Best Renewable Energy Courses to Learn in February 2025
Looking to enhance your skills? We’ve curated a list of the top-rated renewable energy courses available this month. These courses are highly rated by students and offer comprehensive learning experiences.
10. EnergyPlus Essentials: Mastering Building Energy Simulation
Instructor: Navid Shirzadi, Ph.D.
Unlocking Energy Efficiency: Learn Building Energy Simulation with EnergyPlus for Sustainable Design and Optimization
Course Highlights:
- Rating: 4.64 ⭐ (63 reviews)
- Students Enrolled: 260
- Course Length: 23911 hours
- Number of Lectures: 22
- Number of Quizzes: 0
EnergyPlus Essentials: Mastering Building Energy Simulation, has an average rating of 4.64, with 22 lectures, based on 63 reviews, and has 260 subscribers.
You will learn about Understand the principles of building energy simulation and the importance of EnergyPlus in building design and analysis Learn to navigate the EnergyPlus user interface, set up simulation projects, and run simulations effectively Learn to Create EnergyPlus input files, interpreting simulation outputs, and visualizing results Master techniques for modeling building geometry, HVAC systems, occupancy, and schedules Apply learned concepts to real-world projects through case studies and hands-on exercises This course is ideal for individuals who are Students and Professionals in Architecture and Engineering or Building Designers and Consultant or Energy Analysts and Sustainability Experts or Building Owners and Managers or Anyone Interested in Sustainable Design It is particularly useful for Students and Professionals in Architecture and Engineering or Building Designers and Consultant or Energy Analysts and Sustainability Experts or Building Owners and Managers or Anyone Interested in Sustainable Design.
Learn More About EnergyPlus Essentials: Mastering Building Energy Simulation
What You Will Learn
- Understand the principles of building energy simulation and the importance of EnergyPlus in building design and analysis
- Learn to navigate the EnergyPlus user interface, set up simulation projects, and run simulations effectively
- Learn to Create EnergyPlus input files, interpreting simulation outputs, and visualizing results
- Master techniques for modeling building geometry, HVAC systems, occupancy, and schedules
- Apply learned concepts to real-world projects through case studies and hands-on exercises
9. Advanced Renewable Energy Financial Modeling
Instructor: Lukas Duldinger, CFA
Learn how to build an integrated project finance model for renewable energy investments from scratch.
Course Highlights:
- Rating: 4.53 ⭐ (1052 reviews)
- Students Enrolled: 4788
- Course Length: 54337 hours
- Number of Lectures: 77
- Number of Quizzes: 4
Advanced Renewable Energy Financial Modeling, has an average rating of 4.53, with 77 lectures, 4 quizzes, based on 1052 reviews, and has 4788 subscribers.
You will learn about Build a fully integrated 3-statement project finance model for renewable energy investments Model sculpted debt financing structures and learn how to break common circularities with macros using VBA Learn diverse valuation approaches for renewable energy projects Model different PPA offtake structures with different hedging ratios Learn how to value projects from a developer's or investor's perspective Implement P50, P75, and P90 energy yields and dynamically adjust to any other P-value Understand contractual relations within a project finance deal Build an investment dashboard with dynamic charts and key industry KPIs which support investment decision-making This course is ideal for individuals who are Infrastructure Investors or Project Developers or Private Equity Investors or Debt Financing Banks or Investment Banks or Asset Managers It is particularly useful for Infrastructure Investors or Project Developers or Private Equity Investors or Debt Financing Banks or Investment Banks or Asset Managers.
