Q2660406 (Q2660406): Difference between revisions
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(Created claim: summary (P836): The goal of the project is to develop guidelines and best practices for solar power in cold climates, with a focus on public buildings and the housing sector. By providing property owners, municipalities, tenant-owners’ associations and others with relevant measurement data and guidelines for when different solar systems should be used, they can make safe decisions on how to invest in solar power. The project will also provide evidence for the p...) |
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The goal of the project is to develop guidelines and best practices for solar power in cold climates, with a focus on public buildings and the housing sector. By providing property owners, municipalities, tenant-owners’ associations and others with relevant measurement data and guidelines for when different solar systems should be used, they can make safe decisions on how to invest in solar power. The project will also provide evidence for the possibilities of building a test bed for solar cells in cold climates in the region, and how existing research parks can be extended to include building-integrated solar cells. In this way, the project wants to contribute to a significant increase in the use of renewable energy in the region through increased interest in using solar energy in the housing sector and the public sector, and that the solar energy market in Norrbotten has been strengthened through skills development and collaboration. The market for solar power installations has increased significantly in Sweden in recent years, but there are still shortcomings in knowledge and experience for resource-efficient use of solar power in cold climates. Laboratory tests and specifications stated on today’s solar cell modules are adapted to conditions in southern Europe. This provides uncertainty for potential customers, but also for installers, insurance companies, etc. There is also a widespread skepticism of how solar energy systems should operate during the dark months and in connection with snow. Solar energy is therefore a relatively undeveloped area in Upper Norrland. Today there are few installed facilities and few local suppliers offering solar cells. Most people who install solar cells are agriculture and other private operators with large roofs and high energy consumption. In the housing sector and the public sector, the use is low, despite high potential, which the project wants to change. (English) | |||||||||||||||
| Property / summary: The goal of the project is to develop guidelines and best practices for solar power in cold climates, with a focus on public buildings and the housing sector. By providing property owners, municipalities, tenant-owners’ associations and others with relevant measurement data and guidelines for when different solar systems should be used, they can make safe decisions on how to invest in solar power. The project will also provide evidence for the possibilities of building a test bed for solar cells in cold climates in the region, and how existing research parks can be extended to include building-integrated solar cells. In this way, the project wants to contribute to a significant increase in the use of renewable energy in the region through increased interest in using solar energy in the housing sector and the public sector, and that the solar energy market in Norrbotten has been strengthened through skills development and collaboration. The market for solar power installations has increased significantly in Sweden in recent years, but there are still shortcomings in knowledge and experience for resource-efficient use of solar power in cold climates. Laboratory tests and specifications stated on today’s solar cell modules are adapted to conditions in southern Europe. This provides uncertainty for potential customers, but also for installers, insurance companies, etc. There is also a widespread skepticism of how solar energy systems should operate during the dark months and in connection with snow. Solar energy is therefore a relatively undeveloped area in Upper Norrland. Today there are few installed facilities and few local suppliers offering solar cells. Most people who install solar cells are agriculture and other private operators with large roofs and high energy consumption. In the housing sector and the public sector, the use is low, despite high potential, which the project wants to change. (English) / rank | |||||||||||||||
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| Property / summary: The goal of the project is to develop guidelines and best practices for solar power in cold climates, with a focus on public buildings and the housing sector. By providing property owners, municipalities, tenant-owners’ associations and others with relevant measurement data and guidelines for when different solar systems should be used, they can make safe decisions on how to invest in solar power. The project will also provide evidence for the possibilities of building a test bed for solar cells in cold climates in the region, and how existing research parks can be extended to include building-integrated solar cells. In this way, the project wants to contribute to a significant increase in the use of renewable energy in the region through increased interest in using solar energy in the housing sector and the public sector, and that the solar energy market in Norrbotten has been strengthened through skills development and collaboration. The market for solar