Solar Photovoltaic Systems Basics & Design
Understand solar PV systems basics and design it using hand calculations and software packages
Ratings 3.69 / 5.00
What You Will Learn!
- PV System Components
- Solar Radiation Data Sources
- Performance of PV Panels
- Design Steps
- Case Study to Design a Grid-Connected Solar PV System
- Inverters Types
- Mounitng Structure Types
- Calculation of Array Voltage and Current
- Conductors Sizing
- Ranking of Solar PV Manufacturers
Description
Solar Photovoltaic Systems are able to provide electrical energy to the loads by converting the solar energy received on the PV panels surface to electric energy by the photovoltaic effect phenomena. Many countries are aiming to participate in reduction of carbon emission by adopting many technologies, one of which is solar PV systems.
This course explains many aspects of solar photovoltaic systems that covers topics like basic system components, functions, types of systems, different mounting structures, weather and performance under different operating conditions. As the solar radiation are every important for the estimation of amount of energy produced from the solar PV array, therefore part of the course is dedicated to talk about solar radiation and it's data sources. In addition, a case study to design a grid connected solar PV system using PVSYST software is implemented. Furthermore, hand calculations for array voltage, current and overcurrent protection devices are introduced. an Excel file calculation is made available for all students for their use and easy understanding of design issue. Moreover, assignments are prepared to help you understand the course content and practice what you have learnt. We are sure that at the end of this course you will be able to apply what you have learnt.
Who Should Attend!
- Brginners in Solar PV system Design
