PV Sizing, Yield and Performance Simulation
Move beyond software outputs by learning how engineering assumptions, climate and system architecture shape expected performance.
Dates
9 – 12 Nov 2026
Duration
16 hours
Delivery
Online
Level
Advanced
This course connects energy requirements, solar-resource data and system constraints to a transparent photovoltaic sizing and simulation workflow.
Reliable assumptions
Participants examine temperature, irradiation, orientation, mismatch, availability and electrical losses, with particular attention to hot-climate projects.
Interpreting results
Exercises focus on checking simulation outputs, identifying unrealistic assumptions and converting results into decisions that clients and project teams can understand.
Learning outcomes
- Translate energy requirements into a defensible PV sizing basis.
- Build and review a complete loss diagram.
- Evaluate temperature and climate effects on system performance.
- Interpret yield results and communicate the main uncertainties.
What this session includes
- Sizing and loss-analysis templates
- Simulation review exercises
- Hot-climate case study
- Certificate of completion
Prerequisites
- Working knowledge of PV system components
- Basic understanding of electrical energy and power
Who it is for
- PV engineers and analysts
- Project developers
- Technical sales and investment teams
Your instructors
Sana Ibrahim
Solar PV and Energy Systems Engineer
Sana Ibrahim teaches practical methods for sizing, simulating and reviewing photovoltaic systems under real project constraints.