Study Guide

Objective

In this course students will gain hands-on experience in Renewable Energy related laboratory projects.

After completing the course, student will - recall ways to make measurements related to wind, PV and battery storage systems
- hold more profound understanding of operation and functionalities of renewable energy systems

Content

Set of laboratory exercises related to wind, PV and battery storage systems

Materials

Self study material in itslearning
Material for laboratory work in itslearning
Lucas-Nülle wind power simulator's study material

Teaching methods

Labratory work
Reporting on laboratory work
Self study

Exam schedules

No exam.
Additional laboratory exercise session 13.4.2023
Other additional laboratory exercise sessions can be agreed with the teacher responsible for the exercise on a case by case basis.

International connections

Group working
Reporting on learning

Completion alternatives

No alternative methods of completion.

Student workload

Normal ECTS specific load.
Laboratory work 6 x 2h
Rest of the time is allocated for self studying and reporting on laboratory work.

Content scheduling

Power electronics exercises, starting 16.2.2023

Teacher Dominique Roggo

Wind Turbine exercise, beginning Wednesday 01.03.2023

Teacher Tero Tuomarmäki

Solar exercises, starting 2.3.2023

Teachers Jenna Pesola, Hugo Huerta, Samuli Ranta

Further information

E-mail to the resposible teacher or directly to the responsible for the laboratory exercise.

Evaluation scale

H-5

Assessment methods and criteria

All reports are graded H-5 and the final grade will be the arithmetic mean of all the reports.

Qualifications

Distributed Energy module (Wind Power Systems, PV systems, Battery Storage Systems)