About this course
- Choosing appropriate weather files for simulated production
- Understanding the value of TMY files
- Creating Pxx Production Estimates
- Selecting PAN files for module simulation
- Evaluating Loss at Irradiance
- Considering temperature losses in your designs
- Considering mismatch losses in your designs
- Considering over/undervoltage losses in your designs
- Evaluating Performance Ratios and kWh/kWp
- Understanding the meaning of module efficiency
Course outline
Module 1 • 22 assignments
Solar Performance Modeling 101 with HelioScope
- Solar Performance Modeling 101 with HelioScope - Introduction (01:38 minutes)
- Course Slides (.pptx)
- Choosing a Weather File (05:25 minutes)
- Choosing a Weather File - Quiz
- Understanding TMY Files (03:32 minutes)
- Understanding TMY Files - Quiz
- Pxx Production Estimates (05:18 minutes)
- Pxx Production Estimates - Quiz
- PAN Files (03:29 minutes)
- PAN Files - Quiz
- Loss at Irradiance (02:38 minutes)
- Loss at Irradiance - Quiz
- Temperature Losses (04:41 minutes)
- Temperature Losses - Quiz
- Mismatch Losses (03:12 minutes)
- Mismatch Losses - Quiz
- Overvoltage and Undervoltage Losses (05:50 minutes)
- Overvoltage and Undervoltage Losses - Quiz
- Performance Ratio and kWh/kWp (03:59 minutes)
- Performance Ratio and kWh/kWp - Quiz
- Efficiency (03:24 minutes)
- Efficiency - Quiz
Author
Canute Haroldson
Canute is a Mechanical Engineer by trade with a lifelong passion for sustainable energy solutions. With experience in policy creation, commercial PV design, and data analysis, he currently works for Folsom Labs helping develop their solar design software, HelioScope.