Develop a smart Deep Learning model (AI, ML, NN) to analyze thousands of energy sources in a Smart city / Municipality (public lighting, buildings energy consumption, use of external data sources, degree days, Temps, local weather conditions, demographics, geospatial data, financial data, utility bills, etc) and create specific KPIs (quantitative, qualitative) in order to model, predict and detect anomalies and outliers (energy, C02, etc) so that to propose automatically specific solutions (storage, RES, Eco mobility, DERs) to covert this City into a Net-Zero City
The model will be applied to one Smart City in Greece (we have data) and then after the supervised learning process and the finalization, the model will be able to be applied to ALL Cities in the World, in order to convert them into Net-Zero Cities
This applies to UNSDG 11
We will also apply this model to our customers (Smart Cities) as one of the leading Utilities in Greece
Team Name | PIL |
Track | Data for Good |
Use Case | Smart City decision support system to self-adapt and propose Net-zero driven solutions, based on various large data inputs |
Technology | Platform-based offering, Python Algos, AI approach, Data analysis, Agents, Supervised Learning |
Region | Europe, Smart Cities, Municipalities |
Team lead | Dr. Vassilis Nikolopoulos @Vnikolop |
Team members | Nikos Babis, Dimitris Karpodinis (Data Scientists) |
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