| Code | NE6204 |
|---|---|
| Duration | 15 weeks |
| Teaching Mode | Part-Time. See Additional Teaching Mode Information for more info. |
| NFQ Level | Level 9 |
| Fees | €1,000 - HCI Subsidy initiative See Fees and Costs for full details. |
| Closing Date | 28/08/2024 |
| Venue | Blended delivery |
| Credits | 5 |
| Start Date | Proposed Date: 09/09/2024 |
Outline
Are you passionate about sustainable energy and eager to make a positive impact? UCC offers a suite of postgraduate options for STEM graduates wishing to upskill or reskill - including some funded through the Human Capital Initiative (HCI).
Join us for a special information webinar on 26 June at 1pm to meet our staff and get all your questions answered. Don’t miss out on this incredible opportunity to shape a greener future!
Click here to join the webinar: https://forms.office.com/e/A4frynmS4d
Module Goal
-
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.
Module Content
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.
Additional Teaching Mode Information
- 24 x 1Hrs Lectures
- 2 x 2Hrs Tutorials
Practicalities
Total marks: 100
-
Written examination: 70 marks
- Continuous assessment: 30 marks - groupwork - 2 x problem based learning design exercises
Why Choose
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.
Skills and Careers Information
Learning Pathway:
Students completing this Micro Credential gain 5 credits exemption from the PG Cert in Offshore Renewable Energy.
Read more about that programme here PG Cert Offshore Renewable Energy
Requirements
Applicants must have:
- 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, some Computing Science degrees), 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
Fees and Costs
The HCI Pillar 3 Micro-credential Learner Fee Subsidy has been introduced to enable more learners to address critical skills gaps and engage with lifelong learning.
The fee for this micro-credential is €1,000 but applicants who meet the subsidy requirements can attend this micro-credential for €200.
Check your eligibility on the HEA Website
How To Apply
Please select the following options during your online application (once you have created your profile)
Start a new Micro-credentials application by selecting as below
In the application level tab select the options below and then select the programme/module you'd like to apply for
