Afsoun Abbasi
AI algorithms applied to the Energy Center plant data to determine the thermal consumption of the structure. Validation of the algorithms on real consumption data.
Rel. Davide Papurello. Politecnico di Torino, Corso di laurea magistrale in Data Science And Engineering, 2025
Abstract
Analisi dati da multisensore ambientale Abstract “At the Energy Center plant in Turin, measuring, understanding, and predicting thermal energy consumption plays a crucial role in improving operational efficiency and supporting sustainable energy use. This thesis investigates data-driven methods for forecasting thermal energy demand, using real sensor data collected from the plant over a five-month period between October 2024 and March 2025. The dataset includes high-resolution temperature readings from multiple points in the district heating network, along with cumulative energy consumption measurements. To make the data suitable for predictive modeling, several preprocessing steps were applied: aligning time series with different sampling rates, interpolating missing values, filtering out anomalies, and performing feature engineering.
Among the features created, a key one “Virtual Energy” was developed by combining pump activity and temperature differentials, providing a more insightful representation of heat transfer within the system
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