Learn More About Advanced Renewable Energy Financial Modeling
What You Will Learn
- Build a fully integrated 3-statement project finance model for renewable energy investments
- Model sculpted debt financing structures and learn how to break common circularities with macros using VBA
- Learn diverse valuation approaches for renewable energy projects
- Model different PPA offtake structures with different hedging ratios
- Learn how to value projects from a developer's or investor's perspective
- Implement P50, P75, and P90 energy yields and dynamically adjust to any other P-value
- Understand contractual relations within a project finance deal
- Build an investment dashboard with dynamic charts and key industry KPIs which support investment decision-making
8. Hydrogen Fuel Cells – From Chemistry to Engineering
Instructor: Sebastian Weiss
A Breakdown of Key Aspects and a Comprehensive Look into the Chemistry, Economics and Engineering of Fuel Cells
Course Highlights:
- Rating: 4.51 ⭐ (606 reviews)
- Students Enrolled: 3531
- Course Length: 14431 hours
- Number of Lectures: 41
- Number of Quizzes: 6
Hydrogen Fuel Cells – From Chemistry to Engineering, has an average rating of 4.51, with 41 lectures, 6 quizzes, based on 606 reviews, and has 3531 subscribers.
You will learn about Electrochemistry Basics – Chemical concepts to understand the foundation of Fuel Cells Definitions and History – Simple definitions, history connected to political and economic motivations Fuel Cell Chemistry – Fundamental processes in a Fuel Cell and their efficiency Types of Fuel Cells – Overview of Fuel Cell types, their use and peculiarities Focus Lectures – Engineering of individual Fuel Cell components Applications – Economic viability of the Fuel Cell technology in transportation This course is ideal for individuals who are Anyone who is interested in basic principles of Fuel Cells or Anyone who wants to gain a broader understanding of Fuel Cell Chemistry and Engineering or Anyone who is interested in Renewable Energies or Anyone who aims to review and broaden material chemistry knowledge It is particularly useful for Anyone who is interested in basic principles of Fuel Cells or Anyone who wants to gain a broader understanding of Fuel Cell Chemistry and Engineering or Anyone who is interested in Renewable Energies or Anyone who aims to review and broaden material chemistry knowledge.
Learn More About Hydrogen Fuel Cells – From Chemistry to Engineering
What You Will Learn
- Electrochemistry Basics – Chemical concepts to understand the foundation of Fuel Cells
- Definitions and History – Simple definitions, history connected to political and economic motivations
- Fuel Cell Chemistry – Fundamental processes in a Fuel Cell and their efficiency
- Types of Fuel Cells – Overview of Fuel Cell types, their use and peculiarities
- Focus Lectures – Engineering of individual Fuel Cell components
- Applications – Economic viability of the Fuel Cell technology in transportation
7. Advanced Financial Modeling for Renewable Energy – ( US )
Instructor: Greg Ahuy
Tax Equity Flip Structure
Course Highlights:
- Rating: 4.64 ⭐ (51 reviews)
- Students Enrolled: 223
- Course Length: 52647 hours
- Number of Lectures: 131
- Number of Quizzes: 9
Advanced Financial Modeling for Renewable Energy – ( US ), has an average rating of 4.64, with 131 lectures, 9 quizzes, based on 51 reviews, and has 223 subscribers.
You will learn about How to model the allocations of tax benefits between tax equity and sponsor, including the capital accounts, DRO, Qualifies Income Offset, and outside basis; How to size tax equity investment in a yield-based flip; Optimize the model to achieve the requirements of lender, sponsor and tax equity investor; How to size debt based on multiple covenants for wind and solar projects; How to create best practice macro’s and Excel VBA codes to break circularities; How renewable projects are financed; Gain insights into the financial model development process, step-by-step – for a renewable energy model; This course is ideal for individuals who are Typical students include analysts, managers, senior managers, associate directors, financial advisors, financiers and CFOs from project companies, investment banks, private equity and infrastructure funds. It is particularly useful for Typical students include analysts, managers, senior managers, associate directors, financial advisors, financiers and CFOs from project companies, investment banks, private equity and infrastructure funds.
