Solar PV Design and Installation

Program at a Glance

  • Three months skill certificate
  • Course fee is Rs 26,000/- (lump sum)

Learn the skills required for Solar PV Design and Installation Certificate

Pakistan is facing energy crisis which can be overcome by using solar energy. The conditions for solar power are very favorable in Pakistan. That is why the solar industry is flourishing very rapidly. There is dire need of technical experts in this filed. This course will be very beneficial for a person who seeks job and wants to excel in solar systems filed.

What You’ll Learn

The core purpose of this qualification is to produce employable and skilled manpower who can work on solar systems according to national and international standards. In this course you will learn:

  • Calculate load requirement of an optimal solar PV system
  • Design ground level deployment of solar PV systems
  • Recognize potential hazards in the solar PV industry
  • Understand the relationship between the solar panel and other components in the system
  • Performance effect of solar panel on the overall system performance

How You’ll Benefit

Successful completion of this certificate will provide you the right balance of knowledge, skills, attitude, and work experience that are essential elements of employability in the solar industry. After completion of this course, you shall be able to:

  1. Use the correct hardware tools to deploy the system
  2. Assemble PV inverters with panels for power production
  3. Able to work together
  4. Excellent in communication abilities
  5. Work as a general-purpose hand based on acquired qualification and certification by NSU and UNESCO-UNEVOC

Description

The core purpose of this qualification is to produce employable and skilled solar PV manpower who can work on solar PV based electrical power supply systems according to national and international standards. In this course you will learn:

  • The safety procedures and practices required for Solar PV work.
  • Solar PV basics
  • Measure and plan a building's electrical wiring, as well as compute the load requirements of installed electrical equipment and Size solar PV system .
  • Install solar PV system
  • Communication with clients
  • Entrepreneurship, basic business model development, preparing quotes

Outcomes

Successful completion of this certificate will provide you the right balance of knowledge, skills, attitude, and work experience that are essential elements of employability in the industry. After completion of this course, you shall be able to:

  • Have basic solar PV information
  • Have basic safety information
  • Understand Solar PV drawings and symbols and acquire practical knowledge
  • Excel in energy audit and calculations for solar PV sites
  • Able to work together and confident in conversation
  • Work as a general-purpose hand based on acquired qualification and certification by NSU and UNESCO-UNEVOC.

This course has a wide range of job opportunities in/as:

  • PV site surveyor and PV salesman (Assistant/ Supervisor)
  • Can run their own business
  • Can start their own Solar PV training institute
  • Job opportunities in other countries

Week # 

 

Topics 

Major Assignment and Examination Dates

1

 

 Introduction to course 

 Introduction to Effective Communication, Basics of Communication, Elements of Effective Communication, The Characteristics of an Effective Communicator, Importance of Communication in the 21st Century, Communication Self-Assessment

 

Theory 

2

 

Core Components of Effective Communication, An Introduction | Components of Communication, Verbal Communication, Importance of the Tone, Non – Verbal Communication, Application and Practice

 

 

Theory 

3

 

Introduction to voltage and current

Introduction to resistance and power 

Introduction to safety 

OSHA standards 

Electrical safety measures 

Introduction to solar PV design software 

Theory + lab 

Open ended lab 

4

 

 

Introduction to instrumentation tools 

Energy sector growth 

Solar PV designing 

 

Theory + lab

5

 

Introduction to 

 PV materials 

Cells classifications 

Panel classifications 

Output of various PV systems in simulation tool

Theory + lab

6

 

 Effect of inclination angles on solar PV systems 

Types of solar PV systems

Theory + lab

7

 

Electric drawings

Reading 

Solar PV system deployment     in a dc dc setting

Theory + lab

8

 

 Solar panel types.

Design of a solar photovoltaic system.

Off Grid photovoltaic system and its installation diagram.

On Grid photovoltaic system and its installation diagram.

Hybrid photovoltaic system.

Solar pump system.

Off Grid photovoltaic system sizing.

On Grid photovoltaic system sizing.

Technical characteristics of solar panels.

 

Theory + lab 

9

 

Solar panel connections and its performance incidence.

Shadow effects and its performance incidence.

Operation and types of inverters. Off grid, on grid and hybrid inverters technical characteristics.

 

Theory + lab

10

 

Lead acid batteries operation and its charge cycles.

Lithium batteries operation and its charge cycles.

Lead acid battery types.

Charge controllers operation and classification.

 

 

Theory + lab

11

 

 

Solar pump system operation, advantages and sizing.

 

Theory + lab 

12

 

 

Economic evaluation of all the systems. And preparing quotes 

 

 

Theory + lab

14

Final Exam 

Final exam+ presentation

On Weekends (Morning and Evening)
Evening 4:00 p.m. – 7:00 p.m. (Friday )
Morning 9:00 a.m. - 12:00 o.m. (Saturday and Sunday)

  • Course fee is 26,000/- (lump sum)

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January 30, 2025@ 10:40 PM