Félix Ignacio Perez Cicala Email & Phone Number

Madrid, Es

Community Of Madrid, Spain

Research and development of the energy yield model for photovoltaic power plants (Java, Python).• Transposition of the radiation components to the plane of array.• Shading effects in production.• Production of photovoltaic modules using the one-diode model.• Efficiency model and MPPT operation in photovoltaic inverters.• Development of a detailed methodology document.Research and development of the yield model for bifacial modules (Java).• Satellital albedo data obtained using public sources (API).• View factor model used to calculate the diffuse radiation perceived by the ground, and received by the modules. Calculation of the effect of near shades caused by adjacent structures and torque beam.• Calculation of the yield of bifacial modules using the one diode model with bifaciality factor.Research and development of a calculation model to install structures (SAT or fixed) considering the topography and earthworks (Java).• Generation of a digital elevation model (DEM) using an inverse distance weighting algorithm (IDW).• Installation of structures in 3D, with optimizations to minimize the pile length.• Calculation of earthworks platform, optimized to balance cut and fill volumes.• Generation of a 3D layout using the model results.Research and development of a synthetic typical meteorological year generator (Java, Python), used to generate hourly GHI, BHI, DHI and air temperature data, using monthly averages.Enhancements to the component tasked with generating documents (both graphical documents and reports) (Java)• Transition to a system of templates for the generation of word and pdf documents. Implemented a template system for generating engineering drawings in AutoCAD.• Implemented a unified system for the generation of graphic documents, using a custom document object model, which can be used to generate files DXF, PDF / PNG, KML, Gmaps.

Madrid

Research and development. Coding of simulation models and optimization programs:• Development in Java of the thermal model for a solar power tower central receiver. The model was used to simulate yearly operation of the plant, calculating production, performance and losses• Development in Java and Python of a Photovoltaic model, used to calculate yearly production and performance losses. The program run using parallel computing and used optimization functions to simulate advanced plant component features• Photovoltaic tracker terrain positioning optimization. Developed a methodology and a program to calculate the optimal pillar height for the tracker, with terrain adaptability and subject to mechanical restrictions of the tracker. The program consisted of a first version coded in Excel Visual Basic for Applications, which was later translated to Python. Additionally a 3D tracker visualization tool was coded in Matlab

Madrid

• Prepared standard international acquisition contracts, for coal shipments• Developed a logistical operations analysis tool, in Excel Visual Basic for Applications• Analysis of coal chemical properties and lab test results

Master´S Degree In Industrial Engineering

Bachelor'S Degree In Industrial Technologies Engineering, Energy Technologies

Certificate In Advanced English - University Of Cambridge

German

High School, Sciences And Tecnologies