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Sveriges potential för elproduktion från takmonterade solceller: Teoretisk, teknisk och ekonomisk analys
Uppsala University, Disciplinary Domain of Science and Technology, Technology, Department of Engineering Sciences, Solid State Electronics.
2013 (Swedish)Independent thesis Advanced level (professional degree), 20 credits / 30 HE creditsStudent thesisAlternative title
The electrical potential for roof mounted solar panels in Sweden : Theoretical, technical and economical analysis. (English)
##### Abstract [en]

The Swedish potential of electricity production from roof mounted solar panels has been determined in three steps: accessing the existing roof top areas, simulating the amount of electricity solar panels can produce on these areas and finally analyzing how large the necessary economical change is to make the solar cells profitable.

The total existing amount of roof top areas are 319 square kilometers and the area distribution follows the distribution of people. This leads to an installed power of 47,9 GW which are expected to produce 49,0 TWh electricity per year. If the quality of the electricity is prioritized the highest the power is reduced to 3,7 GW, generating 3,8 TWh yearly, but if the hosting capacity is calculated from Sweden’s total electricity need, the capacity is 42 TWh per year.

Today, solar panels are not profitable in Sweden for houses, even though there is a subsidy of 35 % of the investment costs, discounted in 25 years. The profitability is calculated with a cost of capital of 5 %, a price on electricity of 1 SEK/kWh and an investment cost of 20 SEK/Wp. With a kept subsidy of 35 %, the price of electricity needs to rise 30 % to make the systems profitable for houses, and the corresponding increase without the subsidy is 95 %. Historically the subsidy has decreased as the costs of solar cells have decreased as well.

For apartment buildings solar panels are profitable with the governmental subsidy if the solar systems are at least 3 kWp per house hold. The corresponding price increase without the subsidy is 60 %.

2013.
##### Series
UPTEC ES, ISSN 1650-8300 ; 13033
Energy Systems
##### Identifiers
OAI: oai:DiVA.org:uu-207697DiVA, id: diva2:649195
ÅF
##### Educational program
Master Programme in Energy Systems Engineering
##### Presentation
2013-08-27, 10:15
##### Examiners
Available from: 2013-09-18 Created: 2013-09-17 Last updated: 2013-09-30Bibliographically approved

#### Open Access in DiVA

##### File information
File name FULLTEXT03.pdfFile size 1592 kBChecksum SHA-512
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Type fulltextMimetype application/pdf
##### By organisation
Solid State Electronics
Energy Systems

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Cite
Citation style
• apa
• ieee
• modern-language-association
• vancouver
• Other style
More styles
Language
• de-DE
• en-GB
• en-US
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• nn-NB
• sv-SE
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• asciidoc
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