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PHOTOVOLTAIC SYSTEMS
Course delivery is a student-centered model that can integrate in-class instruction, online synchronous video sessions and asynchronous content delivery.
Microcreds overview
The goal of this module is to introduce the fundamentals of photovoltaic energy conversion from the design and operation of individual cells to the implementation of utility-scale grid-connected photovoltaic systems
What you'll learn
The solar resource; solar cell properties and design; photovoltaic (PV) modules; stand-alone PV System design; PV System components; grid-connected PV Systems; specific purpose PV applications; concentrator photovoltaics; solar tracking; monitoring and characterization; energy storage and recovery
Dr Morrison's work is internationally recognised in the field of photodetection and imaging. He is currently working on the design and development of intelligent lighting for applications in horticulture in collaboration with colleagues in the School of BEES at UCC. His other research interests include the design and development of novel Geiger-mode avalanche photodiodes (GM-APDs) and avalanche photodiodes (APDs) for single photon counting and low-light imaging applications. He has also been working on the development of next generation multijunction solar-cells for concentrated photovoltaic (CPV) applications and PV system design.
Requirements
- a Second Class Honours Grade 2 (or equivalent) in a primary honours degree (NFQ Level 8) in any discipline of Engineering OR
- a Second Class Honours Grade 2 (or equivalent) in a primary honours degree (NFQ Level 8) in areas of science that required having completed level 8 mathematical subjects deemed equivalent to those of engineering (e.g. Physics, Mathematical Sciences, pending assessment by Programme Director OR
- a pass in any accredited level 8 Engineering degree followed by professional experience deemed of sufficient added value, pending assessment by the Programme Director.
- A quota will be allocated to applicants who do not meet these entry requirements. These applicants will be considered under Recognition of Prior Learning and assessed on the following factors: Academic achievement; Prior Work Experience;Letter of Reference; Personal Statement
- On successful completion of this module, students should be able to:
- Describe and explain the operation of a variety of solar cell types
- Design a solar cell module
- Design a suitably sized PV system for a specific application
- Characterize the performance of a solar cell
- Analyse the performance of a PV system
- Select and design a battery storage system for a specific application
- Explain the concepts of photovoltaic energy conversion.
- The programme is assessed by continuous assessment
Got more questions?
If you have any questions about this Micro-credential, please contact by email: microcreds@ucc.ie