Pv engineer

Technical design of PV & PV-Hybrid systems.
# Analysis of technical tender documents
# PV Energy Yield Assessment (PV-SOL)
# Preparation of BOM. Working with equipment suppliers regarding technology options
# CAD drawings (unifilar), technical descriptions, checklists
# Electrical and mechanical Balance of System (BOS)
# Technical draftsman for PV site planning, construction drawings and layouts
# Dealing with technical queries from clients and manufacturers
# LCOE calculations to enable financial modeling
# Reviewing third party reports and providing analysis on these
# Analysis of site measurements including meteorological masts.
# Collaboration in the design process of solar-LED lighting
Yielded results
LEI qualified in a challenging tender process at: 13,2 MWp Hybrid PV + 5 MW (2.5 MWh) BESS + 14 MW diesel generators at ´´Caracol´´ Industrial Park. Ref: AOI-CT AMACEH-001

Detailed mechanical and electrical engineering of turnkey PV projects (On-Grid and Stand-alone).
# Structural calculation and SolidWorks design (mounting systems)
# Autocad drawings (unifilar, multifilar, layout)
# Project opportunity assessment of technical feasibility with regards to solar resource: topography, general constraints, solar layout, capacity, technology, etc.
# PV Energy Yield Assessment (PV-Syst / Helioscope)
# Giving support to the sales team in dealing with client queries
# Generation of site Bill of Quantity.
Yielded results
Design of 140 KWp PV over roofs (‘’Retiro’’ and ‘’Chacarita’’ bus stations). Project implementation in collaboration with PM during construction of 1 MWp rooftop PV (Urbanization of ‘’Barrio 31’’).

Grid O&M in San Isidro and Vicente Lopez communes (area: 81 km2- power density: 3 - 8 MW/km2).
# Supervisor at cables and overhead lines department. Leading teams of 20 members of staff
# Tasks in medium voltage (13.2 KV|33 KV) and low voltage (0.4 KV) cables and overhead lines, and associated switchgear.
Yielded results
Increment in productivity of teams and a considerable reduction of the number of network interruptions or lockouts (SAIDI and SAIFI index).

The CNEA grants 1-yr fellowship for Scientific and Technical Professionals. I got this scholarship because of my academic merit and background.
# Participation in the development of micro-electromechanical devices (MEMS), mainly in the design and simulation phase following the finite element method (FEM).
Yielded results
Use ANSYS v17.1 in solving problems in continuous media. I played a role in the Design and simulation of an implantable device for the controlled release of hormones (PhD. P. Catalano’s project).

PV system technology, solar resource and energy conversion, design and fabrication of solar cell and module technologies, energy economics.

• Distinguish different types of power systems and their characteristics
• Identify the suitability of political support mechanisms to meet specific targets
• Evaluate technical challenges of integrating large shares of variable renewable energy to the grid
• Assess pros and cons of future trends in the power sector

Linked to the working experience at EDENOR.

GPA 7,61 (Historic GPA: 7,21)
Provides a solid grounding in all aspects of engineering and this cover a wide range of knowledge and competencies such as:
•Mechanical Systems Design •Stress & Dynamics •Fluid Mechanics
•Thermodynamics •Energy Conversion •Mathematics
•Material Science •Electrical Principles •Manufacturing
The qualification is comparable in level to a Danish Bachelor of Engineering plus 1 year of a Danish Master’s Degree in Mechanical Engineering