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Field data processing techniques

Balachin, Ivan

The problem of global warming raised up interest to renewable energy. To reduce cost of wind energy is challenge. Before building of wind park such conditions like: average wind speed, direction, time for each wind, probability of icing. Also have to be considered amplitude of wind changes and their amount. This thesis presents Nygårdsfjellet wind turbine park data analysing for determining power loses in yaw system based on amplitude and data amount of wind changes. In thesis obtained experimental dependence between time, amplitude of wind changes and angular speed of nacelle rotation. Power loses in yaw system for each month of 2008 year were calculated and presented graphically.

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Field data processing techniques

Balachin, Ivan

The problem of global warming raised up interest to renewable energy. To reduce cost of wind energy is challenge. Before building of wind park such conditions like: average wind speed, direction, time for each wind, probability of icing. Also have to be considered amplitude of wind changes and their amount. This thesis presents Nygårdsfjellet wind turbine park data analysing for determining power loses in yaw system based on amplitude and data amount of wind changes. In thesis obtained experimental dependence between time, amplitude of wind changes and angular speed of nacelle rotation. Power loses in yaw system for each month of 2008 year were calculated and presented graphically.

Field data processing techniques

Balachin, Ivan

The problem of global warming raised up interest to renewable energy. To reduce cost of wind energy is challenge. Before building of wind park such conditions like: average wind speed, direction, time for each wind, probability of icing. Also have to be considered amplitude of wind changes and their amount. This thesis presents Nygårdsfjellet wind turbine park data analysing for determining power loses in yaw system based on amplitude and data amount of wind changes. In thesis obtained experimental dependence between time, amplitude of wind changes and angular speed of nacelle rotation. Power loses in yaw system for each month of 2008 year were calculated and presented graphically.

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Document information

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Document information

Title:

Field data processing techniques

Contributors:

Balachin, Ivan (author)

Publication date:

2017-06-14

Type of media:

Theses

Type of material:

Electronic Resource

Language:

English

Keywords:

VDP::Teknologi: 500::Maskinfag: 570 , VDP::Technology: 500::Mechanical engineering: 570 , Field data processing , yaw system loses , regression determination , placement of wind turbines , SHO6266

Classification:

DDC: 624

Licence:

https://creativecommons.org/licenses/by-nc-sa/3.0

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