Overview
This short course provides nationally accredited training for electricians in the design and installation of grid-connected PV systems.
Studying the Design and Install Grid Connect PV Systems at Holmesglen
The course is delivered by Holmesglen’s Renewable Energy Centre of Excellence - Australia’s premier facility for delivering nationally accredited training in solar energy. Designed to provide real-world hands-on simulated practical activities, our students get unrivalled training with access to premium equipment.
Successful completion meets the Clean Energy Council Accreditation pathway and will entitle licensed electricians to apply for Provisional Accreditation for Design and Install of Grid-connected PV systems.
Course structure
This course blends online learning with practical face-to-face on-campus workshops.
Students are required to complete online study and attend a series of on-campus practical workshop sessions. The online study and on-campus sessions are delivered in parallel, by one course instructor.
Online study
The online component covers all the theoretical knowledge and assessment required for design and installation of grid-connected PV systems.
You will be provided with a course book, access to our online learning resources, and ongoing support with the course instructor.
You must successfully complete compulsory online coursework prior to attending a related practical workshop session.
Practical workshop
The workshops will include a review of online content to ensure you obtain a thorough understanding of all design and theoretical knowledge, and cover all the practical requirements and assessment for the course, including installation of Grid-Connected PV systems. Attendance at the practical workshops is compulsory.
Workshops will be delivered in our purpose built Holmesglen Renewable Energy Training Centre of Excellence at our Moorabbin campus, built in partnership with State Government and industry.
Units
View units
Unit code |
Name |
UEERE0022 |
Solve basic problems in photovoltaic energy apparatus and systems |
UEERE0011 |
Design grid-connected photovoltaic power supply systems |
UEERE0016 |
Install, configure and commission LV grid-connected photovoltaic power systems |
Code | Name |
UEERE0022 | Solve basic problems in photovoltaic energy apparatus and systems |
UEERE0011 | Design grid-connected photovoltaic power supply systems |
UEERE0016 | Install, configure and commission LV grid-connected photovoltaic power systems |
Assessment
Assessments are designed to provide learners with opportunities to demonstrate they have attained the required skills and knowledge using a range of practically based activities and tasks, as required by recognised standards.
Entry requirements
To be eligible, students must be at least 16 years of age.
Unrestricted Electrician's Licence
Commencing study
You will be contacted by the course instructor to discuss the program and schedule. You will also be provided with all course resources to commence the online course work.
Learners who are qualified Electrician's or holder of an 'Unrestricted Electrician's Licence' or equivalent, issued in an Australian State or Territory, and have vocational experience in the industry, and seeking Design and Install Grid-Connect Accreditation.
Outcomes
Qualification and recognition
On successful completion, learners receive a Statement of Attainment and can apply for the Provisional Accreditation for Design and Install Grid-Connect with the Clean Energy Council
Fees
Tuition fees (GST exempt) |
Cost |
|
Full Fee | $2,250 | per annum |
Mandatory Materials and Activities fees * (GST inc) |
|
|
Materials fee | $0 | per annum |
Activities fee | $0 | per annum |
Holmesglen tuition fees shown are all inclusive and indicative of the cost to complete the entire course.
Holmesglen may engage third parties to recruit students on behalf of the institute. Third party recruiters receive a commission and this will not impact on your fees.
Find out more about your rights and obligations as a student and the services we provide at Holmesglen.