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 high energy standards. EnergyVille develops knowledge to support the European Commission, regional and local governments and industry in the transition to an energy efficient, low carbon and sustainable urban environment. We develop new technological insights, tools and assessment methods and we support new business models.
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Stijn Verbeke
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Kris Boonen
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Tatiana Pasquel Garcia
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Geert Deconinck
Building & district modelling
In the transition to a carbon-free future, a crucial role is reserved for local communities and cities. By 2050, half of the current building stock in Europe will still be in use. That is why optimizing the energy profile of our buildings and cities has become a top priority, with the right balance between energy efficiency, renewable energy and flexibility. Regardless of whether you are a public or private player, EnergyVille can support you in this transition. Our technological solutions are already being applied in over 55 urban test areas across Europe.
Building technology assessment
The energy efficiency, the building elements, the techniques and materials used are all decisive factors for the total energy consumption and the environmental impact of the buildings around us. EnergyVille offers support to make buildings, building materials, technical installations and renewable energy systems more environmentally friendly and energy efficient.
Home energy management systems
EnergyVille has a lot of experience with the control and optimisation of thermal and electrical energy installations in residential and commercial buildings. From state-of-art model predictive control techniques to advanced data-driven machine learning, there is always an optimal controller to combine the user comfort requirements with low costs, minimal emissions or for maximal integration of renewables. Algorithms and their implementation in real systems are key.