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Energi og miljø
Den igangværende forskning inden for energi og miljø.
- Danish Knowledge Centre for Energy Savings in Buildings
- New Danish Knowledge Centre for Energy Savings in Buildings was established in 2009 in support of gevenmental goal for the reduction of energy consumption and the increased use of renewable energy sources.
- Naborøg
- Naborøg er et stigende problem, som SBi i et nyt forskningsprojekt gør noget ved.
- Selecting the optimal system for energy efficient lighting control
- The project aims to further the use of energy saving, stable and user-friendly systems for control and regulation of lighting system in offices, schools, institutions etc. The project is carried out in the Daylight Laboratory at SBi, where installation and performance tests for each lighting control system are carried out.
- Valg af optimalt system for energieffektiv lysstyring
- Målet er at fremme anvendelsen af energibesparende, stabile og brugervenlige systemer til styring og regulering af belysningsanlæg i kontorer, skoler, institutioner m.fl.
- iTekq: Innovation Intelligence Industrial design – a preproject
- iTekq is a concept for the centralised integration of technical installations in future offices that develop innovative office environments and intelligent work places by exploiting industrially designed and prefabricated façade-integrated installation elements. The preproject will investigate how a vertically integrated enterprise can be established for the building services sector based on the model for integrated systems for delivery and services.
- Demand controlled ventilation systems for energy efficiency and good indoor climate – Equipment and system requirements
- The project plans to disseminate technology about demand-controlled ventilation and show its potential for benefiting its users' health, comfort and productivity and with reduced energy bills as a result. It is also an object to focus on new opportunities for doing business for manufacturers, consultants and construction companies
- Hybrid learning spaces
- The project intends to develop knowledge about how the link between the physical spaces of school and IT can support teaching, as knowledge is lacking of how IT and design of physical spaces interact and how the combination of different options can optimise the learning processes.
- Web-tjek af kommunale bygningers elforbrug
- Formålet med projektet er at udvikle et internetbaseret værktøj til benchmarking af energi-nøgletal for kommunale bygninger.
- Behovsstyret ventilation i Norden
- Et forskningsprojekt under Nordisk InnovationsCentre, der omhandler behovsstyret ventilation.
- Bygningsintegreret energiforsyning
- Projekt, hvis formål bl.a. er at vurdere udvalgte løsninger på bygningsintegreret energiforsyning med hensyn til ydelse, miljø og økonomi samt løsningernes forsyningssikkerhed, reduktion af spidsbelastninger og interaktion med energiforsyningsnettet.
- BOLIG+
- Teknisk beskrivelse af konkurrenceparametre for 'Energineutralitet', 'Intelligent og betjeningsvenlig' og 'Godt og sundt indeklima' i forbindelse med BOLIG+ konkurrencen.
- Research project related to EPBD Buildings Platform
- EPBD Buildings Platform is an information service provided by the EU to support the implementation of the EU Directive on the Energy Performance of Buildings. The objective is to support the implementation of the Directive by facilitating transfer of information among all involved parties; by supplying input and tools to support the follow-up and evaluation of the EU Commission and the Member States of the effects of the Directive.
- Integrating BEAT in BSim
- This project aims to facilitate the use of BEAT by integrating it into SBi's building simulation software called BSim. This allows both energy and environmental assessments to be performed in one operation. The integration ensures that future adjustments can be made with regard to the anticipated CEN methods and the associated environmental declaration of building products.
- EPI-SoHo. Methods for cost-efficient energy labelling of social housing
- A project aiming to improve energy efficiency in the social housing stock within the EU and to contribute to a raising of the housing standard and environmental aspects in general. Based on experience and existing methods and tools that are spin-offs from previous EU projects and national research and development projects, EPI-SoHo focuses on - Developing methods for cost-efficient large-scale energy labelling of a large number buildings - Integrating energy efficiency in the social housing sector's strategic planning - Developing common structures among local authorities, social housing associations and the private sector related to sustainability
- Network related to low energy buildings
- The establishment of a network to strengthen cooperation on research and development of wide-ranging energy savings and energy improvements in buildings. The network is to timulate development of integrated low-energy solutions for buildings by bringing together different actors such as knowledge institutions, manufacturers of building products, consulting engineers, architects and contractors in research and development projects.
- Glass/aluminium facades
- SysPAQ – Sensor system for measuring perceived air quality
- A project to develop an innovative sensor system for measuring the indoor air quality as it is perceived by humans
- Energy calculation
- Energy regulations in the two Danish Buildings Regulations in force became much stricter from 1 January 2006. The changes involved i.a. that clients at the time of applying for a building permit must document that a new building complies with the energy frame.
- Development of new solar shading systems based on daylight-directing solar control glass lamellas
- Project to reduce electricity consumption for cooling and ventilation in buildings with glass facades, it is necessary to use efficient solar shadings. At the same time it is necessary to optimise the utilisation of daylight to meet stricter requirements for a daylight factor of at least 2 % at work places and also to reduce the electricity consumption for artificial lightning.
- EPBD Buildings Platform
- Projektets formål er at bistå EU-landene med implementeringen af direktivet om Bygningers energimæssige ydeevne. Det sker gennem informationstjenesten EPBD Buildings Platform. Det er også projektets opgave at levere input og værktøjer til opfølgning og evaluering af direktivets virkninger.