Andrea Zeggio

Oversaw and planned electrical specifications for connection grid-electric vehicle. Analysis and modeling of the energy and the electrical management units. Methods & Tools Development for Vehicle driving Efficiency. Analysis of CO2 emissions in accordance to environmental protocols. Particular focus: battery pack and grid connection. • Programme used: Matlab/Simulink, Python, VBA, Concerto, SIGMA.

Development and implementation of multi-sectoral projects in the power production and power management fields. Modeling and dimension of innovative cooling systems for energy applications, both kW and MW sizes. Analysis of power systems and related plant layouts. Use of an internal software for simulating several components, such as dry coolers, condensers, evaporator, heat pumps and motors. Technical consultation of consumers and on-site visits. Economical optimization and contract negotiation.

Techno-economic modeling of electrochemical storage technologies for grid balancing. Codes implementation in MATLAB and PYTHON. Running simulations with SIMULINK and COMSOL. Time-series and big data analysis. Modeling of Li-ion batteries both at cell and stack level. Modeling of fuel cell and flow batteries with different configurations and in different operating scenarios. Material selection and forecasting of market needs and trends. Journal paper writing.

Energy for development. Power production from renewable energy sources (wind solar, hydro, geothermal, biogas). Storage systems: flow battery, fuel cell, Li-ion batteries. Analysis of the EU energy market and it forecast trends. Analysis of bidding processes and strategies.