The aim of this module is to focus on solar photovoltaic systems. It will also enable students to have an insight into solar thermal applications, geothermal power, and hydro power. The successful candidate will also be familiar with current legislation associated with these renewable energy technologies.
This module complements the content of the module Renewable Energy Plant 1. On completion of this module the student will be familiar with photovoltaic energy technologies and be able to exercise appropriate judgement in the planning and design of photovoltaic installations. The module introduces and develops knowledge of the relevant electrical services that underpin the connection of electrical generators, in particular PV generators, to the national grid. The student will gain knowledge of the application of solar thermal resources and the utilization of ground source heat pumps in domestic and small commercial installations. The concepts and principles of geothermal and hydro power are also addressed.
Energy Storage:
Revision of energy storage systems
Solar Energy:
Solar energy resources: a general overview of solar resources and an analysis of the solar energy resources available at a particular site i.e. orientation, angle of inclination and the effect that this has on photovoltaic performance.
Photovoltaic array: design construction and operation of photovoltaic generation systems
Power and energy from solar photovoltaic arrays.
Plan and design of photovoltaic installations.
Building integrated photovoltaic installations
An overview of the operation of solar thermal systems.
Geothermal Installations:
Underground mapping of geothermal resources
Methods used to evaluate underground terrain.
Geothermal pumps and the coefficient of performance
Hydro Power:
Evaluation of a hydro resource in a given location.
Technologies associated with hydro power installations
Flow duration curves and sizing an electrical generator for a given hydro resource
Legislation:
Environmental legislation associated with solar, geothermal and hydro installations.
Environmental impact assessments
The module will be delivered by means of lectures, with some site visits where appropriate. Case studies will be used to support the theory in lectures.
Total Teaching Contact Hours
48
Total Self-Directed Learning Hours
52
| Module Content & Assessment | |
|---|---|
| Assessment Breakdown | % |
| Formal Examination | 50 |