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From key parameters to real-world losses, learn in one hour how PV and wind energy yields are calculated.
Photovoltaics
Wind Energy
RENAC certificate upon successful completion of the course.
| Duration |  |
15:00 - 16:00 CET |
| Study time |  |
1 hour |
| Language |  |
English |
| Dates |  |
19/11/2026 |
| Expertises | Photovoltaics / Wind energy | |
The webinar introduces participants the key methods and parameters for calculating energy yield in PV and wind systems, including performance ratios, wind speed distributions, turbine power curves, and relevant loss factors.
From key parameters to real-world losses, learn in one hour how PV and wind energy yields are calculated.
| Duration | |
15:00 - 16:00 CET |
| Study time | |
1 hour |
| Language | |
English |
| Dates | |
19/11/2026 |
| Expertises | Photovoltaics / Wind energy | |
The webinar introduces participants the key methods and parameters for calculating energy yield in PV and wind systems, including performance ratios, wind speed distributions, turbine power curves, and relevant loss factors.
Photovoltaics
Wind Energy
This virtual classroom introduces the methods and parameters used to calculate energy yield for photovoltaic (PV) and wind energy systems. Participants will explore the key factors that influence PV energy output, including solar irradiation, system size, and performance ratio, and learn how various losses are identified and factored into yield estimates. The session also covers wind energy, exploring how yield is calculated using wind speed distributions and turbine power curves, and how losses such as wake effects and grid losses are accounted for.
The session is delivered synchronously online, with later access to the recording and slides shared during the class. A digital certificate of participation will be issued within 48 hours after the class and sent by email.
If a cancellation is needed, only allowed until 1 week in advance.
Level: beginner/intermediate
Manages international capacity development programmes on green hydrogen, energy transition, and Power-to-X (PtX). Designs and implements blended learning seminars on green hydrogen projects, PtX pathway assessment, grid integration, and wind energy economics.
With extensive experience in integrating renewables into the German energy system and advising government and industry on strategic energy transition topics. Holds an Engineer for Environmental Technology degree from the Technical University of Berlin.
