SOLAR ENERGY Design Course(With SketchUp & PVSYST)-PV system from Udemy

What's inside

Learning objectives

Design your pv system
What is solar energy system ?
Solar radiation and pv fundamentals
Power & units
All components of the system
Solar panels
The inverter
The structure types and fundamentals
Temperature effect according to structure type
Circuit breakers in the solar system
Most important points in site survey
Specific steps to get best design
Energy consumption
Sizing dc and #pv modules needed
Inverter sizing

System area
Sketchup from design
Skelion plugin in sketchup for solar system
Shadow simulation with sketchup
Pvsyst system report
Energy yield by pvsyst
Design a system
Installation procedure & aesthetics & appearance
System pricing
Payback period calculation
Technical report
Financial report
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Design your pv system
What is solar energy system ?
Solar radiation and pv fundamentals
Power & units
All components of the system
Solar panels
The inverter
The structure types and fundamentals
Temperature effect according to structure type
Circuit breakers in the solar system
Most important points in site survey
Specific steps to get best design
Energy consumption
Sizing dc and #pv modules needed
Inverter sizing
System area
Sketchup from design
Skelion plugin in sketchup for solar system
Shadow simulation with sketchup
Pvsyst system report
Energy yield by pvsyst
Design a system
Installation procedure & aesthetics & appearance
System pricing
Payback period calculation
Technical report
Financial report
Show more
Show less

Syllabus

You will be able to understand the solar energy system and the units used. Also you will learn the components of the system.

This is the content video of the course

You will understand what is solar energy system and the main components

You will understand what is power and current & voltage and the unit used in solar system

Check your understanding about the main components of the system

At the end of this video you will understand the simple principle of how the solar panel works, the types of the PV modules and the panels datasheet

You will be able to understand the Inverter ,inverter Datasheet and MPPT technology

After this video you will understand what is peak sun hours (PSH) , shading effect and the bypass diodes

You will learn the mounting structure types with examples, difference between Galvanized steel and Aluminum structures and the temperature effect according to structure type

You will learn the the types of Circuit Breakers used in the solar system

Be aware of the information

In this video you will learn the most important points in site survey and how you can benefit form the site survey in the design stage

Check your information

Here you will learn the most important part of the course, you will be able to design the solar system effectively in simple easy and effective way.

Calculate the right size

Now you will see how we install the PV system in simple way, and you can image the principle of work in the site.

This video is the introduction to SketchUp and the main tools and how we can use it

This video to complete the tools learning and to practice more

This the skelion video and how we can use it to integrate the PV system

After this video you will be able to design a PV system and make the shadow analysis to prevent it in your design

This video is introduction to PVSYST and its focus on ON GRID solar system

Now you will learn the principle of pricing PV system in the companies and the market

You will be able to make the simple payback period with the end of this video

The last thing to do is the Technical & Financial Reports and you understand how you can make them

Another Check !

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Uses SketchUp and PVSYST, which are industry-standard software tools for solar system design and energy yield analysis, providing practical skills

Covers system pricing and payback period calculation, which are essential for creating financial reports and attracting clients in the solar industry

Explains the components of a solar system and their functions, which builds a strong foundation for understanding solar technology

Includes a section on site surveys, which are crucial for effective solar system design and maximizing energy production

Details the installation procedure and aesthetics, which provides practical knowledge beyond theoretical design

Teaches how to create technical and financial reports, which are essential for professional communication with clients and companies

Reviews summary

Solar pv system design fundamentals

According to learners, this course provides an excellent foundation for beginners looking to enter the solar energy field, specifically focusing on PV system design. Students particularly praise the clear, step-by-step design process and the useful introductions and tutorials to industry-standard software like SketchUp and PVSYST. Many found the sections on practical pricing and reporting to be highly valuable for professional applications. However, some reviewers note that the software versions demonstrated in the lectures may be outdated, requiring extra effort to follow along. There are also occasional mentions of audio quality issues in certain sections. Despite these points, the overall sentiment is highly positive, with learners appreciating the course's ability to take them from zero knowledge to understanding basic design and reporting.

Covers practical design steps and report creation.

"The step-by-step design process was very clear and easy to follow."

"The pricing and reporting sections are practical."

"I now feel confident in approaching basic design projects and creating reports for potential clients."

Useful introductions to key design tools.

"...gives a great introduction to SketchUp and PVSYST."

"The sections on using SketchUp for shadow analysis and PVSYST for energy yield were very useful."

"The hands-on examples using the software were invaluable."

"The software tutorials were the highlight."

Excellent starting point for newcomers.

"This course is excellent for beginners! It covers all the fundamentals..."

"Highly recommended if you are starting out in this field."

"The pace is just right for someone new."

"A solid introductory course. It delivers on its promise to take you from zero to design basics."

Some lectures have poor audio.

"Audio quality could be better in some lectures."

"Disappointed. The audio quality is poor in several videos, making it hard to understand."

Software versions shown may not be current.

"...the software versions used in the videos seem a bit outdated, which caused minor confusion when following along."

