Biology for Future Presidents
On Air
Subject | Natural Science
Transitioning to a Decarbonized Energy System
- Solar Power
- Wind Power
- Decarbonization
- Electrification
- Smart Grid
This course examines energy sector decarbonization through renewable sources, with an emphasis on solar and wind power. We will study the underlying technologies and their role in global and national energy landscapes. The course will address the distinctive challenges of these renewable sources. We'll also explore the pivotal role of electrification in a comprehensive decarbonization strategy, understanding the current electric grid's operation and the need for an advanced grid to integrate substantial non-carbon energy inputs.
©Mie University. Last Update 2024-06-22
Content／学習内容
Staff／スタッフ
-
- Teacher
Kito KojiProfessor (Retired)Mie University Faculty of Biological Resourses -
- Teacher
Representative DirectorKumano Shindo
Competency／コンピテンシー
Part 1: Solar Energy Today and Tomorrow
Outcome: Students will be able to explain how solar energy works, how much of it is in use today, and the opportunities and challenges of this carbon-free, variable energy sources.
Part 2: Wind Energy Today and Tomorrow
Outcome: Students will be able the explain how wind energy works and the various locations wind turbine are being located (onshore, offshore, and floating), how much wind energy is in use today, and the potential for it in the future.
Part 3: Electricity, Electrification, and a Decarbonized Electric Power Grid
Outcome: Students will be able to explain the important role of electricity in decarbonizing the whole energy system. Students will also be able to explain how the electric power grid works today and a smarter grid is required to accommodate large amounts of non-carbon energy sources.
