Hydroelectric and Wind Projects: Engineering Insights

Welcome to "Hydroelectric and Wind Projects: Engineering Insights," a comprehensive course dissecting the engineering, economic, and modeling intricacies shaping the future of electricity generation.

This course begins by establishing Canada's central role as a global hydropower leader, before delving into sophisticated topics critical for modern energy infrastructure planning. We will explore the technical and economic realities driving monumental shifts in the energy landscape, particularly in a carbon-constrained world. Prepare to gain a deep technical and analytical understanding of the forces influencing infrastructure capability and capacity planning.

Key learning outcomes include:

• Understanding Canada's hydroelectric dominance and projected demand increases, including the scale of future capacity needs.
• Mastering Integrated Assessment Modeling with GCAM, distinguishing between exogenous and endogenous technology representation, and analyzing its impact on long-term energy forecasts.
• Examining the pervasive issue of megaproject cost overruns in hydropower and other complex technologies, and their profound effects on market share and overall electricity generation.
• Investigating strategic regional developments, such as the Churchill Falls expansion and Nova Scotia's immense offshore wind potential, and their role in national grid integration.
• Analyzing the complexities of electricity market redesign, including Alberta's Restructured Energy Market (REM), and understanding the shift towards state capitalism in energy infrastructure.
• Navigating the socio-political challenges influencing hydropower development, including environmental concerns, Indigenous rights, and the financial impact on ratepayers.
• Recognizing the critical infrastructure needs for high-load consumers like data centers and artificial intelligence, and the implications for energy sovereignty and global competitiveness.

By the end of this course, you will possess a robust framework for understanding the multifaceted challenges and opportunities in engineering and planning the next generation of hydroelectric and wind projects.