"Also, the software tutorials don't match the latest versions, requiring extra effort to figure things out."

"Could use some updates to the software demo parts."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in SOLAR ENERGY Design Course(With SketchUp & PVSYST)-PV system with these activities:

Review Electrical Circuit Fundamentals

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Strengthen your understanding of electrical circuits, which is essential for comprehending how solar panels and inverters function within a PV system.

Browse courses on Electrical Circuits

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Review basic circuit laws like Ohm's Law and Kirchhoff's Laws.
Practice solving simple series and parallel circuit problems.
Familiarize yourself with voltage, current, and power calculations.

Review 'Understanding Photovoltaics'

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Gain a stronger understanding of the underlying science behind solar panels, enhancing your ability to design and troubleshoot PV systems.

View Putting Knowledge to Work on Amazon

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Read the chapters on solar cell physics and module construction.
Pay attention to the sections on different types of solar cells and their characteristics.
Summarize the key concepts in your own words to reinforce your understanding.

Review 'Solar Energy Engineering: Processes and Systems'

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Gain a deeper understanding of the engineering principles behind solar energy systems, complementing the practical design aspects covered in the course.

View Solar Energy Engineering: Processes and Systems on Amazon

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Read the chapters related to PV system design and components.
Focus on the sections discussing system performance and efficiency.
Take notes on key concepts and formulas for future reference.

Four other activities

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Show all seven activities

Create a Blog Post on Solar Panel Installation Best Practices

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Reinforce your understanding of solar panel installation by creating a blog post that summarizes best practices for safe and efficient installation.

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Research current best practices for solar panel installation.
Write a blog post that covers topics like safety precautions, mounting techniques, and wiring considerations.
Include diagrams and images to illustrate key points.

Develop a Financial Report Template for Solar Projects

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Solidify your understanding of financial analysis by creating a template for generating financial reports for solar projects, including payback period calculations and ROI analysis.

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Research the key financial metrics used in solar project evaluation.
Design a spreadsheet template with formulas for calculating payback period, ROI, and other relevant metrics.
Populate the template with sample data and generate a sample financial report.

Explore Advanced PVSYST Tutorials

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Refine your PVSYST skills by exploring advanced tutorials that cover complex system configurations and detailed performance analysis.

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Search for online tutorials focusing on advanced PVSYST features.
Follow tutorials on topics like grid-connected systems with battery storage.
Experiment with different simulation parameters to understand their impact.

Design a Solar System for a Real-World Building

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Apply your knowledge by designing a complete solar system for a real-world building, including site survey, system sizing, and performance analysis using SketchUp and PVSYST.

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Choose a building and conduct a virtual site survey using online tools.
Determine the building's energy consumption and design a suitable PV system.
Create a 3D model of the system in SketchUp and perform shadow analysis.
Simulate the system's performance in PVSYST and generate a detailed report.

Career center

Learners who complete SOLAR ENERGY Design Course(With SketchUp & PVSYST)-PV system will develop knowledge and skills that may be useful to these careers:

Solar Design Engineer

A solar design engineer is involved in the technical design of solar energy systems, ensuring they meet specific performance and safety standards. This role typically requires an advanced degree. This course would be useful, as it teaches you to design a PV system, covering topics such as solar radiation, system components, and sizing. The course's focus on using SketchUp for design and shadow simulation, along with PVSYST for energy yield analysis, are directly applicable to the work of a solar design engineer. The design steps are taught effectively and simply.

See salaries and explore the career path for Solar Design Engineer

Solar Energy Consultant

A solar energy consultant advises clients on the benefits and feasibility of solar energy solutions for their homes or businesses. This course would be useful because it introduces the solar energy world and design. You learn to make a technical and financial report professionally for your customers or the company you work with. The course's emphasis on using SketchUp and PVSYST for visualization and energy yield calculation helps a consultant present accurate and compelling proposals. Additionally, understanding system pricing and payback period calculations, as covered in the course, helps in advising clients on the financial aspects of solar investments.

See salaries and explore the career path for Solar Energy Consultant

Solar Sales Representative

A solar sales representative sells solar energy systems to residential or commercial clients. In this course, you will learn how to price the system in an easy way and the calculation of a simple payback period. This course teaches the financial aspects of solar energy, such as system pricing and payback period calculation, which directly supports the sales process. Also you will be able to make a technical and financial report professionally for your customers or the company you work with.

See salaries and explore the career path for Solar Sales Representative

Solar Panel Installer

A solar panel installer physically installs solar panels on rooftops or other structures. This hands-on role requires an understanding of the practical aspects of solar systems. The course would be useful because it covers the simple installation procedure of a practical system, aesthetics, and appearance. Someone interested in becoming a solar panel installer might benefit from learning about the system components, the design process with SketchUp, and the energy yield analysis using PVSYST. Understanding system pricing and payback period calculation, as covered in the course will also help with customer interactions.

