Best Renewable Energy Courses to Learn in December 2024
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. Power Sector Decarbonisation and Energy Transition
Instructor: Julia Mariasova
Climate change, CCUS, renewables, grid, energy storage, demand-side flexibility, biofuels, hydrogen, nuclear and mining
Course Highlights:
- Rating: 4.64 ⭐ (489 reviews)
- Students Enrolled: 1325
- Course Length: 9425 hours
- Number of Lectures: 31
- Number of Quizzes: 2
Power Sector Decarbonisation and Energy Transition, has an average rating of 4.64, with 31 lectures, 2 quizzes, based on 489 reviews, and has 1325 subscribers.
You will learn about Decarbonisation and challenges of energy transition, emerging new business models Introduction to Carbon Capture, Storage and Utilisation technologies Overview of the power sector, sources of energy and how this sector is adapting to energy transition Renewables, grid flexibility, long-duration energy storage solutions, hydrogen and bioenergy Role of nuclear power in energy transition Mining: Critical minerals for energy transition This course is ideal for individuals who are Leaders and managers who are interested in exploring the general technical and geopolitical issues around the concept of energy transition and decarbonisation, and find the ways to contribute to GHG reductions or Government officials who are tasked with the development or execution of net-zero/decarbonisation policies and initiatives or Management consultants who are considering transition to climate change advisory or Financial services professionals and asset owners who are interested in decarbonisation of their portfolios of assets or Technical professionals who want to get broader understanding of climate change and their role in transitioning to net-zero or Innovators and inventors looking for inspiration to come up with solutions to complex climate change problems or Students who are starting to learn about electrical networks, electrical engineering or smart grids or Anyone who wants to be fluent in talking about climate change, and be comfortable with terms and acronyms such as renewables, grid flexibility, smart grids, sector coupling, energy storage, LDES, hydrogen, CCUS, nuclear fission and nuclear fusion, SMRs, etc. or Anyone who wish to engage with the challenges and potential solutions to sustainability and climate change It is particularly useful for Leaders and managers who are interested in exploring the general technical and geopolitical issues around the concept of energy transition and decarbonisation, and find the ways to contribute to GHG reductions or Government officials who are tasked with the development or execution of net-zero/decarbonisation policies and initiatives or Management consultants who are considering transition to climate change advisory or Financial services professionals and asset owners who are interested in decarbonisation of their portfolios of assets or Technical professionals who want to get broader understanding of climate change and their role in transitioning to net-zero or Innovators and inventors looking for inspiration to come up with solutions to complex climate change problems or Students who are starting to learn about electrical networks, electrical engineering or smart grids or Anyone who wants to be fluent in talking about climate change, and be comfortable with terms and acronyms such as renewables, grid flexibility, smart grids, sector coupling, energy storage, LDES, hydrogen, CCUS, nuclear fission and nuclear fusion, SMRs, etc. or Anyone who wish to engage with the challenges and potential solutions to sustainability and climate change.
Learn More About Power Sector Decarbonisation and Energy Transition
What You Will Learn
- Decarbonisation and challenges of energy transition, emerging new business models
- Introduction to Carbon Capture, Storage and Utilisation technologies
- Overview of the power sector, sources of energy and how this sector is adapting to energy transition
- Renewables, grid flexibility, long-duration energy storage solutions, hydrogen and bioenergy
- Role of nuclear power in energy transition
- Mining: Critical minerals for energy transition
9. Financial Modeling for Renewable Energy M&A
Instructor: Greg Ahuy
Learn about M&A analysis, accounting, due diligence, deal structuring and financial modeling for renewable energy sector
Course Highlights:
- Rating: 4.54 ⭐ (12 reviews)
- Students Enrolled: 67
- Course Length: 57358 hours
- Number of Lectures: 134
- Number of Quizzes: 3
Financial Modeling for Renewable Energy M&A, has an average rating of 4.54, with 134 lectures, 3 quizzes, based on 12 reviews, and has 67 subscribers.
You will learn about Building a financial model from scratch in excel for M&A deals (both short and long forms); M&A transaction analysis, accounting, structuring and due diligence for renewable energy sector; Creating best practice macro’s and Excel VBA codes to break circularities; Sizing debt based on multiple covenants for renewable energy acquisition financing; Building in the acquisition capital structure with the appropriate adjustments for the combined entity's balance sheet; Creating three-way financial statements and understanding the core accounting concepts that ensure we have a balancing balance sheet; Integrating synergy, EPS accretion / dilution, internal rate of returns and NPV analysis in the model; Building summary worksheet to provide meaningful analysis to present to key stakeholders; Advanced modeling and accounting concepts (flexible timing, stub period adjustment, multiple debt tranches, goodwill analysis etc.); 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 Financial Modeling for Renewable Energy M&A
What You Will Learn
- Building a financial model from scratch in excel for M&A deals (both short and long forms);
- M&A transaction analysis, accounting, structuring and due diligence for renewable energy sector;
- Creating best practice macro’s and Excel VBA codes to break circularities;
- Sizing debt based on multiple covenants for renewable energy acquisition financing;
- Building in the acquisition capital structure with the appropriate adjustments for the combined entity's balance sheet;
- Creating three-way financial statements and understanding the core accounting concepts that ensure we have a balancing balance sheet;
- Integrating synergy, EPS accretion / dilution, internal rate of returns and NPV analysis in the model;
- Building summary worksheet to provide meaningful analysis to present to key stakeholders;
- Advanced modeling and accounting concepts (flexible timing, stub period adjustment, multiple debt tranches, goodwill analysis etc.);
8. Renewable Energy – What is it and do we need it?
Instructor: Richard Boothman
An introduction to renewable energy technologies and related issues, including energy efficiency.