Learn More About Advanced Financial Modeling for Renewable Energy – ( US )
What You Will Learn
- How to model the allocations of tax benefits between tax equity and sponsor, including the capital accounts, DRO, Qualifies Income Offset, and outside basis;
- How to size tax equity investment in a yield-based flip;
- Optimize the model to achieve the requirements of lender, sponsor and tax equity investor;
- How to size debt based on multiple covenants for wind and solar projects;
- How to create best practice macro’s and Excel VBA codes to break circularities;
- How renewable projects are financed;
- Gain insights into the financial model development process, step-by-step – for a renewable energy model;
6. Wind Energy Masterclass
Instructor: ProjectEngPro Engineering and Project Management
Harnessing Wind Energy: The Role of Wind Turbines in Renewable Power Generation
Course Highlights:
- Rating: 4.8 ⭐ (5 reviews)
- Students Enrolled: 44
- Course Length: 16423 hours
- Number of Lectures: 25
- Number of Quizzes: 0
Wind Energy Masterclass, has an average rating of 4.8, with 25 lectures, based on 5 reviews, and has 44 subscribers.
You will learn about Explain the basic principles of wind energy and its role in the global energy landscape. Identify and describe the components and operation of wind turbines, including design variations and technological advancements. Assess the impact of national and international policies on the development and deployment of wind energy projects. Use wind flow models to evaluate the potential of various sites for wind energy development, considering factors like terrain and wind patterns. Apply knowledge of wind behavior and turbine placement to design efficient and effective wind farm layouts. Discuss strategies to minimize the environmental and social impacts of wind energy projects, including noise, wildlife interactions, and community engagement. This course is ideal for individuals who are Engineering Professionals: Mechanical, electrical, and civil engineers looking to expand their expertise in renewable energy and wind turbine technology. or Renewable Energy Enthusiasts: Individuals passionate about sustainable energy solutions and looking to gain a comprehensive understanding of wind power. or Project Managers: Professionals involved in the planning, execution, and management of wind energy projects. or Policy Makers and Regulators: Government officials and policy makers who want to better understand the technical and economic aspects of wind energy to make informed decisions. or Environmental Scientists: Researchers and environmental advocates interested in the impact of wind energy on ecosystems and strategies for mitigation. or Students and Academics: Undergraduate and graduate students studying renewable energy, environmental science, engineering, or related fields. or Utility and Energy Company Staff: Employees of utility companies and energy providers looking to diversify their knowledge base and improve their strategic planning capabilities. It is particularly useful for Engineering Professionals: Mechanical, electrical, and civil engineers looking to expand their expertise in renewable energy and wind turbine technology. or Renewable Energy Enthusiasts: Individuals passionate about sustainable energy solutions and looking to gain a comprehensive understanding of wind power. or Project Managers: Professionals involved in the planning, execution, and management of wind energy projects. or Policy Makers and Regulators: Government officials and policy makers who want to better understand the technical and economic aspects of wind energy to make informed decisions. or Environmental Scientists: Researchers and environmental advocates interested in the impact of wind energy on ecosystems and strategies for mitigation. or Students and Academics: Undergraduate and graduate students studying renewable energy, environmental science, engineering, or related fields. or Utility and Energy Company Staff: Employees of utility companies and energy providers looking to diversify their knowledge base and improve their strategic planning capabilities.
Learn More About Wind Energy Masterclass
What You Will Learn
- Explain the basic principles of wind energy and its role in the global energy landscape.
- Identify and describe the components and operation of wind turbines, including design variations and technological advancements.
- Assess the impact of national and international policies on the development and deployment of wind energy projects.
- Use wind flow models to evaluate the potential of various sites for wind energy development, considering factors like terrain and wind patterns.
- Apply knowledge of wind behavior and turbine placement to design efficient and effective wind farm layouts.
- Discuss strategies to minimize the environmental and social impacts of wind energy projects, including noise, wildlife interactions, and community engagement.
5. Certified Renewable Energy Professional (CREP)
Instructor: Phalcon EduTech
Advance Your Career in Renewable Energy: Become a Certified Renewable Energy Professional
Course Highlights:
- Rating: 5 ⭐ (1 reviews)
- Students Enrolled: 1
- Course Length: 0 hours
- Number of Lectures: 0
- Number of Quizzes: 3
Certified Renewable Energy Professional (CREP), has an average rating of 5, 3 quizzes, based on 1 reviews, and has 1 subscribers.
You will learn about Understand the fundamentals of renewable energy systems, including solar, wind, hydro, and biomass. Master Energy Efficiency Principles and Practices Acquire Project Development and Evaluation Skills Understand Sustainability Strategies and Policies This course is ideal for individuals who are Professionals and students aspiring to excel in renewable energy industries. It is particularly useful for Professionals and students aspiring to excel in renewable energy industries.
