Top 10 Renewable Energy Courses to Learn in November 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. 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.
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: 4.55 ⭐ (12 reviews)
- Students Enrolled: 64
- Course Length: 57358 hours
- Number of Lectures: 134
- Number of Quizzes: 3
Financial Modeling for Renewable Energy M&A, has an average rating of 4.55, with 134 lectures, 3 quizzes, based on 12 reviews, and has 64 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. Advanced Financial Modeling for Renewable Energy – ( US )
Instructor: Greg Ahuy
Tax Equity Flip Structure
Course Highlights:
- Rating: 4.8 ⭐ (45 reviews)
- Students Enrolled: 209
- Course Length: 51803 hours
- Number of Lectures: 129
- Number of Quizzes: 9
Advanced Financial Modeling for Renewable Energy – ( US ), has an average rating of 4.8, with 129 lectures, 9 quizzes, based on 45 reviews, and has 209 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;
7. 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: 4.62 ⭐ (850 reviews)
- Students Enrolled: 4136
- Course Length: 54337 hours
- Number of Lectures: 77
- Number of Quizzes: 4
Advanced Renewable Energy Financial Modeling, has an average rating of 4.62, with 77 lectures, 4 quizzes, based on 850 reviews, and has 4136 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
6. Renewable Power Purchase Agreements (PPA)
Instructor: Sean Cleary
Understand one of the key aspects of the Renewables Industry – Renewable Power Purchase Agreements.
Course Highlights:
- Rating: 4.48 ⭐ (168 reviews)
- Students Enrolled: 703
- Course Length: 9549 hours
- Number of Lectures: 25
- Number of Quizzes: 4
Renewable Power Purchase Agreements (PPA), has an average rating of 4.48, with 25 lectures, 4 quizzes, based on 168 reviews, and has 703 subscribers.
You will learn about What Renewable PPA's are and why they are used Different types of Renewable PPA The structure of a Renewable PPA The Legal Terms used in a Renewable PPA The Risks of a Renewable PPA Who the main market players are This course is ideal for individuals who are Energy Industry or Renewable Energy or Business or Finance or Renewable Finance It is particularly useful for Energy Industry or Renewable Energy or Business or Finance or Renewable Finance.
Learn More About Renewable Power Purchase Agreements (PPA)
What You Will Learn
- What Renewable PPA's are and why they are used
- Different types of Renewable PPA
- The structure of a Renewable PPA
- The Legal Terms used in a Renewable PPA
- The Risks of a Renewable PPA
- Who the main market players are
5. Wind Energy Fundamentals: Renewable Energy Power Course
Instructor: Mike L
Learn all about the practical industry knowledge of Wind Turbines and the Wind Energy Industry with this course!
Course Highlights:
- Rating: 4.6 ⭐ (196 reviews)
- Students Enrolled: 8169
- Course Length: 9688 hours
- Number of Lectures: 15
- Number of Quizzes: 0
Wind Energy Fundamentals: Renewable Energy Power Course, has an average rating of 4.6, with 15 lectures, based on 196 reviews, and has 8169 subscribers.
You will learn about Understanding wind: We will be looking at the fundamentals of wind assessment Wind turbine design: We will look at each of the components within the wind turbine in great detail and let you know what makes good design Siting: We will go through the general rules of the siting process Reliability: We will look at how to determine the reliability and condition monitoring of wind turbines Cost Assessment: How to Justify the Wind Farm Investment Project Flow: What is the overall blueprint of a wind farm project? Careers: What are the careers in the wind energy industry? This course is ideal for individuals who are Professionals who are interested working in the Wind Industry (Not just engineers!) or People who just got a job in the wind industry and look for ways to get foundation knowledge or Students who are interested in the wind energy industry. It is particularly useful for Professionals who are interested working in the Wind Industry (Not just engineers!) or People who just got a job in the wind industry and look for ways to get foundation knowledge or Students who are interested in the wind energy industry.
Learn More About Wind Energy Fundamentals: Renewable Energy Power Course
What You Will Learn
- Understanding wind: We will be looking at the fundamentals of wind assessment
- Wind turbine design: We will look at each of the components within the wind turbine in great detail and let you know what makes good design
- Siting: We will go through the general rules of the siting process
- Reliability: We will look at how to determine the reliability and condition monitoring of wind turbines
- Cost Assessment: How to Justify the Wind Farm Investment
- Project Flow: What is the overall blueprint of a wind farm project?
- Careers: What are the careers in the wind energy industry?