power installations has increased significantly in Sweden in recent years, but there are still shortcomings in knowledge and experience for resource-efficient use of solar power in cold climates. Laboratory tests and specifications stated on today’s solar cell modules are adapted to conditions in southern Europe. This provides uncertainty for potential customers, but also for installers, insurance companies, etc. There is also a widespread skepticism of how solar energy systems should operate during the dark months and in connection with snow. Solar energy is therefore a relatively undeveloped area in Upper Norrland. Today there are few installed facilities and few local suppliers offering solar cells. Most people who install solar cells are agriculture and other private operators with large roofs and high energy consumption. In the housing sector and the public sector, the use is low, despite high potential, which the project wants to change. (English) / qualifier | |||||||||||||||
point in time: 29 April 2021
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Revision as of 20:58, 29 April 2021
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Statements
2,466,783.0 Swedish krona
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4,933,565.0 Swedish krona
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0.5 percent
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1 August 2017
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30 June 2020
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RISE Energy Technology Center AB
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94128
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Projektets mål är att ta fram riktlinjer och bästa praxis för solel i kallt klimat, med fokus på offentliga byggnader och bostadssektorn. Genom att ge fastighetsägare, kommuner, bostadsrättsföreningar mfl ett bra underlag med relevanta mätdata och riktlinjer för när olika solsystem bör användas, kan dessa fatta trygga beslut om hur de ska investera i solel. Projektet ska även ta fram underlag för vilka möjligheter som finns med att bygga upp en testbädd för solceller i kallt klimat i regionen, samt hur befintliga forskningsparker kan utvidgas för att inkludera byggnadsintegrerade solceller. Därigenom vill projektet bidra till att användningen av förnybar energi ökar markant i regionen genom ett ökat intresse för att använda solenergi i bostadssektorn och offentlig sektor, samt att solenergimarknaden i Norrbotten har stärkts genom kompetensutveckling och samverkan. Marknaden för solelinstallationer har ökat kraftigt i Sverige de senaste åren, men fortfarande finns det brister i kunskap och erfarenheter för resurseffektivt nyttjande av solel i kallt klimat. Laboratorietester och specifikationer som uppges på dagens solcellsmoduler är anpassade för förhållanden i södra Europa. Detta ger en osäkerhet för potentiella kunder, men även för installatörer, försäkringsbolag etc. Det finns även en utbredd skepsis mot hur solenergisystem ska fungera under de mörka månaderna och i samband med snö. Solenergi är därför ett relativt outvecklat område i Övre Norrland. I dag finns få installerade anläggningar och få lokala leverantörer som erbjuder solceller. De flesta som installerar solceller är lantbruk och andra privata aktörer med stora tak och hög energiförbrukning. Inom bostadssektorn och den offentliga sektorn är användningen låg, trots hög potential, vilket projektet vill ändra på. (Swedish)
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The goal of the project is to develop guidelines and best practices for solar power in cold climates, with a focus on public buildings and the housing sector. By providing property owners, municipalities, tenant-owners’ associations and others with relevant measurement data and guidelines for when different solar systems should be used, they can make safe decisions on how to invest in solar power. The project will also provide evidence for the possibilities of building a test bed for solar cells in cold climates in the region, and how existing research parks can be extended to include building-integrated solar cells. In this way, the project wants to contribute to a significant increase in the use of renewable energy in the region through increased interest in using solar energy in the housing sector and the public sector, and that the solar energy market in Norrbotten has been strengthened through skills development and collaboration. The market for solar power installations has increased significantly in Sweden in recent years, but there are still shortcomings in knowledge and experience for resource-efficient use of solar power in cold climates. Laboratory tests and specifications stated on today’s solar cell modules are adapted to conditions in southern Europe. This provides uncertainty for potential customers, but also for installers, insurance companies, etc. There is also a widespread skepticism of how solar energy systems should operate during the dark months and in connection with snow. Solar energy is therefore a relatively undeveloped area in Upper Norrland. Today there are few installed facilities and few local suppliers offering solar cells. Most people who install solar cells are agriculture and other private operators with large roofs and high energy consumption. In the housing sector and the public sector, the use is low, despite high potential, which the project wants to change. (English)
29 April 2021
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Identifiers
20201303
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