Marco Bocci

Experience

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  Privato

  Oct 2010 - Jun 2012

  Music Teacher
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  Loccioni Group

  Jan 2014 - Oct 2014

  Project work

  Collaborator and participant in the concourse "Grow on Loccioni 2014". Team working in a team of 10 engineering students in order to design a system for eccentricity checking in electric motors in a production chain for EMBRACO s.r.l.

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  Ulster University

  Oct 2014 - Feb 2015

  R&D Energy Efficiency - Internship

  Internship in the centre for sustainable energies as a master level student; experimental study of a phase change material thermal energy storage coupled with a water-source heat pump.

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  MAC srl

  May 2015 - Aug 2016

  - R&D applied engineering for innovation in the food&beverage industry (refrigerators, energy efficiency). - Responsible for laboratory activities and data collection/analysis campaign. - Interaction with automation/firmware engineers for designing a new, innovative and efficient control system for a new line of products. Stage experience as a mechanical engineer; project work about refrigeration systems innovation and energy efficiency of refrigerators.

  • R&D Engineer

    Nov 2015 - Aug 2016

  • Internship Student

    May 2015 - Nov 2015
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  EUREC - The Association of European Renewable Energy Research Centres

  Sept 2017 - Dec 2018

  European Master in Renewable Energy
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  Enel Green Power

  Jul 2018 - Dec 2018

  Wind Energy Engineer - Internship

  Power curve assessment and optimization of Enel GP stall regulated wind turbines operating in Thrace wind farms. In order to restore the original power curve of some overproducing stall regulated wind turbines located in Soros wind farm, managed by EGP, I conducted an applied research study, mainly focusing on two parallel investigations:1. SCADA data analysis of one reference, normally operating, wind turbine and of an overproducing one, through data filtering, curve fitting and linear, non linear and non parametric machine learning algorithms, aiming to extrapolate two comparable average power curves;2. Numerical calculation (ANSYS) of aerodynamic performance of blades equipped with stall strips, and application of a BEM code in order to simulate the theoretical power curve of the investigated wind turbines.The last step has consisted in the comparison between the extrapolated power curves (from SCADA) and the simulated ones, which have been parametrized as a function of the fixed pitch angle of the blades: this sensitivity analysis has allowed to determine the new pitch angle to be adopted on the overproducing turbines in order to restore a normal power curve, as shown by the reference power curve extrapolated from the normally operating wind turbine. Show less

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  Enel Green Power

  Jul 2019 - now

  Wind Resource Specialist