Learn More About Certified Renewable Energy Professional (CREP)
What You Will Learn
- Understand the fundamentals of renewable energy systems, including solar, wind, hydro, and biomass.
- Master Energy Efficiency Principles and Practices
- Acquire Project Development and Evaluation Skills
- Understand Sustainability Strategies and Policies
4. Project Finance Modeling for Renewable Energy
Instructor: Greg Ahuy
Learn Financial Modeling for wind and solar projects
Course Highlights:
- Rating: 4.69 ⭐ (560 reviews)
- Students Enrolled: 1639
- Course Length: 56967 hours
- Number of Lectures: 117
- Number of Quizzes: 4
Project Finance Modeling for Renewable Energy, has an average rating of 4.69, with 117 lectures, 4 quizzes, based on 560 reviews, and has 1639 subscribers.
You will learn about How to build project finance model from scratch in excel for wind and solar projects; Learn how renewable energy projects get developed and financed; How to create best practice macro’s and Excel VBA codes to break circularities; Learn how to size debt based on multiple covenants for wind and solar projects; How to model Debt Service Reserve Account; How to model unlevered project returns and blended equity returns; Learn to integrate multiple probability exceedance generation profiles (P50, P99) into the financial model; Learn basics of GP/LP flip structures and tax equity for project financing; Gain insights into financial model development process, step-by-step – for a renewable energy model. This course is ideal for individuals who are Typical students include finance students, recent graduates, analysts, managers, senior managers, associate directors, advisers, financiers and CFOs from financial and infrastructure companies. It is particularly useful for Typical students include finance students, recent graduates, analysts, managers, senior managers, associate directors, advisers, financiers and CFOs from financial and infrastructure companies.
Learn More About Project Finance Modeling for Renewable Energy
What You Will Learn
- How to build project finance model from scratch in excel for wind and solar projects;
- Learn how renewable energy projects get developed and financed;
- How to create best practice macro’s and Excel VBA codes to break circularities;
- Learn how to size debt based on multiple covenants for wind and solar projects;
- How to model Debt Service Reserve Account;
- How to model unlevered project returns and blended equity returns;
- Learn to integrate multiple probability exceedance generation profiles (P50, P99) into the financial model;
- Learn basics of GP/LP flip structures and tax equity for project financing;
- Gain insights into financial model development process, step-by-step – for a renewable energy model.
3. Complete Solar Energy PV Design Course From Zero To Hero
Instructor: Engr. Ahmed Mahdy
The Most Comprehensive and Detailed Course on Designing Off-grid, On-grid, and Solar Water Pumping Systems for Beginners
Course Highlights:
- Rating: 4.56 ⭐ (3306 reviews)
- Students Enrolled: 17914
- Course Length: 100587 hours
- Number of Lectures: 111
- Number of Quizzes: 0
Complete Solar Energy PV Design Course From Zero To Hero, has an average rating of 4.56, with 111 lectures, based on 3306 reviews, and has 17914 subscribers.
