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$27 USD / hora
Bandera de MEXICO
mexico city, mexico
$27 USD / hora
Aquí son las 12:15 p. m.
Se unió el marzo 2, 2023
1 Recomendación

Sergio M.

@SergioMM87

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$27 USD / hora
Bandera de MEXICO
mexico city, mexico
$27 USD / hora
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Photovoltaic System Designer

I design photovoltaic systems for residences and businesses in low and medium voltage. Among my deliverables are construction drawings, single-line diagrams, renderings, 3d modeling, bill of materials with unit prices. I want to help reduce this year 10,776 tons of CO2. Among my skills to highlight are being respectful, creative thinking, flexible and adaptable, proactive, patient, and responsible.
Freelancer Engineers Mexico
Ver todo Engineers en Mexico

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Portafolio

10806524
A photovoltaic system was designed for a shopping mall in Jalisco, Mexico to cover 100% of the electrical energy consumption and to mitigate 271.6 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. 676 panels of 550 W were selected and produce 53,520 kWh per mounth.
Design of 371.28 kWp photovoltaic system
A photovoltaic system was designed for a shopping mall in Jalisco, Mexico to cover 100% of the electrical energy consumption and to mitigate 271.6 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. 676 panels of 550 W were selected and produce 53,520 kWh per mounth.
Design of 371.28 kWp photovoltaic system
A photovoltaic system was designed for a shopping mall in Jalisco, Mexico to cover 100% of the electrical energy consumption and to mitigate 271.6 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. 676 panels of 550 W were selected and produce 53,520 kWh per mounth.
Design of 371.28 kWp photovoltaic system
10808506
A photovoltaic system was designed for a residence in Mexico City to cover 100% of the electrical energy consumption and to mitigate 1.57 tons of CO2 per year. The design consist on 2-Micro-inverter to be connected to the electrical grid. The gird operates at 127 V. 2 panels of 455 W were selected to generate 232 KWh per month.
Design of 1.82 kWp photovoltaic system
A photovoltaic system was designed for a residence in Mexico City to cover 100% of the electrical energy consumption and to mitigate 1.57 tons of CO2 per year. The design consist on 2-Micro-inverter to be connected to the electrical grid. The gird operates at 127 V. 2 panels of 455 W were selected to generate 232 KWh per month.
Design of 1.82 kWp photovoltaic system
10806502
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system
10806524
A photovoltaic system was designed for a shopping mall in Jalisco, Mexico to cover 100% of the electrical energy consumption and to mitigate 271.6 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. 676 panels of 550 W were selected and produce 53,520 kWh per mounth.
Design of 371.28 kWp photovoltaic system
A photovoltaic system was designed for a shopping mall in Jalisco, Mexico to cover 100% of the electrical energy consumption and to mitigate 271.6 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. 676 panels of 550 W were selected and produce 53,520 kWh per mounth.
Design of 371.28 kWp photovoltaic system
A photovoltaic system was designed for a shopping mall in Jalisco, Mexico to cover 100% of the electrical energy consumption and to mitigate 271.6 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. 676 panels of 550 W were selected and produce 53,520 kWh per mounth.
Design of 371.28 kWp photovoltaic system
10808506
A photovoltaic system was designed for a residence in Mexico City to cover 100% of the electrical energy consumption and to mitigate 1.57 tons of CO2 per year. The design consist on 2-Micro-inverter to be connected to the electrical grid. The gird operates at 127 V. 2 panels of 455 W were selected to generate 232 KWh per month.
Design of 1.82 kWp photovoltaic system
A photovoltaic system was designed for a residence in Mexico City to cover 100% of the electrical energy consumption and to mitigate 1.57 tons of CO2 per year. The design consist on 2-Micro-inverter to be connected to the electrical grid. The gird operates at 127 V. 2 panels of 455 W were selected to generate 232 KWh per month.
Design of 1.82 kWp photovoltaic system
10806502
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system
A photovoltaic system was designed for a residential building in Mexico City to reduce 28.7% of its electricity consumption and to mitigate 29.76 tons of CO2 per year. The design consist in a central inverter connected to the electrical grid. The grid operates at a voltage of 220V. Sixty-three 550 W panels of the EcoGreenEnergy brand were chosen.
Design of 34.65 kWp photovoltaic system

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Experiencia

Project Enginnering

Bohr
ago 2021 - feb 2023 (1 año, 6 meses)
Activities: Design of photovoltaic systems. Energy efficiency consulting. Programming and assembly of panel and fire protection system. Maintenance of special engineering.

3d Designer

Swan Bell
oct 2020 - ago 2021 (10 meses, 1 día)
Activities: Development of quotations. Projection of 3D HVAC models. Elaboration of P&IDs. Development and advertising. Web site development.

Piping Designer

Mayekawa
mar 2015 - abr 2019 (4 años, 1 mes)
Activities: Preparation of P&IDs. Piping design according to codes. Modeling of equipment, electrical trajectories, ductwork and supports. Extraction of isometrics, elevation diagrams, cuts and detail drawings. Preparation of bill of materials and concept catalog for piping and fittings. Participation in cross engineering. Collaboration with the client in the revision of the model. Elaboration of Piping Design Manual.

Educación

Bachelor´s degree in Chemical Engineering

Universidad Nacional Autónoma de México, Mexico 2006 - 2011
(5 años)

Contacta Sergio M. sobre tu trabajo

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Principales habilidades

Engineering
CAD/CAM
3D Rendering
Electrical Engineering
AutoCAD

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