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Energy
National Research Programmes 70 and 71
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Building
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Standards for photovoltaics
Aesthetic Power Production: Colourful Photovoltaic Systems to Promote the Development of Solar Energy
Hybrid load-bearing structures
Beech – a miracle wood: how concrete can also be made stable without steel
Low-clinker cements
Concrete with less cement – environmentally friendly and cost-efficient
Collective financing of renewable energy
Energy cooperatives – a traditional model with future potential
Overcoming opposition to PV
Facing the sun with red modules
Renewable fuels for electricity production
How all CO
2
emissions from cement production can be used appropriately
Monitoring of concrete constructions
How healthy is a building or a bridge?
PV and urban renewal
Intelligent building façade generates energy
ACTIVE INTERFACES - Holistic strategy for PV adapted solutions embracing the key technological issues.
Maximum electricity generation in a minimum of space
Novel generation perovskite devices
Perovskite – the future of the solar cell
Pre-stressed carbon-fibre concrete
Prestressed concrete with carbon fibres and little cement: an environmentally friendly variant
Sustainability of PV systems
PV2050: Sustainability, market deployment and interaction to the grid – the impacts of advanced photovoltaic solutions
Heat utilisation with solid sorption technology
Reusing heat offers great potential
Highly efficient, integrated PV systems
The aesthetics of sustainability
Building-integrated photovoltaics
The best of both worlds: combining building shells and energy production
High-performance concrete
Ultra-high performance fibre reinforced concrete: malleable like steel, castable like concrete
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