Wind Power SystemsLaajuus (5 cr)
Code: VV00BJ48
Credits
5 op
Teaching language
- Finnish
Responsible person
- Ari Afflekt
Objective
In the basics of wind power technology, knowledge related to wind power energy, production, legislation and YVA procedures is learned at a general level. The course introduces the basics of wind energy conversion, the main components of a wind turbine, the operating principle of a turbine, the equations of power production, the conversion of wind power into electricity and the energy efficiency of a wind farm, and the establishment of a wind farm.
Content
Wind power systems course content:
- Wind energy overview
- Wind power conversion fundamentals
- Wind turbine main components, Turbine operation principle, Turbine power equations: theory of wind turninsand energy producibility
- Control systems and power generation systems
- Wind power plants
Assessment criteria, satisfactory (1)
The student knows the basic concepts of wind power technology. The student is able to explain the production of wind power and phenomena related to wind energy and to understand technical solutions and phenomena related to wind power production and wind energy.
Assessment criteria, good (3)
The student is part of the basic concepts of wind power technology. The student is able to describe technical solutions and phenomena related to wind power generation and wind energy, and is able to utilize what he / she has learned in practice.
Assessment criteria, excellent (5)
The student knows the basic concepts of wind power technology, knows the technical solutions and phenomena related to wind power production and wind energy, and is able to utilize and apply the practice he / she has learned independently.
Assessment criteria, approved/failed
The assignments must be completed 90% and the examination must be required for the assessed course performance.
Enrollment
10.03.2025 - 01.09.2025
Timing
25.08.2025 - 12.12.2025
Credits
5 op
Virtual proportion (cr)
5 op
Mode of delivery
Distance learning
Unit
Bachelor of Engineering, Electrical Engineering
Office
Kosmos, Tietokatu 1, Kemi
Teaching languages
- Finnish
Seats
0 - 300
Teachers
- Ari Afflekt
Responsible person
Ari Afflekt
Student groups
-
K53S23SBachelor of Engineering, Electrical Engineering , Kemi, Autumn 2023
-
KA53S23SBachelor of Engineering, Electrical Engineering (blended studies), Kemi, Autumn 2023
-
KA53S22S
-
KA53S23Sr3
-
K53S22S
-
KA53S23Sr2
-
KA53S23Sr1
Objective
In the basics of wind power technology, knowledge related to wind power energy, production, legislation and YVA procedures is learned at a general level. The course introduces the basics of wind energy conversion, the main components of a wind turbine, the operating principle of a turbine, the equations of power production, the conversion of wind power into electricity and the energy efficiency of a wind farm, and the establishment of a wind farm.
Content
Wind power systems course content:
- Wind energy overview
- Wind power conversion fundamentals
- Wind turbine main components, Turbine operation principle, Turbine power equations: theory of wind turninsand energy producibility
- Control systems and power generation systems
- Wind power plants
Evaluation scale
H-5
Assessment criteria, satisfactory (1)
The student knows the basic concepts of wind power technology. The student is able to explain the production of wind power and phenomena related to wind energy and to understand technical solutions and phenomena related to wind power production and wind energy.
Assessment criteria, good (3)
The student is part of the basic concepts of wind power technology. The student is able to describe technical solutions and phenomena related to wind power generation and wind energy, and is able to utilize what he / she has learned in practice.
Assessment criteria, excellent (5)
The student knows the basic concepts of wind power technology, knows the technical solutions and phenomena related to wind power production and wind energy, and is able to utilize and apply the practice he / she has learned independently.
Assessment criteria, approved/failed
The assignments must be completed 90% and the examination must be required for the assessed course performance.
Enrollment
01.10.2024 - 05.01.2025
Timing
06.01.2025 - 31.05.2025
Credits
5 op
Virtual proportion (cr)
5 op
Mode of delivery
Distance learning
Unit
Bachelor of Engineering, Electrical Engineering
Office
Kosmos, Tietokatu 1, Kemi
Teaching languages
- Finnish
Seats
0 - 250
Degree programmes
- Degree Programme Electrical and Automation Engineering
Teachers
- Ari Afflekt
Responsible person
Ari Afflekt
Student groups
-
KA53S22SVr2
-
K53S23SBachelor of Engineering, Electrical Engineering , Kemi, Autumn 2023
-
KA53S22SVr1
-
KA53S23SBachelor of Engineering, Electrical Engineering (blended studies), Kemi, Autumn 2023
-
KA53S22SAU
-
KA53S23Sr3
-
KA53S23Sr2
-
KA53S23Sr1
Objective
In the basics of wind power technology, knowledge related to wind power energy, production, legislation and YVA procedures is learned at a general level. The course introduces the basics of wind energy conversion, the main components of a wind turbine, the operating principle of a turbine, the equations of power production, the conversion of wind power into electricity and the energy efficiency of a wind farm, and the establishment of a wind farm.
Content
Wind power systems course content:
- Wind energy overview
- Wind power conversion fundamentals
- Wind turbine main components, Turbine operation principle, Turbine power equations: theory of wind turninsand energy producibility
- Control systems and power generation systems
- Wind power plants
Evaluation scale
H-5
Assessment criteria, satisfactory (1)
The student knows the basic concepts of wind power technology. The student is able to explain the production of wind power and phenomena related to wind energy and to understand technical solutions and phenomena related to wind power production and wind energy.
Assessment criteria, good (3)
The student is part of the basic concepts of wind power technology. The student is able to describe technical solutions and phenomena related to wind power generation and wind energy, and is able to utilize what he / she has learned in practice.
Assessment criteria, excellent (5)
The student knows the basic concepts of wind power technology, knows the technical solutions and phenomena related to wind power production and wind energy, and is able to utilize and apply the practice he / she has learned independently.
Assessment criteria, approved/failed
The assignments must be completed 90% and the examination must be required for the assessed course performance.