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PEF4BUILDINGS - The Application Of The Product Environmental Footprint (PEF) Method To Newly Built Office Buildings

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The commissioner of the project is the European Commission (EC) DG ENV. VITO/EnergyVille acts as the lead contractor to the EC DG ENV, with KU Leuven and TU Graz as partners. We are convinced to be an excellent team to support the European Commission during this …
Buildings and districts

Thin Film Photovoltaic Lab

Two types of photovoltaic materials are investigated: perovskites and CIGS (Cu-In-Ga-Se). In this lab the material properties are improved and the interfaces and the different layers in the thin film solar cell structure are studied and optimised. The size of solar cells can …
Solar

Thermo Technical Lab

The EnergyVille Thermo Technical Lab is one of the major research facilities of EnergyVille. It is a multifunctional laboratory infrastructure in which static and dynamic tests on thermal systems (heating and cooling) can be performed. Equipment for industrial as well as …
Networks

Low Voltage Grid Lab

The EnergyVille Low Voltage Grid Lab is a pl atform for testing smart grid products and systems
Networks

Home Lab

The Home Lab is a real life test infrastructure for home energy management systems, residential demand response technologies involving smart appliances and in-home communication systems. The Home Lab enables the testing of residential energy management systems, communication …
Power control and conversion Storage Networks Strategies and markets Buildings and districts

Battery Testing Lab

Electrical energy storage technologies are of vital imp ortance on the path towards a fully sustainable future. Storage can smoothen the intermittent production of renewable energy and improve matching demand and supply. In traction applications electrical energy storage …
Storage

Buildings and districts

Local communities and cities play a crucial role in the energy transition. A large proportion of energy usage can be attributed to the urban landscape, and forms a significant challenge. Therefore, new buildings, renovation projects and even entire districts must conform to …

BREGILAB: Support for research into the development of renewable energy in the Belgian electricity grid

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In the context of the energy transition fund and on the recommendation of the Minister for Energy, Environment and Sustainable Development Marghem, the Minister Council has approved the EnergyVille project BREGILAB to maximize renewable energy in the future Belgian …
Solar Networks Strategies and markets Power control and conversion

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Networks Solar Buildings and districts Power control and conversion Storage Strategies and markets

Fullerene-free solution-processed bulk heterojunction organic photovoltaics

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In this FWO-funded project, research teams from Hasselt University (W. Maes) and the University of Antwerp (E. Goovaerts, S. Van Doorslaer) jointly develop and study non-fullerene electron acceptor materials to boost the efficiency and lifetime of organic solar cells.
Solar

Tech4Win - Disruptive sustainable TECHnologies FOR next generation pv WINdows

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This project works on the d evelopment of photovoltaic windows, i.e. transparent and economically viable photovoltaic solar cells for integration in building applications. Our approach is a tandem structure combining an inorganic UV selective top cell with an organic IR …
Solar

Technology transfer and policy studies

The new technological insights, tools for decision processes, evaluation methods and new business models from Energyville are tested in living labs all over the world, and are tailormade for our customers.