See salaries and explore the career path for Solar Panel Installer

Solar Technician

A solar technician maintains and repairs solar panel systems. The solar energy course is your course to enter the solar energy field as a beginner. The course's focus on solar system components, the simple installation procedure, and troubleshooting techniques provide a solid foundation for a solar technician. With the practical examples, you will be able to build full Visualization about the real field and how you can deal with it professionally.

See salaries and explore the career path for Solar Technician

CAD Designer

A computer aided design designer creates technical drawings and plans for a variety of projects. This course would be useful, as it teaches design through specialized design software SketchUp. The course's coverage of SketchUp design and shadow simulation helps a CAD designer present accurate and compelling solar designs. The benefits of this course are how to use Sketchup and PVsyst softwares in your simulation and design. The students will be able to understand the PV cell works, panel datasheet, peak sun hours, inverter and MPPT technology, strucure types and fundamentals, Circuit Breakers in The PV system.

See salaries and explore the career path for CAD Designer

Sustainability Consultant

A sustainability consultant advises businesses and organizations on how to operate in a more environmentally responsible manner. This course may be useful as it helps you enter the solar energy field as a beginner . The course's emphasis on using SketchUp and PVSYST for visualization and energy yield calculation helps a consultant present accurate and compelling proposals. Additionally, understanding system pricing and payback period calculations, as covered in the course, helps in advising clients on the financial aspects of solar investments. You will also be able to make a technical and financial report for your customers.

See salaries and explore the career path for Sustainability Consultant

Renewable Energy Project Manager

A renewable energy project manager oversees the planning, execution, and completion of solar energy projects. This role requires a broad understanding of solar technology, design, and financial considerations. This course may be useful as it helps develop skills in system design using SketchUp and PVSYST, which are essential for project planning. Understanding the components of a solar system, installation procedures, and pricing are especially relevant to managing a solar energy systems project. Learning to make a technical and financial report will also be useful.

See salaries and explore the career path for Renewable Energy Project Manager

Energy Efficiency Specialist

An energy efficiency specialist assesses energy usage and recommends solutions to reduce consumption, including solar energy. The course may be useful, as it covers solar system design, components, and energy yield calculation. Understanding the financial aspects of solar energy, such as system pricing and payback period, helps an energy efficiency specialist make informed recommendations to clients. Learning to make a technical and financial report will also be useful.

See salaries and explore the career path for Energy Efficiency Specialist

Electrical Engineer

An electrical engineer designs, develops, and tests electrical equipment, including those used in solar energy systems. This course may be useful because you will learn what the solar system is and what its main components are, and explain each of them in a practical way. The course's coverage of solar panel and inverter technology, along with system design principles, can complement the knowledge of an electrical engineer working in the renewable energy sector. Also you will learn the simple installation procedure of the practical system, aesthetics, and appearance.

See salaries and explore the career path for Electrical Engineer

Green Building Consultant

A green building consultant advises on the design and construction of environmentally friendly buildings, which often includes solar energy systems. This course may be useful because it introduces you to designing PV systems. The course's coverage of system design using SketchUp and PVSYST, along with installation procedures and aesthetics, is valuable for integrating solar energy into green building projects. You learn to visualize the shape of the system and analyze the shadow, and calculate the energy yield.

See salaries and explore the career path for Green Building Consultant

Sustainability Manager

A sustainability manager develops and implements sustainability initiatives for organizations, which may include incorporating solar energy solutions. This course may be useful because it introduces the solar energy world and design. Understanding how to design PV systems, energy yield, and how to use Sketchup and PVsyst softwares in your simulation and design helps a sustainability manager evaluate the feasibility and impact of solar projects. Learning to make a technical and financial report will also be useful.

See salaries and explore the career path for Sustainability Manager

Energy Auditor

An energy auditor assesses energy consumption in buildings and recommends improvements, which may include solar panel installations. This course may be useful because it covers the pricing of PV systems. The knowledge of solar energy systems gained from this course allows an energy auditor to provide more comprehensive and informed recommendations to clients. You will also be able to make a technical and financial report professionally for your customers or the company you work with.

See salaries and explore the career path for Energy Auditor

Renewable Energy Advocate

A renewable energy advocate promotes the adoption of renewable energy sources through education, policy work, or community outreach. While this role does not involve direct system design or installation, this course may be useful for building a foundational understanding of solar energy technology. The course’s introduction to solar energy, system components, and design principles provides valuable context for advocating for solar energy solutions. The benefits of this course are how to use Sketchup and PVsyst softwares in your simulation and design.

See salaries and explore the career path for Renewable Energy Advocate

Climate Change Analyst

A climate change analyst researches and analyzes data related to climate change, often focusing on solutions like renewable energy. This course may be useful by building an understanding of solar energy technology. The course’s introduction to solar energy, system components, and design principles provides valuable context for analyzing the potential impact of solar energy on climate change mitigation, including designing PV systems.

See salaries and explore the career path for Climate Change Analyst

SOLAR ENERGY Design Course(With SketchUp & PVSYST)-PV system

What's inside

Learning objectives

Syllabus

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Reviews summary

Solar pv system design fundamentals

Activities

Career center

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