Our laboratories represent excellence in the service of innovation, offering a comprehensive and competent range of resources.
More space for research: 8,300 m² of laboratories
The Department has a wide range of experimental laboratories on the Bovisa campus. They are equipped with advanced instrumentation, enabling cutting-edge researchat both national and international levels. These laboratories, which are associated with all the research topics covered by the Department of Energy, are an indispensable and valuable tool for the development and implementation of research activities.
41
research laboratories
29
technical staff
50
+
patents
8,300
m2
laboratory space
Research Laboratories
Electrical Section
Laboratory of Converters, Machines and Electrical Drives (CMAE)
Conducts experimental tests on electrical machines and drives, comparing the results with analytical modelling and numerical simulations.
Contact: Prof. Antonino Di Gerlando
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Laboratory for Research on Sustainable Energy Transition (R-SET LAB)
Tests devices to improve the voltage waveform and reduce current disturbances in AC and DC. Studies power generation, photovoltaic systems, energy storage and magnetic systems for anchoring.
Contact: Prof. Roberto Faranda
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Laboratory of Numerical Computing for Electric Power Systems (EPS Lab)
Offers software for complex calculations on distribution and transmission networks with applications in safety, transport capacity, voltage regulation and electric market simulations.
Contact: Prof. Davide Falabretti
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Power Electronics, Mobility and Electrical Safety Laboratory (PEEMS)
Carries out research on power electrical systems, focusing on energy conversion, electric mobility, energy storage and electrical safety.
Contacts:
Prof. Morris Brenna,
Prof. Alberto Dolara
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Measurement and Diagnostics Laboratory for Power Electrical Systems (M2EPS)
Carries out research and consultancy for the development of advanced measurement and diagnostic techniques, particularly applied to power electrical systems.
Contact: Prof. Gabriele D'Antona
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Solar Technologies Laboratory (STL)
Conducts research on innovative solutions based on photovoltaic technology to expand the application areas and reduce costs.
The laboratory belongs to two Sections: Electrical and Machines, Propulsion, and Energy Systems
Contacts: Prof. Sonia Leva, Prof. Giampaolo Manzolini
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Microgrids with Multi-Goods Laboratory (MG2Lab)
Carries out experimental and research activities in the field of Multi-Goods MicroGrids, developing and testing innovative energy management systems and integrating technologies for the production and storage of electrical and thermal energy, with particular attention to electric vehicle integration.
The laboratory belongs to two sections: Electrical and Machines, Propulsion, and Energy Systems.
Contacts: Prof. Sonia Leva,
Prof. Giampaolo Manzolini
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Electrical Section
Nuclear Engineering Section – CeSNEF
System Analysis Laboratory for Reliability, Risk, and Resilience Analysis (LASAR³)
Develops computational methods and artificial intelligence models that integrate knowledge, information and data for system analysis to evaluate reliability, risk and resilience.
Contact: Prof. Enrico Zio
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DYNAMO Laboratory
Analyses the stability of single-phase fluids in closed circuits, studying natural/forced circulation with distributed heating. It uses experimental equipment to assess stability/instability conditions.
Contact: Prof. Antonio Cammi
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Nuclear Measurements and Electronics Laboratory (NML)
Studies and develops methods and techniques for measuring ionising radiation fields, with applications in spectrometry, dosimetry, and microdosimetry while providing services dedicated to the study, development and characterisation of detection systems for fast and thermal neutron fields.
Contact: Prof. Stefano Agosteo,
Prof. Andrea Pola
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Radiochemistry and Radiation Chemistry Laboratory (RadChem)
Studies and develops sustainable approaches and processes for nuclear engineering and technologies.
Contact: Prof. Mario Mariani
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Radioprotection Laboratory
Conducts research in the field of radiometric measurements and the study of innovative solutions for radioprotection problems in various industrial and production sectors.
Contacts: Prof. Fabrizio Campi,
Prof. Alessandro Porta
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Radiation Metrology Laboratory
Conducts research in dosimetry and radiation metrology, providing services in radioprotection through accredited calibration and PTP activities. It works closely with EURADOS, which comprises the leading European research institutions in the field.
Contacts: Prof. Marco Caresana,
Dr. Luisella Garlati
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Contaminant Migration and Nuclear Safeguards Laboratory
Studies the migration of contaminants in soil, water and air and develops deterministic and stochastic transport models.
Contact: Prof. Francesca Giacobbo
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Nuclear Engineering Section – CeSNEF
Section of Thermal Engineering and Environmental Technologies
Fluid Characterisation for Thermodynamic Cycles Laboratory (MisceLab)
Characterises fluids and fluid mixtures for use in advanced thermodynamic cycles, such as high-temperature heat pumps, transcritical cycles and refrigeration cycles. The laboratory measures density, viscosity, thermal capacity, enthalpy and VLE of mixtures.
