Lorenzo Nespoli Email & Phone Number

Development of data-efficient forecasts and decentralized control algorithms for the coordination of distributed controllable loads.

• Residential load and PV power forecasting: Development and evaluation of parametric and non-parametric forecasters for the multi step-ahead prediction of power consumption/production
• Distributed control algorithms: Development of distributed algorithms for the control of residential loads under uncertainty.

• Multiphysics systems modeling and simulation: Modeling and simulation of electro-thermal systems in Modelica and Python. The modeling activities included system identification of buildings thermal dynamics, modeling of.
• PV and battery sizing: Optimal sizing of PV and electrical storage systems, sensitivity analysis on economic KPIs of relevant uncertain parameters. Development of algorithms for fast evaluation of investment economic.

Development of neural controllers and neural simulators

Innsbruck

Heat and mass transfer analyst - study of thermal and concentration induced natural convection in porous media, applied to the study of innovative insulation materials.

Doctor Of Philosophy - Phd, Edey

Model based forecasting for demand response strategies 1) Evaluation of the performance of models for forecasting and control with low.

Master'S Degree, Energy Engineering

Master Thesis

Master thesis on numerical coupling of Navier-Stokes equations in fluid domain and diffusion and transport equations in the solid domain.

Bachelor'S Degree In Energy Engineering