4. Introduction to Renewable Energy & Sustainable Development
Instructor: OSS Academy
Your Guide for Sustainable Learnings
Course Highlights:
- Rating: 5 ⭐ (1 reviews)
- Students Enrolled: 9
- Course Length: 9736 hours
- Number of Lectures: 48
- Number of Quizzes: 0
Introduction to Renewable Energy & Sustainable Development, has an average rating of 5, with 48 lectures, based on 1 reviews, and has 9 subscribers.
You will learn about What is renewable Energy? Forms of Solar Energy Types of Solar Radiation Global Solar Potential Map How Solar Cell Works How Solar System Works Solar Farms Cumulative Global Solar PV Installations in GW Cumulative Installed PV Power in GW (Region wise) Global Solar PV Panel Market Solar PV Power Market Size Solar Thermal Energy Solar Thermal Collectors Cumulative Capacity of Solar Thermal Energy Worldwide Concentrated Solar Power Market Size Wind Power Plant Working Wind Turbine Cumulative installed capacity of wind power worldwide in 2021, by country(in megawatts) Wind Energy Market Size Geo Thermal Energy Working of Geo Thermal Power Plant Installed capacity of Geothermal Countries Global geothermal power (Installed Capacity Vs Global Potential) Average installed cost for geothermal energy worldwide Geothermal Power Market Size Hydro Power Working of Hydro power Hydro Power Install Capacity Hydro Power Market Size Tidal Energy How tidal Power Plant Works Wave Energy Working of Wave Energy Wave and Tidal Energy Market Size Installed capacity of Wave Energy Plants Bio Mass Energy Types of Biomass WOOD AND AGRICULTURAL PRODUCTS used in Boilers Incineration of Biomass Gasification of Biomass Biogas Generation of Biomass Ethanol Generation Biodiesel Generation List of countries by electricity generation from biomass energy sources Biomass Energy Use in Residential and Industrial Purpose (EJ) Biomass based Plant Installed Capacity Region wise Bioenergy Market Size World Coal Reserves Leading hard coal producing countries worldwide in 2021 (MMT) Global Coal Production (Region wise) World Oil Reserves World's Biggest oil Producers Share of World Oil Supply Natural Gas Reserves Leading Countries based on Natural Gas Production in 2020 Status of Nuclear Power at World wide World Uranium Mining Production in 2021 World % electricity generation by fuel, 1971-2019 Global Fossil Fuel Consumption in TWh Years of fossil fuel reserves left Sustainable Development How Renewable energy technologies contribution to sustainable development Details of 17 Sustainable Development Goals What Action we can take to achieve the Sustainable Development Goals End poverty in all its forms everywhere End hunger, achieve food security & improved nutrition and promote Growth Ensure healthy lives and promote well-being for all at all ages Ensure inclusive and equitable quality education and promote lifelong learning Achieve gender equality and empower all women and girls Ensure availability and sustainable management of water and sanitation for all Ensure access to affordable, reliable, sustainable and modern energy for all Promote sustained, inclusive and sustainable economic growth Build resilient infrastructure,promote inclusive & sustainable industrialization Reduce inequality within and among countries Make cities and human settlements inclusive, safe, resilient and sustainable Ensure sustainable consumption and production patterns Take urgent action to combat climate change and its impacts Conserve and sustainably use the oceans, sea and marine resources Protect, restore and promote sustainable use of ecosystems & Biodiversity Promote peaceful and inclusive societies for sustainable development Strengthen the means of implementation and revitalize the Global Partnership This course is ideal for individuals who are Beginners who wants to learn about Renewable Energy & Sustainable Development or Students or Consultants It is particularly useful for Beginners who wants to learn about Renewable Energy & Sustainable Development or Students or Consultants.
Learn More About Introduction to Renewable Energy & Sustainable Development
What You Will Learn
- What is renewable Energy?