Laboratory affiliated with two sections: Machines, Propulsion and Energy Systems, and Thermal Engineering and Environmental Technologies)
Contact: Prof. Giampaolo Manzolini
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Controlled Contamination Environments Laboratory (HVAC WHITE BOX)
Develops and tests innovative solutions and components for ventilation and contaminant control in civil, industrial and museum environments.
Contact: Prof. Francesco Romano
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Vehicle Air Conditioning Laboratory (HVAC x MOTION)
Develops and tests innovative technologies for cabin comfort and vehicle thermal management.
Contact: Prof. Stefano De Antonellis
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Refrigerant Fluids Laboratory (HVAC REF LAB)
Analyses the performance of natural and/or synthetic refrigerant fluids in refrigeration units and heat pumps with steam compression machines.
Contact: Prof. Luca Molinaroli
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Acoustics Laboratory
Focuses on sound power measurement, noise mapping and psychoacoustic tests using anechoic and semi-anechoic chambers. It also conducts environmental and architectural assessments, including sound propagation simulation and speech intelligibility evaluation.
Contact: Prof. Livio Mazzarella
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Building Physics Lab
Experimental characterisation of the thermal performance of building materials and components, environmental thermal comfort analysis and monitoring, and the study of shallow geothermal systems.
Contacts: Prof. Adriana Angelotti, Dr. Alessandro Dama
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RELAB
Develops efficient systems for thermal and cooling energy production by measuring their energy and acoustic performance.
Contact: Prof. Motta Mario Gualtiero F.
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Urban Research for Architectural and Energy Systems (CRANES Lab)
Develops models and conducts analyses to evaluate decarbonisation actions and policies for the built environment (cities, neighbourhoods, buildings) including studies on thermal wellbeing and the impact of vegetation on urban climate.
Contact: Prof. Francesco Causone
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MRT Fuel Cell and Battery Lab (MRT FC&B)
Focuses on the study of electrochemical devices for energy conversion and storage, with a particular emphasis on fuel cells, flow batteries, lithium-ion batteries and water electrolysis.
Contact: Prof. Andrea Casalegno
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Integrated Energy Planning and Geopolitics Research Hub (IntEGRa)
Conducts advanced, multidisciplinary research to develop sustainable technological scenarios, open-source energy planning models, optimisation and impact assessment. It creates decision support tools, policy briefs and geopolitical analyses to contribute to evidence-based industrial and public policies.
Contacts: Prof. Matteo V. Rocco,
Prof. Emanuela Colombo
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Thermo-Hydraulic Experimental and CFD Lab (TheCFD Lab @ Energy)
Conducts numerical and experimental studies on fluid dynamics and thermal analysis, investigating flow, turbulence and heat transfer phenomena in multi-phase systems. Uses digital twins to optimise low environmental impact technologies, promoting more energy-efficient solutions.
Contacts: Prof. Riccardo Mereu,
Prof. Fabio Inzoli
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Thermal Analysis Laboratory (ThermALab)
Focuses on numerical and experimental research in heat exchange, developing thermal analyses of devices and systems for various engineering applications.
Technical contact: Dr. Damiano Fustinoni
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Fire Reaction Testing Laboratory (FireLab)
Focuses on fire safety studies, specifically material behaviour under fire conditions, fire consequence models and engineering solutions for fire control and suppression.
Technical contact: Dr. Pasqualino Gramazio
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Multiphase Thermofluid Dynamics Laboratory
Studies heat and mass transfer phenomena in various applications, including refrigerant boiling and condensation, multiphase fluid dynamics and the analysis of droplet interactions with solid surfaces or gas/liquid interfaces.
Contacts: Prof. Luigi Colombo,
Prof. Manfredo G. Guilizzoni
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Infrared Thermography Laboratory
Uses the FLIR Titanium thermal camera to perform non-destructive thermal analysis of components under mechanical stress and collaborates with industrial partners on various projects.
Contact: Prof. Antonio Salerno
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Thermotechnical Measurements and Research Laboratory (MRT)
Conducts testing and research on heating terminals (radiators and convectors).
Head: Prof. Fabio Rinaldi
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Thermometric Calibration Laboratory (LTT)
Performs calibration activities in the laboratory and in the field for waste-to-energy plants and industrial facilities.
Head: Prof. Fabio Rinaldi
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Section of Thermal Engineering and Environmental Technologies
Section of Machines, Propulsion and Energy Systems
Solar Technologies Laboratory (STL)
Conducts research on innovative solutions based on photovoltaic technology to expand the application areas and reduce costs.
