed solar installation projects, Inspect finished project
Web-based Monitoring Service - Real-time remote monitoring of power generation

Course Fee:

Course Fee for Indian Students
Registration Fee: Rs.7,500/-
Training Fee : Rs. 17,499/-
Total Course Fee: Rs. 24,999/
Pre-Admission Fee per participant: Two Months before ~~Rs.25,000/-~~ Rs.23,600/- For Feb,
Pay Total Course Fee at the time of Registration/admission.

Course Fee for International Students
Registration Fee: $ 210 (US Dollar)
Training Fee : $ 510 (US Dollar)
Total Course Fee: $ 720 (US Dollar) including Service Tax & examination fee.
Pay Total Course Fee at the time of Registration/admission.

Institute of Solar TechnologyIST Bangalore
"ENTREPRENEURSHIP DEVELOPMENT INSTITUTE"
A Unit of
Global Advanced Training & Educational Trust
An Autonomous Institute Reg. under
NCT New Delhi, GOVT. OF INDIA
ISO 9001:2008 Certified Orginazation, Member of Solar Energy Society of India
IST - Authorised Training Center of NIESBUD (An Autonomous Institute under Ministry of Skill Development and Entrepreneurship), Govt. of India,

Traditional Learning vs. IST Skill Training

Education is all about learning the theory. Traditionally, an education may reinforce knowledge in which that you already have a foundation.
And that's where IST Skill training differs; IST training gives you the skills to do something rather than just know about something. Training can be specific to your need, your work experience or your skills-gap.

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Program At a Glance

Program Code:PVE01
Training For:Engineers, Professionals
& Entrepreneurs
Training Type:Hands-on Practical
Length of Study:72 Hours / 1 Month
Study Options:Full Time (Short Term)
Admission Time:See Upcoming Training ⇩

Students will Get

Hands-on Practical Training, E-Library for Study

Upcoming Training

PV Technology and Business Management (Weekday Program - Monday to Thursday)

Training Duration: 72 Hours within one month

IST Bangalore (K.A) 11:00 - 16:30
Training from: 2019-12-09 to 2019-12-16

Last Date of Admission: 2019-12-07

Total Seat: 10 Nos, Seat Available: 6 No(s)

Apply Now

Our Location

Institute of Solar Technology - Bengaluru Branch

241/F, 3rd and 4th Floor, Service Road
2nd Stage, 4th Block,
HBR Layout [Extn], Bangalore - 43
,

Institute of Solar Technology - IST

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