Smartgrid

Identification:  “Energy and social optimization of a tertiary campus on the horizon 2020”

Aims:

• Improve the Energy consumption ‘Management of The Campus Pasteur Lille
• Develop real time models of renewable sources systems to secure and save consumption of the Campus
• Integration of human behavior on energy to download the consumptions

Period: from September 2013 to December 2015 (24 months)

Sponsors:  Nord-Pas-de-Calais Regional Council 

Context:   European Environmental rules “3 X 20″and French Regulation called “The GRENELLE”

Main results: 

• Local Energy production implanted on the Campus: CHP, VOSS and Photovoltaics = 530 kWe
• Best-case Scenario demonstrate a reduction of greenhouse effects gas : 24% in 2022
• Creation of a group of users referents for the learning of eco-friendly gestures: Initiative Eco-Campus

Partners:

• Partner n ° 1 (Pilot): Engineering School “Arts et Métiers Campus” in Lille (France): 8, Boulevard Louis XIV – 59000 LILLE (France)
• Partner n ° 2: Explorateur de la Transition: Social and Humain behavior Laboratory “Lille catholic University ‘: – 59000 LILLE (France)
• Partner n ° 3 : Pasteur Lille Foundation: 1, Rue de Professeur  Calmette – 59000 LILLE (France)

Identification:  “Dynamic Modelling of a multi-energy grid for the setting-up of a new district named  “Zac Saint Sauveur” in the city of Lille”

Aims:

• Improve the Energy exchange between different type of grids ( heat, gas and Electricity, …)
• Develop real time models of renewable sources and storage systems to cover the major part of the consumption on this district
• Integrate consumptions of new buildings following “Energy+ & Carbon-“rules.
• Help the MEL and his partners to improve the construction of the new district.
• Work in interaction with a many partners to co-elaborate this new district

Lasting: from September 2016 to September 2018 (24 months)

Supporters: The European Metropolis of Lille (the MEL) and Funding “EcoCités”

Context: European Environmental rules “3 X 20“ and the French Energy transition’s laws

Main results in progress:

• About 24 GWh per year of energy mix in 2030
• Development of Locals Renewables Energies sources and storages: CHP, Photovoltaics, solar thermal system , Management of electrical vehicles refilling, New district heating loops
• Best-case Scenarios thought to bring reduction of greenhouse gas and cost of kWh.
• Simulations (hourly time) during 2 representative weeks: one in summer and one in winter following the construction planning.
• Mix of the 3 different energy grids to decrease GhG[1] effects

Partners, Collaborative project with 7 organizations

• MEL : Métropole Européenne de Lille
• Ville de Lille
• GRDF 
• Enedis
• Résonor
• Arts et Métiers ParisTech

[1] Greenhouse Gases : gases who have an effect on the Environment