Geophysics of renewable energy
Autumn term 2010 Geophysical Institute will start a new course in renewable energy. The main focus will be on sun, wind and waves. The lectures will be given concentrated during the weeks 35, 41, 42 and 44.
![Solsikker på Randaberg Solsikker på Randaberg](https://www.uib.no/sites/w3.uib.no/files/styles/content_main/public/w2/so/solsikker_720_0.jpg?itok=Wqc09s9l×tamp=1579188180)
Main content
Aim and content (and preliminary time schedule):
August 31 and 31 - Introduction:
Energy consumption (spatial, temporal differences), Energy sources
(renewables +other), Global Trends, Global potentials.
Short overview of renewable energy sources: Wind, waves, tidal, sun,
OTEC, Diffusion pump, Salt/osmosis, Geothermal, biomass.
Week 41 - Wind power:
Theory of underlying energy source, Theories for extracting the energy,
Theoretical efficiencies, Energy systems and storage, Methods for estimation
(instruments and models) of energy potential, Global (and national) potential,
Technology issues and cost, Lifecycle emissions
Week 42 - Sun energy:
Theory of underlying energy source, Theories for extracting the energy,
Theoretical efficiencies, Energy systems and storage, Methods for estimation
(instruments and models) of energy potential, Global (and national) potential,
Technology issues and cost, Lifecycle emissions
Week 44- Wave energy:
Theory of underlying energy source, Theories for extracting the energy,
Theoretical efficiencies, Energy systems and storage, Methods for estimation
(instruments and models) of energy potential, Global (and national) potential,
Technology issues and cost, Lifecycle emissions
Recommended litterature:
Renewable Energy Resources (John Twidell)
Renewable Energy, Third Edition (B. Sørensen)
Sign up to kristin.kalvik@gfi.uib.no