2 Days Online Training on Solar PV System Design & Installation

In partnership with the National Institute of Renewable Energy (NIRE), Smart Energy Magazine proudly presents a comprehensive 2-day Online Training on Solar PV System Design & Installation. This specialized course delves deep into photovoltaic system design principles while also providing insights into installation techniques and industry best practices. Tailored to address the dynamic demands of the solar sector, the program equips participants with essential knowledge on solar PV systems, including classification, component characteristics, residential (Rooftop Solar) system design, project cost estimation, and commercial, agricultural, and utility-scale design methodologies. This unique training opportunity empowers attendees to design solar PV systems ranging from small-scale residential setups to large-scale megawatt installations.

The Topic Covered will be as follows:

Day1: Solar PV system classification, components and its characteristics

• Solar cell properties and I-V characteristics of a PV module

• Types of solar power system: Off grid solar system, Hybrid solar system, Grid-tied solar

• Balance of systems and system components

• Solar batteries characteristics and importance

• Types of Solar Inverter and selection criteria

• Array junction box and net metering concepts

• Mounting structure and its types

• Classification of solar power system for application: Residential, Commercial, Utility, Agricultural

• Basic solar PV power system design principles & calculation

• Single line diagram(SLD) and SLD needs

• Power demand and load estimation

• Installed power VS Demand power

• Design of residential solar power

• Solar module & batteries – sizing and arrangements

• System voltage selection criteria

• Backup hour calculation

• Inverter selection

• Determination of Cable sizing both AC ,DC cable

• Design of System Components for different PV Applications

• Cost estimation and savings

• Standalone and on grid residential system design methods

• Factors involved in SPV Systems

• Video shows on solar system components and its use

Day 2: Solar PV system commercial, agricultural and utility level design methodology

• Design methods of commercial solar power system

• Case studies on commercial design

• Design of solar agricultural pump projects

• Exercise on solar agricultural system

• Design procedure for utility level projects

• Class room assignments on solar power system

• Hands on training on deisgn with practical case studies and examples

• Q & A discussion

For more details on the program and its content and to participate contact the program coordinator at +91 9820692203/ +91 9820716970