Fundamentals of Renewable Energy Engineering (5 days)
This extensive course covers all the fundamental concepts and operation of renewable energy generation systems that may be used in energy transition scenarios to achieve net zero targets. Topics include; introduction to renewable energy, hydro power, wind power (onshore and offshore), solar power (PV and CSP), bio-energy (biomass), alternative transportation energy storage technologies (batteries and hydrogen), geothermal energy, marine energy (tidal and wave) and carbon capture and storage (CCS). 5 days classroom equivalent course.
5 days classroom equivalent.
About this course
This extensive course covers all the fundamental concepts and operation of renewable energy generation systems that may be used in energy transition scenarios to achieve net zero targets. Topics include; introduction to renewable energy, hydro power, wind power (onshore and offshore), solar power (PV and CSP), bio-energy (biomass), alternative transportation energy storage technologies (batteries and hydrogen), geothermal energy, marine energy (tidal and wave) and carbon capture and storage (CCS). This course provides a solid and comprehensive foundation for all those wishing to learn more about renewable energy engineering practices. IChemE accredited course (35 CPD hours).
- 81Concept Videos
- 0Software Videos
- 9Quizzes
- 0Practical Exercises
- 1Exam
Learning Outcomes
On completion of this course you will be able to...
- 1Describe the principles of Energy Transition scenarios, their objectives and impact on electricity generation over the next 30 years
- 2Explain the key concepts of net zero targets, capacity (load) factors and the levelised cost of energy
- 3List the main types and characteristics of renewable energy sources and their advantages and disadvantages
- 4Explain the design, performance and operation of wind turbines and the key issues involved in wind farm development (onshore and offshore)
- 5Describe the principles of the design and operation of solar PV systems and how their performance is affected by solar irradiance and temperature
- 6Identify the key issues involved in energy storage and how developments in batteries and hydrogen technologies can be applied as an alternative energy source for transportation
- 7Describe the concepts and primary techniques involved in carbon capture and storage and the key barriers to implementation
Individual course with certificate
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Video library subjects
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All courses and video library
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*12 month subscription Single User
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Bespoke plans available
Significant discounts are available for multiple users and longer subscription periods. Flexible user plans are also available.
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