The laboratory belongs to two Sections: Electrical and Machines, Propulsion, and Energy Systems
Contacts: Prof. Sonia Leva, Prof. Giampaolo Manzolini
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Microgrids with Multi-Goods Laboratory (MG2Lab)
Carries out experimental and research activities in the field of Multi-Goods MicroGrids, developing and testing innovative energy management systems and integrating technologies for the production and storage of electrical and thermal energy, with particular attention to electric vehicle integration.
The laboratory belongs to two sections: Electrical and Machines, Propulsion, and Energy Systems.
Contacts: Prof. Sonia Leva,
Prof. Giampaolo Manzolini
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Machine Fluid Dynamics Laboratory (LFM)
Specialised in the experimental, numerical, modelling and the high-accuracy CFD study of turbine and compressor performance and their components. CFD modelling of wind turbines at different accuracy levels.
Contact: Prof. Vincenzo Dossena
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Safety Valve Testing Laboratory
Specialised in the experimental, numerical and modelling study of the performance of safety valves in air and water.
Contact: Prof. Vincenzo Dossena
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Internal Combustion Engines (ICE) Laboratory
Focuses on CFD modelling of thermofluid dynamic processes in internal combustion engines. The lab supports the development of new-generation engines powered by renewable fuels (e-fuels & bio-fuels) to achieve low consumption and reduced emissions.
Contact: Prof. Angelo Onorati
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Combustion and Optical Diagnostics Laboratory
Focuses on research into thermofluid dynamic processes in industrial and propulsion systems. Equipped with advanced tools, it studies flames, burners and sprays through optical measurement techniques, allowing the assessment of fluid dynamic and scalar quantities.
Contact: Prof. Fabio Cozzi
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Mobile Pilot Laboratory for CO₂ Capture with Solvents (Policap)
A ‘mobile’ pilot plant (i.e. easily transportable for testing campaigns at industrial sites), fully equipped to reconstruct mass and energy balances. It is designed to test new solvents and advanced process configurations for CO₂ capture in post-combustion applications, using synthetic or real exhaust gases with a treatment capacity of 100 Nm³/h of exhaust gas.
Contacts: Prof. Manuele Gatti, Prof. Matteo C. Romano
Energy Conversion and Storage Laboratory (LabX)
An infrastructure to test the energy and environmental performance of cogeneration and trigeneration units powered by natural gas, hydrogen, synthesis gas and their mixtures, as well as boilers, absorption refrigerators, heat pumps and, more generally, machines and fluid systems.
Contact: Prof. Gianluca Valenti
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Fluid Characterisation for Thermodynamic Cycles Laboratory (MisceLab)
Characterises fluids and fluid mixtures for use in advanced thermodynamic cycles, such as high-temperature heat pumps, transcritical cycles and refrigeration cycles. The laboratory measures density, viscosity, thermal capacity, enthalpy and VLE of mixtures.
Laboratory affiliated with two sections: Machines, Propulsion and Energy Systems, and Thermal Engineering and Environmental Technologies)
Contact: Prof. Giampaolo Manzolini
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Section of Machines, Propulsion and Energy Systems
Section of Chemical Processes and Nanotechnology
Catalysis and Catalytic Processes Laboratory (LCCP)
Studies catalytic phenomena at different scales for environmental protection processes and the synthesis/conversion of chemicals and energy carriers, combining experimental activity and mathematical modelling.
Contact: Prof. Enrico Tronconi
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Micro and Nanostructured Materials Laboratory (NanoLab)
Equipped with advanced instrumentation for the fabrication and characterisation of materials and surfaces at the nanoscale, the lab studies the relationship between the structure and functional properties of materials.
Contact: Prof. Andrea Li Bassi
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Laboratory of Surfaces for Winter Sports (SWIS Lab)
Studies the metamorphism and stability of snow cover, the production and characterisation of artificial snow and products and surface treatments to reduce friction on snow and ice using traditional and innovative materials.
Contact: Prof. Andrea Li Bassi
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Materials Engineering for Batteries Laboratory (BMEL)
Focuses on the synthesis and analysis of materials and devices for electrochemical energy storage, with the ability to manufacture and test zinc-air and lithium batteries using advanced electrochemical equipment for material science and electroanalysis applications.
Contact: Prof. Benedetto Bozzini
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Teaching Laboratories
Frontal teaching and experimental infrastructure
These laboratories allow students to explore various phenomena related to fluid machinery and conduct experiments on complex engineering systems, deepening the theoretical understanding gained in the classroom. From characteristic curves of hydraulic pumps to the simulation of thermodynamic cycles of internal combustion engines, students have the opportunity to enhance their practical knowledge of the subject.
Accredited Laboratories for Tests and Certifications
News about our laboratories
News about our laboratories
News about our laboratories
