Course Description

Solar photovoltaic systems operate on the principle of the photovoltaic effect, where semiconductor materials convert incident sunlight into direct current electricity. While this process appears straightforward, the actual energy output of a PV system is influenced by a complex interaction of physical, environmental, and system-level factors. Performance is not simply about how much electricity a system produces - it is about how closely that production aligns with design expectations and theoretical potential. Performance analysis helps engineers and operators identify inefficiencies, detect component failures, and optimize operational strategies. In utility-scale installations, even a small percentage drop in performance can translate into substantial financial losses. Therefore, systematic performance evaluation is critical for both technical reliability and economic sustainability.

What you'll learn in this course?

• Explain the factors that affect solar PV system performance.

• Identify key performance metrics for PV systems.

• Analyze energy production and efficiency of PV arrays.

• Understand environmental and operational influences on PV performance.

• Apply monitoring and maintenance strategies to optimize system output.

Prerequisites

• Basic knowledge of energy and electrical systems

• Familiarity with renewable-energy terminology is helpful