The "PV Island Bornholm" (PVIB) project aims at establish 5 MWp PV on the island of Bornholm. Of this, app. 1MWp will be installed in this phase. PVIB will focus on demonstration and further
Development and testing different methods to fasten mono crystalline solar cells to a standard zinc roof system and finding different mono crystalline solar cells to find the optimal configuration.
PolyStaR aims at demonstrating large-area processing of polymeric solar cells with improved stability and reliability. A transnational consortium addresses the problem of unifying power conversion
The project etablishes a large-scale PV cell system in a completely new canvas structure above the roof of the stand at Hvidovre Stadium as part of the development of a ground-breaking concept for
The purpose of this project is to disseminate information and knowledge about the use of solar cells in houses. In the project BIPV solutions has been developed, installed and tested in four new
The roofing layout for the new office building is designed with roof surface with single slope in one direction. All roof structures will be with aluminium sheet cladding sufficient for adding solar
The goal of the project is the continued development and validation of a PowerShade window and facade element, which is a strong solar shading and a semi-transparent solar cell. The core technology is
The project aims over a three year period to install approximately 1 MWp of grid connected PV systems on a selection of the municipal buildings targeting coverage of all major building applications, e
The objective of the project is to document and demonstrate the economic, functional and aesthetical potential of thin-film PV installations under Northern European conditions.
The project generated important knowledge about practical light measurements, but also an awareness of the need to characterise light and PV cells with varying spectral light distribution. To address
The purpose of the project is to demonstrate the use of high efficient heat pumps and solar power (thermal and photovoltaic) in low energy prefabricated dwelling units. These dwellings shall reach the
Against the background of the SOL-IND project and experience from Japan, one or more solutions for the integration of PV cell units in highly industrialised housing will be selected. The selected
The project has funded Danish participation in the IEA PVPS programme which provides Danish players with the opportunity to establish international networks as well as to obtain the latest
Current instructional material on solar and light energy for electricity production will be mapped to identify the need for supplementary material and to suggest how existing material can be put to
This project has financed Danish participation in the IEA SHC cooperation on solar cooling. The Danish contribution is a calculation model for the AC-Sun system, which uses new and revolutionary
For this project, The Technical University of Denmark (DTU) has analyzed a number of solar heating systems, examining the energy savings that can be obtained from different systems, houses and energy
This project is first phase of a project aiming to determine energy savings in practice for different solar heating systems. Installers and solar collector manufacturers will be invited to install
The project comprises phase 1 of a fact-finding and development programme to ensure relevant offers of PV lessons. The objective is to offer architects, advisers, designers and craftsmen working with
The experience gained in Germany suggests that grid-connected PV units cannot use the standard design optimally under North European conditions. This project collects key data from Danish PV systems
The purpose of the project has been to make a book on the best examples of low-energy buildings in Denmark. The book was completed in autumn 2011 with Solar City Copenhagen as publisher and the Danish