Alessandro FRANCO

Full Professor

University of Pisa

Italy

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Alessandro FRANCO is a Full Professor at the University of Pisa, Italy. His research areas encompass techno-economic assessments of electrification and hydrogen pathways, energy efficiency in various industries, and renewable electricity integration. His recent publications include studies on the glass industry, vertical farming, and the role of smart monitoring for energy savings in university buildings. He is actively involved in exploring the challenges and opportunities of green hydrogen in the energy transition.

Alessandro FRANCO

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Articles (20)

Techno-Economic Assessment of Electrification and Hydrogen Pathways for Optimal Solar Integration in the Glass Industry

Forecasting Electricity Demand in Renewable-Integrated Systems: A Case Study from Italy Using Recurrent Neural Networks

Green Hydrogen and the Energy Transition: Hopes, Challenges, and Realistic Opportunities

Integrated Plant Design for Green Hydrogen Production and Power Generation in Photovoltaic Systems: Balancing Electrolyzer Sizing and Storage

Status and prospects of energy efficiency in the glass industry: Measuring, assessing and improving energy performance

Benchmarking energy efficiency in vertical farming: Status and prospects

Special Issue: Renewable Energy Communities and Thermal Energy Storage for Sustainable Energy Transition

Energy Savings in University Buildings: The Potential Role of Smart Monitoring and IoT Technologies

Industrial Decarbonization through Blended Combustion of Natural Gas and Hydrogen

Renewable Electricity and Green Hydrogen Integration for Decarbonization of “Hard-to-Abate” Industrial Sectors

Energy efficiency in shared buildings: Quantification of the potential at multiple scales

Energy Indicators for Enabling Energy Transition in Industry

An ICT platform based on a multi-objective control systemic approach for reducing energy use in public buildings

A design methodology for thermal storages in heat pump systems to reduce partial-load losses

Monitoring of photovoltaic systems and evaluation of building energy self-consumption

A method for optimal operation of HVAC with heat pumps for reducing the energy demand of large-scale non residential buildings

Sizing strategies of photovoltaic systems in nZEB schemes to maximize the self-consumption share

Energy Sustainability of Food Stores and Supermarkets through the Installation of PV Integrated Plants

HVAC Energy Saving Strategies for Public Buildings Based on Heat Pumps and Demand Controlled Ventilation

Energy Intensity Reduction in Large-Scale Non-Residential Buildings by Dynamic Control of HVAC with Heat Pumps

Collaborators (3)

Daniele Testi

Fabio Fantozzi

Paolo Conti

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