Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid).

Energía Renovable / Energía Solar / Energía Solar Fotovoltaica.

4.35 (342 reviews)
Udemy
platform
Español
language
Engineering
category
instructor
Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid).
1,138
students
2.5 hours
content
Mar 2024
last update
$49.99
regular price

What you will learn

El participante será capaz de analizar y prever consumos energéticos para instalaciones fotovoltaicas aisladas de red eléctrica.

El participantes analizará y validará los requerimientos eléctricos de los componentes de la instalación.

El participante valorará dificultades y determinará soluciones de instalación de acuerdo a necesidades del cliente.

El participante aprenderá a determinar el tamaño y diseño el Sistema Generador Fotovoltaico.

El participante aprenderá a determinar el tamaño y diseño el Sistema de Acumulación Energética.

El participante aprenderá a determinar el tamaño y diseño el Sistema de Inversores.

El participante aprenderá a determinar el tamaño y diseño el Sistema Regulador Energético.

El participante analizará y verificará cálculos de eficiencia, pérdidas y de generación eléctrica.

Why take this course?

El Curso de Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid) tiene como objetivo enseñar al participante las técnicas para analizar, determinar el tamaño, disposición y diseño de sistemas fotovoltaicos aislados de red eléctrica.

En el curso se analizan conceptos, componentes, cálculos energéticos, análisis eléctricos, dimensionamiento, diseño y criterios de elección de los equipos para la posible instalación, además, a lo largo del curso, encontrarán una serie de ejercicios prácticos que ayudará al estudiante a consolidar conocimientos.

El curso de Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid) lo podrán estudiar personas con diferentes intereses y/o aptitudes.  Ya que los análisis se inician desde el nivel más básico, hasta el desarrollo de diseño final, por lo que inscribirse será de mucho interés para personal técnico y/o eléctrico, Arquitectos, Ingenieros y/o personas interesadas en el diseño de nuevas tecnologías sobre energías renovables.

Screenshots

Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid). - Screenshot_01Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid). - Screenshot_02Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid). - Screenshot_03Diseño de Sistemas Fotovoltaicos Aislados de Red (Off-Grid). - Screenshot_04

Our review

based on the recent reviews, here is a comprehensive review of the course "**Introduction to Photovoltaic Systems**": ### Course Overview and Content: The course has been commended for its comprehensive coverage of topics related to photovoltaic (PV) systems. Reviewers have appreciated the clarity with which complex calculations, designs, and analyses are explained. The course provides practical exercises and real-world examples, which are highly beneficial for understanding the application of PV systems. ### **Pros:** - **Practical Focus:** The course is praised for its focus on practical applications, offering exercises that help reinforce theoretical knowledge. - **Didactic Approach:** Many reviewers found Carlos's presentation style to be very didactic, with excellent diction and pacing. - **Resource Availability:** A wide range of resources are made available to students, which are both useful and easy to understand. - **Global Perspective:** Some users suggest that the course could benefit from a more global perspective on PV systems, covering aspects such as economics and system design in greater depth. - **Completion of Uncertainties:** The course has been successful in clarifying doubts and reinforcing knowledge for those who already had a basic understanding of PV systems. ### **Cons:** - **Technical Updates Needed:** Some users recommend updating the course, particularly regarding new technologies like lithium batteries. - **Limited Scope on Protection Devices:** There is a mention of the need to cover more technical details, such as the protection of PV systems with fuses or other protective devices. - **Responsiveness to Consultations:** A few reviewers pointed out issues with unanswered consultations and an older version of the course that does not reflect current practices. - **Diverse Learning Experience:** As this is the fourth course from the platform for some users, it indicates a satisfactory learning experience that provides opportunities to refresh and expand on existing knowledge. - **Interdisciplinary Importance:** The course content has been noted as highly relevant, given the increasing importance of PV systems in current times. ### **General Opinion:** Overall, the course "Introduction to Photovoltaic Systems" is considered a valuable resource for anyone looking to introduce themselves to or deepen their understanding of PV technologies. The general consensus among users is that it is a well-crafted and educational experience, with room for improvements in terms of technical updates and responsiveness to student queries. ### **Recommendation:** For those interested in renewable energy and particularly photovoltaic systems, this course appears to be a solid choice, provided the potential limitations are considered. The feedback suggests that while the course is currently very good, it could become even more indispensable with some updates and improvements in addressing student questions promptly.

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2058937
udemy ID
11/30/2018
course created date
10/30/2019
course indexed date
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