You will learn about Understand how PV cells work Learn the difference between parallel and series connection of PV cells Understand the advantages and disadvantages of PV cells Understand difference between solar cells, modules and arrays Learn about the different types of solar cells and their efficiency Understand the effect of temperature and insolation on power Learn about different methods of charge controllers Learn about half cell technology in PV system Understand the grid connected system , its components ,advantages and disadvantages Understand the off grid system , its components ,advantages and disadvantages Learn how to determine PV array maximum system voltage Understand the junction box Learn how to wire the junction box Learn how to size your PV system Learn how to determine power consumption demands Learn how to size the PV modules Learn how to size your inverter Understand how to size your battery Understand how to size your solar charge controller Learn how to size your MPPT charge controller Learn about protection of PV system Understand how to select fuses to protect strings Learn the protection of arrays Understand difference between 3 busbars and 5 busbars Select the AC busbar and DC Busbar Understand the Protection devices for Transformer Understand the Inverter Protection Learn the grounding of PV system and solar kit Understand the surge protection device Learn on grid system design by hand calculations. Understand how to design on grid system by PVsyst program. Understand how to design off grid system by PVsyst program. Design an off grid system Learn about construction and types of batteries Learn how to charge of Lead acid batteries and hydrometer usage Learn the maintenance of batteries and methods of charging Understand cycle of batteries Understand the importance of charge controller Select and understand datasheet of the panel How to select inverter Calculate PV energy according to area Understand shading and tilt angle Learn mounting of PV system This course is ideal for individuals who are Solar enthusiasts or Electrical power engineers or Mechanical engineers or Electrical and mechanical students or Anyone who wants to get knowledge about solar system or PV System or Complete beginners with zero solar experience or knowledge It is particularly useful for Solar enthusiasts or Electrical power engineers or Mechanical engineers or Electrical and mechanical students or Anyone who wants to get knowledge about solar system or PV System or Complete beginners with zero solar experience or knowledge.
Learn More About Complete Solar Energy PV Design Course From Zero To Hero
What You Will Learn
- Understand how PV cells work
- Learn the difference between parallel and series connection of PV cells
- Understand the advantages and disadvantages of PV cells
- Understand difference between solar cells, modules and arrays
- Learn about the different types of solar cells and their efficiency
- Understand the effect of temperature and insolation on power
- Learn about different methods of charge controllers
- Learn about half cell technology in PV system
- Understand the grid connected system , its components ,advantages and disadvantages
- Understand the off grid system , its components ,advantages and disadvantages
- Learn how to determine PV array maximum system voltage
- Understand the junction box
- Learn how to wire the junction box
- Learn how to size your PV system
- Learn how to determine power consumption demands
- Learn how to size the PV modules
- Learn how to size your inverter
- Understand how to size your battery
- Understand how to size your solar charge controller
- Learn how to size your MPPT charge controller
- Learn about protection of PV system
- Understand how to select fuses to protect strings
- Learn the protection of arrays
- Understand difference between 3 busbars and 5 busbars
- Select the AC busbar and DC Busbar
- Understand the Protection devices for Transformer
- Understand the Inverter Protection
- Learn the grounding of PV system and solar kit
- Understand the surge protection device
- Learn on grid system design by hand calculations.
- Understand how to design on grid system by PVsyst program.
- Understand how to design off grid system by PVsyst program.
- Design an off grid system
- Learn about construction and types of batteries
- Learn how to charge of Lead acid batteries and hydrometer usage
- Learn the maintenance of batteries and methods of charging
- Understand cycle of batteries
- Understand the importance of charge controller
- Select and understand datasheet of the panel
- How to select inverter
- Calculate PV energy according to area
- Understand shading and tilt angle
- Learn mounting of PV system
2. Renewable Energy Specialist: Solar, Wind, Hydrogen & CCS
Instructor: ProjectEngPro Engineering and Project Management
Master solar, wind, hydrogen, CCS, and batteries to excel in renewable energy careers and shape the future
Course Highlights:
- Rating: 4.88 ⭐ (8 reviews)
- Students Enrolled: 57
- Course Length: 65048 hours
- Number of Lectures: 118
- Number of Quizzes: 0
Renewable Energy Specialist: Solar, Wind, Hydrogen & CCS, has an average rating of 4.88, with 118 lectures, based on 8 reviews, and has 57 subscribers.
You will learn about Understand the principles of wind energy and how wind turbines generate power efficiently. Explore site selection, design, and economic factors in wind energy projects. Master hydrogen energy production methods, storage, and industrial applications. Learn about the role of hydrogen in transitioning to a clean energy future. Understand battery technologies, including chemistries, storage, and energy density. Explore battery applications in renewable energy and electric vehicles. Gain insights into emerging trends in renewable energy technologies. Learn to evaluate and compare renewable energy solutions for different industries. This course is ideal for individuals who are Engineers and technicians transitioning into renewable energy roles. or Energy professionals seeking expertise in wind, hydrogen, and battery systems. or Students and graduates pursuing careers in renewable energy industries. or Sustainability enthusiasts eager to understand clean energy technologies. or Project managers and consultants working on energy transition projects. or Anyone interested in gaining comprehensive knowledge of renewable energy. It is particularly useful for Engineers and technicians transitioning into renewable energy roles. or Energy professionals seeking expertise in wind, hydrogen, and battery systems. or Students and graduates pursuing careers in renewable energy industries. or Sustainability enthusiasts eager to understand clean energy technologies. or Project managers and consultants working on energy transition projects. or Anyone interested in gaining comprehensive knowledge of renewable energy.
