MicroShade - Up-scaling and demonstration of energy saving solar shading technology

MicroShades are window glass panes with built-in shading based on geometric screening of solar rays, shading direct solar irradiation from the outside while having a clear outlook from the inside. The objective of the project has been to develop the MicroShade X technology and make it a showcase of easy-to-handle, cost-efficient, energy saving technology. A demonstration façade has been developed, built and installed at the company DATAGRAF. The technology is expected to give PhotoSolar a market breakthrough.

Project description

MicroShade is a unique technology from the Danish research based company PhotoSolar. MicroShades are window glass panes with built-in shading based on geometric screening of solar rays, shading direct solar irradiation from the outside while having a clear outlook from the inside. The main benefit of the technology is a reduced cooling need in the building, and thus significantly increased energy efficiency. Further, it is expected that this technology, once demonstrated, will be cost efficient compared with competing types of solar shading. Given the necessary up-scaling, we consider that offering design solutions integrating MicroShades will provide a sound business plan platform for PhotoSolar and 3XN. Hence, this project's objective is the up-scaling and appliance of MicroShade glass, making it a show-case of easy-to-handle, cost-efficient, energy-saving technology. The role of 3XN is to provide PhotoSolar with target specifications for the MicroShade technology based on feed-back from 3XN's clients. Secondly, 3XN will select and provide a fullscale facade of a prestigious building project suited for the technology. Any product development needed in this process is to be financed by PhotoSolar and 3XN. The object of the EUDP application is reduction of financial risks involved in the up-scaling of state-of-the-art MicroShade technology

Results

The project “MicroShade – Upscaling and demonstration of energy saving solar shading technology” has been carried out from January 2009 to August 2011 by a consortium headed by the Danish design studio 3XN with PhotoSolar and 1st Mile as two other Danish partners. The German window manufacturer Büfa Glass was the fourth partner. The objective of the project has been to develop the MicroShade X technology and make it a showcase of easy-to-handle, cost-efficient, energy saving technology. The motivation for the project has been that there are very few examples of new, green technologies successfully entering the market. The project has determined possible explanations for this and applied them in the development. The analysis of barriers and possible solutions has been done through workshops involving architects, engineers, end-user and other stakeholders, as well as through interviews with industry experts and literature studies. This knowledge has been combined with workshops involving all relevant stakeholders in decisionmaking in the building industry: Architects, engineers, designers, builders, etc. An iterative process where production circumstances regarding MicroShade X have been challenged (such as the width of the spring steel, possibilities for coloring, etc.), has been used. User requirements and design ideas were formulated and translated into technical specifications that have been studied by PhotoSolars engineers. Several technical prototypes have continuously tested these possibilities. Further, an analysis process where production conditions in MicroShade X’ supply chain and delivery chain has been mapped and fed into user-driven innovation processes. These were translated into concrete variables for design. These results from the project stand out: A demonstration façade has been developed, built and installed at the company DATAGRAF, so it is now possible to see how a MicroShade X façade actually looks like, as this is critical if architects are to promote MicroShade X Factors affecting the decision-making processes in the building industry have been identified, enabling both PhotoSolar and other green technology developers and suppliers to target the right stakeholders with the right value proposition and thereby increase the possibility of successful market penetration The project is a break-through to PhotoSolar, who now has 12 concrete and specific designs and a demonstrator that can be used to show the actual visual impact and effects of the MicroShade X technology. Through the project 3XN has demonstrated how a basic technology can be developed into a solution which appeals to architects, which will open the door to architects in general, not only with regards to MicroShade X, but to new, green technologies in general. For PhotoSolar the project has provided a technology that is designable and communicatable to the industry, which is now expected to give PhotoSolar a market breakthrough. This report only contains a brief summary and conclusions for the project described through the deliverables in the project plan. Appendices are available for review at 3XN by contacting Kasper Guldager Jørgensen, 3XN, at kgj@3xn.dk or 3xn@3xn.dk. A list of appendices is available from page 15 in this report.

Key figures

Period:
2009 - 2015
Funding year:
2008
Own financial contribution:
4.22 mio. DKK
Grant:
4.00 mio. DKK
Funding rate:
49 %
Project budget:
8.22 mio. DKK

Category

Oprindelig title
MicroShade - Opskalering og demonstration af energibesparende solafskærmningsteknologi
Programme
EUDP
Technology
Solar
Project type
Udvikling
Case no.
63011-0169

Participants

3XN A/S (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
3XN A/S 1,59 mio. DKK 1,20 mio. DKK
PhotoSolar ApS 1,36 mio. DKK 0,92 mio. DKK
BÜFA Glas GmbH & Co. KG Germany 1,66 mio. DKK
1st Mile ApS 1,05 mio. DKK 0,45 mio. DKK

Contact

Kontakperson
Wamberg, Christian
Comtact information

3XN. GXN
Strandgade 73
DK-1401 København K
www.3xn.com
Wamberg, Christian , 32642334, cwr@3xn.dk
Øvr. Partnere: PhotoSolar; 1st Mile; Büfa Glass

Contact email
cwr@3xn.dk

Energiforskning.dk - informationportal for danish energytechnology research- og development programs.

Logo innovationsfonden
Logo for EUDP
Logo for elforsk