EXERM 4312 - Electricity and the Environment
1026867
Language of Delivery
English
Delivery Options
Online - Asynchronous
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Course Description
Explore the material relationship between electricity generation and the natural environment. Learn about the role of carbon dioxide in relation to the greenhouse effect and the impacts of different electricity generation forms on emissions. Discuss topics such as albedo effect and energy reflection, climate change feedback loops, climate policy frameworks, Canada¿s performance relative to Paris targets, and future trajectories.Who Should Take This Course?
Aimed at industry executives, environmental professionals, project managers, power producers and regulators, those working in government agencies, utility companies and energy agencies, as well as developers and investors interested in expanding their career or business with renewable energy.Learner Outcomes
By the end of this course, students should be able to:
- Describe the relationship between CO2 and temperature through the greenhouse effect.
- Define the albedo effect and outline its role in energy reflection.
- Outline the environmental impacts associated with different electricity generation technologies.
- Describe different policy tools used for Greenhouse Gas mitigation (including price-based instruments, command and control regulations, and technology support policies).
- Describe the principal characteristics of all major forms of energy storage.
- Outline the strengths and challenges of battery, thermal, compressed hydro, and compressed air energy storage systems.
- Outline the energy storage potential of Alberta.
- Describe some of the limitations and challenges to utility-scale energy storage.
- Describe the relationship between CO2 and temperature through the greenhouse effect.
- Define the albedo effect and outline its role in energy reflection.
- Outline the environmental impacts associated with different electricity generation technologies.
- Describe different policy tools used for Greenhouse Gas mitigation (including price-based instruments, command and control regulations, and technology support policies).
- Describe the principal characteristics of all major forms of energy storage.
- Outline the strengths and challenges of battery, thermal, compressed hydro, and compressed air energy storage systems.
- Outline the energy storage potential of Alberta. Describe some of the limitations and challenges to utility-scale energy storage.
Notes
Fully online asynchronous course.
This course applies to the Renewable Energy Technologies Certificate Program and Renewable Energy Essentials Series.
Credentialed by the Foundational Technologies Institute (FTI), an independent organization, to meet standards of quality, practicality, and alignment to business needs.
Assessment activities include discussions, assignments, and quizzes.
Recommendations
Students intending to complete a program are encouraged to apply as soon as possible to lock in their course requirements.Applies Towards the Following Programs
- Renewable Energy Essentials Series : Courses in the Series
- Renewable Energy Technologies Certificate : Core Courses
- Solar Energy Development and Design Series : Courses in the Series
- Wind Energy Development and Design Series : Courses in the Series
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