Learn More About Renewable Energy Specialist: Solar, Wind, Hydrogen & CCS
What You Will Learn
- Understand the principles of wind energy and how wind turbines generate power efficiently.
- Explore site selection, design, and economic factors in wind energy projects.
- Master hydrogen energy production methods, storage, and industrial applications.
- Learn about the role of hydrogen in transitioning to a clean energy future.
- Understand battery technologies, including chemistries, storage, and energy density.
- Explore battery applications in renewable energy and electric vehicles.
- Gain insights into emerging trends in renewable energy technologies.
- Learn to evaluate and compare renewable energy solutions for different industries.
1. Renewable Energy from Beginner to Expert Taught by Scientist
Instructor: Dr. Börge Göbel
The complete course on carbon-neutral energy: PV Solar, Wind, Hydro, Geothermal, Bio, Nuclear fusion, Hydrogen & Storage
Course Highlights:
- Rating: 4.52 ⭐ (782 reviews)
- Students Enrolled: 7002
- Course Length: 37182 hours
- Number of Lectures: 105
- Number of Quizzes: 13
Renewable Energy from Beginner to Expert Taught by Scientist, has an average rating of 4.52, with 105 lectures, 13 quizzes, based on 782 reviews, and has 7002 subscribers.
You will learn about Understand how the different renewable energy technologies work Solar energy (photovoltaics), wind, hydro and water power, geothermal energy, bioenergy & biofuels Do calculations: How efficient are the different forms of renewable energy? Outlook into the future: Nuclear fusion energy & Energy storage technologies The basics: Energy as a quantity in physics, chemistry and biology For yourself: How can you use solar panels and heat pumps to save money and achieve a sustainable future Global picture: Determine what we need to satisfy our global energy demand See the bigger picture: All our energy comes from nuclear fusion in the sun. We only need to use a tiny fraction – 0.01% that arrives at earth is sufficient Understand carbon recycling and see that biofuels have effectively zero emissions This course is ideal for individuals who are This course is for everyone: Absolute beginners to advanced science students or Everyone who is interested in renewable energy or Everyone who is interested in science, especially physics & chemistry or Employees in real estate, electricity or gas companies or Everyone who wants to know how we can transition to a carbon-neutral and sustainable energy production as a society or Everyone who wants to know what you can do as an individual: Solar panels & Heat pumps It is particularly useful for This course is for everyone: Absolute beginners to advanced science students or Everyone who is interested in renewable energy or Everyone who is interested in science, especially physics & chemistry or Employees in real estate, electricity or gas companies or Everyone who wants to know how we can transition to a carbon-neutral and sustainable energy production as a society or Everyone who wants to know what you can do as an individual: Solar panels & Heat pumps.
Learn More About Renewable Energy from Beginner to Expert Taught by Scientist
What You Will Learn
- Understand how the different renewable energy technologies work
- Solar energy (photovoltaics), wind, hydro and water power, geothermal energy, bioenergy & biofuels
- Do calculations: How efficient are the different forms of renewable energy?
- Outlook into the future: Nuclear fusion energy & Energy storage technologies
- The basics: Energy as a quantity in physics, chemistry and biology
- For yourself: How can you use solar panels and heat pumps to save money and achieve a sustainable future
- Global picture: Determine what we need to satisfy our global energy demand
- See the bigger picture: All our energy comes from nuclear fusion in the sun. We only need to use a tiny fraction – 0.01% that arrives at earth is sufficient
- Understand carbon recycling and see that biofuels have effectively zero emissions
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