Le 8 juillet 2020
Cette activité se déroulera en anglais
PVsyst is a modeling tool that is used extensively in research and industry for the evaluation, design, optimization and validation of PV arrays, ranging from rooftop to utility scale installations. PVsyst has the capability to model systems with shading elements, single axis tracking, dual axis tracking and bifacial system. This tutorial aims to provide an overview of the development of models and generation of outputs to aid in research tasks. Developing the model is important to ensure that system characteristics are correctly captured. Understanding the outputs enables confirmation of the system design as well as analysis of data for the stated purpose. This tutorial will go over:
- Input requirements for PVsyst models and sources of weather files
- Setting up PVsyst models including fixed, single axis tracking and bifacial
- Review of PVsyst reports
- 8760 output files
- Batch files
Students will have the opportunity to work with PVsyst, develop their own system model and perform analysis on the results.
Jill Tymchak is an Electrical Engineer with 15 years of experience in engineering systems including semiconductors, sustainable technology and renewable energy. Her experience extends to innovative energy technologies including wind energy, electricity storage, biogas and district energy systems. She has specialized expertise in the design, execution, and monitoring of photovoltaic (PV) systems ranging from 10 kW projects to multi-megawatt projects; as well as operations experience with rooftop portfolios, performance evaluation of operational systems, solar resource assessment, modelling of PV systems, project management, and construction oversight.