About this Classroom Training

Solar PV systems hold significant promise for generating clean and renewable energy. However, achieving optimal performance necessitates expertise in modelling, simulation, and data analysis. In this intensive 4-day course, participants will receive comprehensive training in utilizing modelling techniques and software tools to accurately analyse PV system operations, maximize energy output, and facilitate data-driven decision-making.

The course explores various aspects of Solar PV systems technology, including types, components, operational principles, and functions. It spotlights elements of PV installation and diverse methods for connecting these systems to electrical networks. The curriculum delves into assessing the solar potential of a site, the methodology for effective PV planning, and features case studies involving calculations for PV system design and analysis of PV systems with batteries. The program also covers specific software tools for PV system design.

Detailed lessons on PV system parameters, mathematical models, data monitoring, and control systems will be provided. Participants will engage in a case study simulating and analysing a PV system under various operational conditions. The program will also explore topics such as the distribution of various technologies in electricity production, cost considerations, protection devices, and the impact of solar PV systems on the protection of distribution networks.

This course aims to empower engineers, analysts, researchers, and technical professionals with the latest tools and techniques for mathematical modelling, performance, control, and data analytics applied to solar PV systems. Join us to acquire expertise that is invaluable for the effective design, operation and analysis of PV assets/systems.