This course is for fully qualified electricians who wish to know how to design and install small scale PV systems and design and install small scale battery storage systems.
On successful completion, you will be eligible to apply for accreditation with the Clean Energy Council to install PV systems.
|Qualification:||Statement of Attainment - training in Grid Connect Photo Voltaic Systems [from UEE11]|
|Duration:||1 semesters part time (approximately 8 hours per week self-paced study) Combination of online and face to face delivery with a strong practical component.|
The 2019 Semester 2 enrolment fees for this course are based on the costs per subject as indicated below. The total program cost may vary depending on the choice of elective subjects or if subjects are attempted more than once.
Subject costs identified as Standard are partially subsidised by the ACT Government. Concessions may be available to eligible students.
Costs identified as Apprentice or Trainee apply only to students studying as part of an Australian Apprenticeship arrangement. The qualification cost for an Apprentice or Trainee is subsidised by the ACT Government. Concessions may be available to eligible Apprentices or Trainees.
Costs identified as Full Fee receive no government subsidy. Concessions are not available.
Further information about fees is available at Course fees and assistance.
Information about studying under Skilled Capital is also available.
|Likely Job Outcome:||Specialised electrical work in Photo Voltaics and Battery storage.|
To help with the enrolment process print your timetable, or keep the window open, so that you can refer back to it for your course (program) code, course (program) name, and the Course Reference Numbers (CRNs).
Students can apply for CEC PV accreditation once they have successfully completed the units:
- UEENEEK135 A Design grid connected photovoltaic power supply systems
- UEENEEK148A Install, configure and commission LV grid connected PV power systems
- UEENEEK125A Solve basic problems in PV energy apparatus
Students can exit the program after completing these 3 units. Recognition for prior Learning may be available.
Entry Requirements / How to Apply
Applicants must hold and electrical license and/or a Certificate Ill in Electro technology UEE30811 or equivalent.
To study any course at CIT (excluding degrees and non-accredited training) you must have a Unique Student Identifier (USI).
Literacy Skills Information
We suggest that you will need Australian Core Skills Framework levels of at least 2 across reading, writing, learning, oral communication and, depending on your program of study, numeracy skills to successfully complete this program. If you do not have this level, you can still enrol and seek support to improve your skills or you may prefer to begin with a lower level program, or enrol in the Certificate I in Skills for Vocational Pathways (FSK10213) to develop your literacy skills. Please visit Foundation Skills or phone (02) 6207 4872 to have a chat to one of our teachers.
Qualifications at CIT are regularly updated or replaced to meet current industry needs and maximise your employment opportunities. If this occurs while you are part way through a qualification, you may need to vary your learning to meet the new national requirements. CIT will aim to make this as smooth as possible for you.
To ensure positive outcomes for all students, CIT may need to cancel or change classes at short notice. CIT will make every effort to inform students as soon as changes are made and will also make every effort to offer alternative arrangements for students to meet the requirements of the subject and complete their qualification. In an unfortunate instance when this cannot be met, you will receive a full refund. Please ensure you maintain current contact details via CIT Self Service or by contacting CIT Student Services at email@example.com.
Complete 3 subjects
Core: Complete all 3
- UEENEEK135A Design grid connected photovoltaic power supply systems
CIT Code: ELEC1095 Cost: Full fee $750.00
Description: This unit covers the design of grid connected power supply systems and their installation. It encompasses following design briefs, incorporating schemes for protection of persons and property from dangers of system malfunction, ensuring other safety and performance standards and functional requirements are meet and documenting design calculations and criteria. Prerequisites: UEENEEK125A Solve basic problems in photovoltaic energy apparatus and systems
- UEENEEK148A Install, configure and commission LV grid connected photovoltaic power systems
CIT Code: ELEC804 Cost: Full fee $750.00
Description: This unit covers the installation, adjustment and set-up of photovoltaic power systems and connecting to a supply grid inverter. It encompasses working safely and to installation standards, matching components with that specified for a given location, placing and securing system components accurately, making required circuit connections and completing the necessary installation documentation. Prerequisites: UEENEEG103A Install low voltage wiring and accessories
UEENEEK125A Solve basic problems in photovoltaic energy apparatus and systems
- UEENEEK125A Solve basic problems in photovoltaic energy apparatus and systems
CIT Code: ELEC955 Cost: Full fee $750.00
Description: This unit covers providing known solutions to predictable problems in photovoltaic energy apparatus and systems operated at ELV and LV. It encompasses working safely, problem solving procedures, including the use of basic voltage, current and resistance measuring devices, providing known solutions to predictable circuit problems. Prerequisites: UEENEEE104A Solve problems in d.c. circuits
UEENEEE108A Lay wiring/cabling and terminate accessories for extra-low voltage (ELV) circuits
UEENEEE137A Document and apply measures to control OHS risks associated with electrotechnology work
UEENEEG106A Terminate cables, cords and accessories for low voltage circuits
For more information about this course please contact CIT Student Services on (02) 6207 3188 or email firstname.lastname@example.org