Course Highlights:
- Rating: 5 ⭐ (1 reviews)
- Students Enrolled: 4
- Course Length: 6038 hours
- Number of Lectures: 11
- Number of Quizzes: 1
Renewable Energy – What is it and do we need it?, has an average rating of 5, with 11 lectures, 1 quizzes, based on 1 reviews, and has 4 subscribers.
You will learn about Understand what we mean by renewable energy. Understand why we need renewable energy now. Recognise how renewable energy can contribute to a low carbon future. Be able to identify the energy technologies which are renewable. Make informed decisions about the opportunities presented by renewable energy technologies. This course is ideal for individuals who are Learners who are curious about renewable energy and what it means. or Learners who want to understand whether we need renewable energy, now or in the future. It is particularly useful for Learners who are curious about renewable energy and what it means. or Learners who want to understand whether we need renewable energy, now or in the future.
Learn More About Renewable Energy – What is it and do we need it?
What You Will Learn
- Understand what we mean by renewable energy.
- Understand why we need renewable energy now.
- Recognise how renewable energy can contribute to a low carbon future.
- Be able to identify the energy technologies which are renewable.
- Make informed decisions about the opportunities presented by renewable energy technologies.
7. Design Your Own Off-Grid Solar System: A Step-by-Step Guide
Instructor: Jesse Gorter, Energy Engineer
From Beginner to Pro: Design, Install, and Maintain Your Off-Grid Solar System
Course Highlights:
- Rating: 4.54 ⭐ (1290 reviews)
- Students Enrolled: 4291
- Course Length: 10311 hours
- Number of Lectures: 73
- Number of Quizzes: 63
Design Your Own Off-Grid Solar System: A Step-by-Step Guide, has an average rating of 4.54, with 73 lectures, 63 quizzes, based on 1290 reviews, and has 4291 subscribers.
You will learn about How to determine your energy needs and size a solar panel system Choosing the right battery type (lead-acid, lithium-ion, AGM) for off-grid systems Step-by-step installation guides for rooftop and ground-mounted systems The vital COMPONENTS in an off grid energy systems The correct DESIGN principles of energy systems The truth behind INVERTER GENERATORS and what their advantages actually are The reality of LITHIUM ION batteries versus the conventional lead acid batteries The actual performance of the different SOLAR CHARGERS and their pro's and con's The newest INVERTER technologies available and how they are wired into your system A clear understanding of the different types of BATTERIES and which option is the best for your system How a SOLAR PANEL actually works, and how to get the highest power output The differences between the different TECHNOLOGIES available on the market The basic principles on how ELECTRICITY works The true functioning of ALTERNATORS and how their performance can be improved The reasons behind POWER FLUCTUATIONS and how to mitigate their harmful effects A true understanding of FUSES & BREAKERS and how they should protect your system The reasons behind VOLTAGE DROP and how it really relates to wiring sizes This course is ideal for individuals who are NOVICES who want to explore how to be self-sufficient in their energy needs or SYSTEM OWNERS who intend to upgrade their off grid energy system[s] or RV OWNERS who are planning to install a new energy system in their RV or upgrade the existing system or OFF GRID ENTHOUSIASTS who want to polish their understanding of energy systems and how to operate & configure the systems or COTTAGE OWNERS who current are without an energy system or are planning to upgrade their existing energy system or STUDENTS who want to have access to a compact and concise source of information on off grid energy systems or BOAT OWNERS who are planning to install a new energy system in their vessel or upgrade the existing system It is particularly useful for NOVICES who want to explore how to be self-sufficient in their energy needs or SYSTEM OWNERS who intend to upgrade their off grid energy system[s] or RV OWNERS who are planning to install a new energy system in their RV or upgrade the existing system or OFF GRID ENTHOUSIASTS who want to polish their understanding of energy systems and how to operate & configure the systems or COTTAGE OWNERS who current are without an energy system or are planning to upgrade their existing energy system or STUDENTS who want to have access to a compact and concise source of information on off grid energy systems or BOAT OWNERS who are planning to install a new energy system in their vessel or upgrade the existing system.
