This class is a possible elective for students on Maths-based degrees, as it does not conflict with compulsory Mathematics/STAMS classes.
Details are given in good faith, but this class and its code or timetable may be subject to change or cancellation.
For further information on this class please contact The Department of Mechanical Engineering (external link)
Core Details
| Semester | 1 |
|---|---|
| Credits | 10 |
Description
This class aims to impart an understanding of the basic principles and terminology which underpins conventional and renewable energy sources, the many conversion technologies and the related environmental issues.
Sources of energy: sun and earth. Concepts of renewability and sustainability. Patterns of use: historical, present-day and future projections. Influence of climate, level of industrial/economic development.
Environmental impact: pollution of air, sea and land. Energy conversion systems: fossil fuel and nuclear power plant; limits on thermal efficiency.
Renewable energy: sources and systems; scale and cost; environmental impact. Transport - alternative fuels, costs, efficiency and environmental impact. Built environment - heating/cooling, passive solar design, lighting, comfort, energy management and environmental impact.
Future projections: legislation, costs, technology, social changes.
Timetable
Wed 11 + Tutorials.