Alma Mater Studiorum Universitࠤi Bologna

 
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Experimental activities

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Experimental analysis of lightning-induced voltages on experimental overhead lines and buried cables by means of the 'triggered-lightning' technique

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Layout of the test overhead line


 

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Layout of the test buried cable


 

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Description of the research

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Clips of 'triggered lightningh'

Experimental characterization of distribution transformer pulse response

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Example of measurement circuit and results


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Distribution transformer

Development and realization of experimental plants for the thermal treatment of polluted soils using the in-situ vitrification

 
Stage number Stage name Stage description Rated power Vitrified mass
1 Laboratory-scale Engineering feasibility of the vitrification process 10 kW 1-10 kg
2 Pre-pilot
scale
Development of the first power supply prototype, of its control and of the prototype gas-effluent treatment system 30 kW 50-100 kg
3 Pilot
scale
Development of a combined power supply plant including its control and the final gas-effluent treatment system 0.5 MW 0.5 - 1 t
4 Prototype
scale
Design and optimization of the ISV plant components in view of the real-scale application 0.5 MW 1 - 5 t
5 Real
scale
ISV plant design aimed at a reclamation intervention on a polluted site 0.5 MW >10 t


 

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Description of the research

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Photo and clip of the vitrification process

Characterization of performances of secondary cells used in electrical-vehicle applications

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Specifications and layout of experimental benches for secondary cells performances analysis
• voltage: 0-30 V;
• discharge current: 0-100 A;
• charge current: 0-50 A;
• nominal power: 1000 W;
• type of services: continuous.


 

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Description of the research

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Photo and clip of the experimental bench