Innovasys Engineering brings professinal Solar PV Courses and Training most suitable to your requirements and enhance your acceptability in the market and pass industry certifications

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Learn Essential Theory, Planning and Design of Solar PV Systems with Calculations

Training Mode: Online Recorded Video based Lectures Course
Hosted by World best Online Solar Training portal www.heatspring.com
Instructor: Asif Khokher (NABCEP-PVIP, PMP, RMP) | Innovasys Engineering
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Highly recommended Training for Solar PV Professionals including Beginners
Train Your Staff like Engineers, Technicians, Sales Persons & Others
100% Guaranteed Professional Learning    
This Solar PV Courses or Training brings Basics to Advanced Learning of Solar Energy, PV Modules & Systems, Charge Controllers, Inverters, Batteries, Solar PV Project Planning, Detailed Site Survey, Feasibility and Financial aspects, Mechanical Design, Detailed System Design & Sizing of On/Off Grid Applications
This course is bundled with many of applied calculations and sizing examples which shall increase your confidence to 100%.   
Solar-PV-Course-Rev04
12 Modules, 350 Slides, 12 Hours of Video Lectures (60 Hours of Learning Time)
Learn Essential Theory and Working of Solar Energy and PV Modules
Learn Planning, Site Survey and Design of On-Grid/Off-Grid Systems in detail
Grip Your Understanding of Working and Selecton of Charge Controllers, Inverters and Batteries
Carry Out Calculations with confidence practicing various Examples. Excel Sheets provided.

Sample Slides:

  • 2-3 Extraterrestrial Solar Radiation and Solar Constant
  • 2-7 Solar Radiation Data and Maps
  • 2-9 Earth Orbit and Rotation
  • 2-12 Photovoltaic Module Azimuth and Tilt Angles
  • 3-3 - Photovoltaic Effect and Sol Cell Working
  • 3-5 - IV Curves
  • 3-8 Module Series and Parallel Connections
  • 3-9 Bypass Diodes
  • 4-4 Voltage Settings in Charge Controllerr
  • 5-3 - Switching, Power Conditioning and Control
  • 5-4 - Types of Solar Inverters
  • 5-5 - Earthing and Grounding
  • 5-6 Selection Parameters2
  • 6-3 - Types of Batteries
  • 6-4 - Calculating Battery Bank Size
  • 7-3 - Estimating User Load Requirements
  • 7-3 - System Specifications
  • 7-3-I - System Selection and Economics
  • 8-1 Site Survey
  • 8-3 Shading Analysis
  • 8-3 Shading Analysis2
  • 8-4 PV Array Location and Orientation
  • 8-5 OPtimizing String Connection
  • Customer Requirements
  • Equipment Key Design Concepts and Parameters
  • II -System Economics-PayBack-NPV-IRR
  • IV - System Economics - Cost Calculation Example-I
  • IV - System Economics - Cost Calculation Example-I2
  • Load and Critical Design Analysis
  • PV System Configuration Concepts and Inverter Selection
  • System Losses
  • System Sizing Calculations On-Grid System

Course Objectives:

  1.  To Learn complete, necessary and essential theory of solar energy, PV modules/systems, charge controllers, inverters and batteries in an easy and understandable way 
  2.  To Learn and understand System Planning and Design consisting of Customer Requirements, Site Survey & Planning, Mechanical Design, On-Grid/Off-Grid System Sizing and key Electrical Design as per NEC 690 
  3.  To Practice and Solve 35 applied technical questions including calculations (theory explained) leading to expert approach and confidence
  4.  Carry out Sizing of On-Grid and Off-Grid Systems in Excel Sheet (for PV Arrays, Inverter(s) and Battery Bank) 
  5.  Understand Core Concepts of Solar PV system as per NEC690  
  6.  To Strengthen Knowledge on a sound Professional basis, and add Core Technical Value to your knowledge  
  7.  To Learn in hours from zero to perfection. If you are planning for Industry Certifications, then this course brings considerable preparatory material helping you achieve your objective<