- Forms of Solar Energy
- Types of Solar Radiation
- Global Solar Potential Map
- How Solar Cell Works
- How Solar System Works
- Solar Farms
- Cumulative Global Solar PV Installations in GW
- Cumulative Installed PV Power in GW (Region wise)
- Global Solar PV Panel Market
- Solar PV Power Market Size
- Solar Thermal Energy
- Solar Thermal Collectors
- Cumulative Capacity of Solar Thermal Energy Worldwide
- Concentrated Solar Power Market Size
- Wind Power Plant
- Working Wind Turbine
- Cumulative installed capacity of wind power worldwide in 2021, by country(in megawatts)
- Wind Energy Market Size
- Geo Thermal Energy
- Working of Geo Thermal Power Plant
- Installed capacity of Geothermal Countries
- Global geothermal power (Installed Capacity Vs Global Potential)
- Average installed cost for geothermal energy worldwide
- Geothermal Power Market Size
- Hydro Power
- Working of Hydro power
- Hydro Power Install Capacity
- Hydro Power Market Size
- Tidal Energy
- How tidal Power Plant Works
- Wave Energy
- Working of Wave Energy
- Wave and Tidal Energy Market Size
- Installed capacity of Wave Energy Plants
- Bio Mass Energy
- Types of Biomass
- WOOD AND AGRICULTURAL PRODUCTS used in Boilers
- Incineration of Biomass
- Gasification of Biomass
- Biogas Generation of Biomass
- Ethanol Generation
- Biodiesel Generation
- List of countries by electricity generation from biomass energy sources
- Biomass Energy Use in Residential and Industrial Purpose (EJ)
- Biomass based Plant Installed Capacity Region wise
- Bioenergy Market Size
- World Coal Reserves
- Leading hard coal producing countries worldwide in 2021 (MMT)
- Global Coal Production (Region wise)
- World Oil Reserves
- World's Biggest oil Producers
- Share of World Oil Supply
- Natural Gas Reserves
- Leading Countries based on Natural Gas Production in 2020
- Status of Nuclear Power at World wide
- World Uranium Mining Production in 2021
- World % electricity generation by fuel, 1971-2019
- Global Fossil Fuel Consumption in TWh
- Years of fossil fuel reserves left
- Sustainable Development
- How Renewable energy technologies contribution to sustainable development
- Details of 17 Sustainable Development Goals
- What Action we can take to achieve the Sustainable Development Goals
- End poverty in all its forms everywhere
- End hunger, achieve food security & improved nutrition and promote Growth
- Ensure healthy lives and promote well-being for all at all ages
- Ensure inclusive and equitable quality education and promote lifelong learning
- Achieve gender equality and empower all women and girls
- Ensure availability and sustainable management of water and sanitation for all
- Ensure access to affordable, reliable, sustainable and modern energy for all
- Promote sustained, inclusive and sustainable economic growth
- Build resilient infrastructure,promote inclusive & sustainable industrialization
- Reduce inequality within and among countries
- Make cities and human settlements inclusive, safe, resilient and sustainable
- Ensure sustainable consumption and production patterns
- Take urgent action to combat climate change and its impacts
- Conserve and sustainably use the oceans, sea and marine resources
- Protect, restore and promote sustainable use of ecosystems & Biodiversity
- Promote peaceful and inclusive societies for sustainable development
- Strengthen the means of implementation and revitalize the Global Partnership
3. Renewable Energy and Sustainable Development
Instructor: Telly Frias Jr
Environmental Issues
Course Highlights:
- Rating: 4.56 ⭐ (1194 reviews)
- Students Enrolled: 3411
- Course Length: 7386 hours
- Number of Lectures: 33
- Number of Quizzes: 7
Renewable Energy and Sustainable Development, has an average rating of 4.56, with 33 lectures, 7 quizzes, based on 1194 reviews, and has 3411 subscribers.
You will learn about Renewable Energy Sustainable Development Environmental Policy Humanities Science This course is ideal for individuals who are Environmental Policy or Humanitarian Relief or Humanities It is particularly useful for Environmental Policy or Humanitarian Relief or Humanities.
Learn More About Renewable Energy and Sustainable Development
What You Will Learn
- Renewable Energy
- Sustainable Development
- Environmental Policy
- Humanities
- Science
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: 4.62 ⭐ (201 reviews)
- Students Enrolled: 1334
- Course Length: 35616 hours
- Number of Lectures: 93
- Number of Quizzes: 0
Energy Storage Technologies – From Chemistry to Engineering, has an average rating of 4.62, with 93 lectures, based on 201 reviews, and has 1334 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. Ultimate Renewable Energy Course for Complete Beginners
Instructor: Engr. Ahmed Mahdy
Learn about renewable energy like solar, wind, wave, hydro, geothermal, and electric vehicles for complete beginners
Course Highlights:
- Rating: 4.65 ⭐ (19 reviews)
- Students Enrolled: 201
- Course Length: 67828 hours
- Number of Lectures: 83
- Number of Quizzes: 0
Ultimate Renewable Energy Course for Complete Beginners, has an average rating of 4.65, with 83 lectures, based on 19 reviews, and has 201 subscribers.