Learn More About Design Your Own Off-Grid Solar System: A Step-by-Step Guide
What You Will Learn
- How to determine your energy needs and size a solar panel system
- Choosing the right battery type (lead-acid, lithium-ion, AGM) for off-grid systems
- Step-by-step installation guides for rooftop and ground-mounted systems
- The vital COMPONENTS in an off grid energy systems
- The correct DESIGN principles of energy systems
- The truth behind INVERTER GENERATORS and what their advantages actually are
- The reality of LITHIUM ION batteries versus the conventional lead acid batteries
- The actual performance of the different SOLAR CHARGERS and their pro's and con's
- The newest INVERTER technologies available and how they are wired into your system
- A clear understanding of the different types of BATTERIES and which option is the best for your system
- How a SOLAR PANEL actually works, and how to get the highest power output
- The differences between the different TECHNOLOGIES available on the market
- The basic principles on how ELECTRICITY works
- The true functioning of ALTERNATORS and how their performance can be improved
- The reasons behind POWER FLUCTUATIONS and how to mitigate their harmful effects
- A true understanding of FUSES & BREAKERS and how they should protect your system
- The reasons behind VOLTAGE DROP and how it really relates to wiring sizes
6. Advanced Financial Modeling for Renewable Energy – ( US )
Instructor: Greg Ahuy
Tax Equity Flip Structure
Course Highlights:
- Rating: 4.64 ⭐ (47 reviews)
- Students Enrolled: 217
- 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 47 reviews, and has 217 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;
5. Project Finance Modeling for Renewable Energy
Instructor: Greg Ahuy
Learn Financial Modeling for wind and solar projects
Course Highlights:
- Rating: 4.58 ⭐ (540 reviews)
- Students Enrolled: 1556
- Course Length: 56967 hours
- Number of Lectures: 117
- Number of Quizzes: 4
Project Finance Modeling for Renewable Energy, has an average rating of 4.58, with 117 lectures, 4 quizzes, based on 540 reviews, and has 1556 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.
4. 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: 4.65 ⭐ (904 reviews)
- Students Enrolled: 4374
- Course Length: 54337 hours
- Number of Lectures: 77
- Number of Quizzes: 4
Advanced Renewable Energy Financial Modeling, has an average rating of 4.65, with 77 lectures, 4 quizzes, based on 904 reviews, and has 4374 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
3. Renewable Energy Specialist: Wind, Hydrogen & Batteries
Instructor: ProjectEngPro Engineering and Project Management
Master wind, hydrogen, and battery systems to excel in the growing renewable energy field and drive sustainability.
Course Highlights:
- Rating: 5 ⭐ (4 reviews)
- Students Enrolled: 7
- Course Length: 30259 hours
- Number of Lectures: 63
- Number of Quizzes: 0
Renewable Energy Specialist: Wind, Hydrogen & Batteries, has an average rating of 5, with 63 lectures, based on 4 reviews, and has 7 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: Wind, Hydrogen & Batteries
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.
2. Energy Storage Technologies – From Chemistry to Engineering
Instructor: Sebastian Weiss
A Comprehensive Look into the Chemistry, Economics and Engineering of Renewable Energy Storage
Course Highlights:
- Rating: 4.55 ⭐ (220 reviews)
- Students Enrolled: 1441
- Course Length: 35616 hours
- Number of Lectures: 93
- Number of Quizzes: 0
Energy Storage Technologies – From Chemistry to Engineering, has an average rating of 4.55, with 93 lectures, based on 220 reviews, and has 1441 subscribers.
You will learn about Principles of energy storage technologies Chemical, physical, engineering and economic aspects of energy storage Electrical energy storage necessities and definitions In-depth understanding of selected storage technologies Electrochemical Energy Storage – Battery technology Chemical Energy Storage – (Green) production of chemical fuels Mechanical Storage – Gas, liquid, solid storage methods Thermal Storage – Sensible, latent, thermochemical technologies This course is ideal for individuals who are Anyone who is interested in basic principles of Energy Storage or Anyone who wants to gain a broader understanding of chemical, physical, engineering and economic aspects of the Energy Storage Industry or Anyone who is interested in Renewable Energies or Anyone who aims to review and broaden their knowledge in material engineering and chemistry It is particularly useful for Anyone who is interested in basic principles of Energy Storage or Anyone who wants to gain a broader understanding of chemical, physical, engineering and economic aspects of the Energy Storage Industry or Anyone who is interested in Renewable Energies or Anyone who aims to review and broaden their knowledge in material engineering and chemistry.
Learn More About Energy Storage Technologies – From Chemistry to Engineering
What You Will Learn
- Principles of energy storage technologies
- Chemical, physical, engineering and economic aspects of energy storage
- Electrical energy storage necessities and definitions
- In-depth understanding of selected storage technologies
- Electrochemical Energy Storage – Battery technology
- Chemical Energy Storage – (Green) production of chemical fuels
- Mechanical Storage – Gas, liquid, solid storage methods
- Thermal Storage – Sensible, latent, thermochemical technologies
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: 4.58 ⭐ (707 reviews)
- Students Enrolled: 6494
- 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 4.58, with 105 lectures, 13 quizzes, based on 707 reviews, and has 6494 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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