An introduction to the global energy transition, its drivers, economics, and key policy milestones.
Trace the 150-year fossil fuel era and quantify the economic case for the energy transition
Explain photovoltaic grid integration, the duck-curve challenge, and MPPT algorithms
Describe wind turbine aerodynamics, the Betz limit, and pumped-storage hydropower
Compare grid-scale energy storage technologies and their grid service applications
Identify green hydrogen production pathways and hard-to-abate industrial use cases
Apply demand-side management and demand response strategies to high-renewable grids
Articulate the technology, finance, and just-transition requirements of a credible net-zero pathway
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"DRIVING SUSTAINABLE ENGINEERING AND PROGRESS."