You will learn about Understand how PV cells work Learn the difference between parallel and series connection of PV cells Understand difference between solar cells, modules and arrays Learn about types methods of charge controllers Learn about half cell technology in PV system Learn how to determine PV array maximum system voltage Understand the junction box Learn how to wire the junction box Learn mounting of PV system Understand shading and tilt angle Types of wind turbines Rotor solidity and selection of number of rotor blades Power extracted by the turbine from the wind Betz limit and maximum rotor efficiency Factors affecting wind speed and density Applied force on the wind turbine, torque coefficient, and the importance of the TSR Wind turbine generator characteristics Effect of rotor diameter and generator size on power Wind turbines spacing Tubular steel wind turbine tower Lattice wind turbine tower Concrete wind turbine tower Hybrid wind turbine tower Wave space, time, and height properties Sea wave equation Wave packet Wave particles motion Dispersion relation of different sea waves Shoaling effect in sea waves Wave buoy measurements and computation of sea parameters Types of wave energy conversion systems Pelamis wave energy converter Overview, types, and projects of Pelamis wave energy converter Aquabuoy and the Aegir dynamo wave energy converters Overview, types, and projects of AquaBuoy wave energy converter Wave dragon and oscillating column wave energy converters Overview, types, and projects of wave dragon Overview, types, and projects of OWC AWS or Archimedes wave swing Overview, types, and projects of AWS Oyster wave energy converter Types, projects, and design enhancement of an Oyster Steps of a feasibility study in a wave energy resource Example of a feasibility study in Spain Geothermal power plant and its types Hydroelectric power plant and its types Hydraulic head in hydroelectric power plants The definition of an electric vehicle Types of electric vehicles Battery electric vehicles (BEVs) Plug-in hybrid electric vehicles (PHEVs) Hybrid electric vehicles (HEVs) The history of electric vehicles Major components of electric vehicles The battery technology adopted Types of electric motors in electric vehicles including AC and DC The charging infrastructure The definition of range and range anxiety The environmental impact of EVs This course is ideal for individuals who are Anyone who wants to get knowledge about the renewable energy sector or Anyone who wants to get knowledge about the electric vehicles or Electrical engineering students or Electrical engineers or Mechanical engineers or Renewable engineers It is particularly useful for Anyone who wants to get knowledge about the renewable energy sector or Anyone who wants to get knowledge about the electric vehicles or Electrical engineering students or Electrical engineers or Mechanical engineers or Renewable engineers.
Learn More About Ultimate Renewable Energy Course for Complete Beginners
What You Will Learn
- Understand how PV cells work
- Learn the difference between parallel and series connection of PV cells
- Understand difference between solar cells, modules and arrays
- Learn about types methods of charge controllers
- Learn about half cell technology in PV system
- Learn how to determine PV array maximum system voltage
- Understand the junction box
- Learn how to wire the junction box
- Learn mounting of PV system
- Understand shading and tilt angle
- Types of wind turbines
- Rotor solidity and selection of number of rotor blades
- Power extracted by the turbine from the wind
- Betz limit and maximum rotor efficiency
- Factors affecting wind speed and density
- Applied force on the wind turbine, torque coefficient, and the importance of the TSR
- Wind turbine generator characteristics
- Effect of rotor diameter and generator size on power
- Wind turbines spacing
- Tubular steel wind turbine tower
- Lattice wind turbine tower
- Concrete wind turbine tower
- Hybrid wind turbine tower
- Wave space, time, and height properties
- Sea wave equation
- Wave packet
- Wave particles motion
- Dispersion relation of different sea waves
- Shoaling effect in sea waves
- Wave buoy measurements and computation of sea parameters
- Types of wave energy conversion systems
- Pelamis wave energy converter
- Overview, types, and projects of Pelamis wave energy converter
- Aquabuoy and the Aegir dynamo wave energy converters
- Overview, types, and projects of AquaBuoy wave energy converter
- Wave dragon and oscillating column wave energy converters
- Overview, types, and projects of wave dragon
- Overview, types, and projects of OWC
- AWS or Archimedes wave swing
- Overview, types, and projects of AWS
- Oyster wave energy converter
- Types, projects, and design enhancement of an Oyster
- Steps of a feasibility study in a wave energy resource
- Example of a feasibility study in Spain
- Geothermal power plant and its types
- Hydroelectric power plant and its types
- Hydraulic head in hydroelectric power plants
- The definition of an electric vehicle
- Types of electric vehicles
- Battery electric vehicles (BEVs)
- Plug-in hybrid electric vehicles (PHEVs)
- Hybrid electric vehicles (HEVs)
- The history of electric vehicles
- Major components of electric vehicles
- The battery technology adopted
- Types of electric motors in electric vehicles including AC and DC
- The charging infrastructure
- The definition of range and range anxiety
- The environmental impact of EVs
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