This course is for fully qualified electricians who wish to know how to design and install small scale battery storage systems.
On successful completion, you will be eligible to apply for Clean Energy Council endorsement for installing battery storage system.
|Qualification:||Statement of Attainment - training in Battery Storage Systems [from UEE and UEE11]|
|Duration:||Combination of approximately 40 hours of online learning and 4 days face to face delivery with a strong practical component.
You will be required to complete a series of online learning modules before attending CIT. Further information will be given at time of enrolment.
A maximum of 10 students. Delivery is subject to course numbers
Enrolment fees for this course are based on the costs per subject as indicated below. Subject costs identified as Full Fee receive no government subsidy. Concessions are not available. The fees below apply unless training as an apprentice or trainee.
Further information about fees is available at Course fees and assistance
|Likely Job Outcome:||Specialised electrical work in Photo Voltaics and Battery storage domestic systems|
|Enrolment Type:||Full Fee; Register Your Interest|
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).
Classes will be conducted at CITs simulated Sustainable Skills Training Hub. All practical activities closely replicate a workplace situation. You will learn to install a variety of industry standard battery storage systems and associated technologies
Entry Requirements / How to Enrol
Applicants must hold an electrical license and/or a Certificate III in Electro technology UEE30811 or equivalent AND have previously completed the following pre-requisite units:
- UEENEEK135A Design grid connected photovoltaic power supply systems
- UEENEEK148A Install, configure and commission LV grid connected photovoltaic power systems
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.
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 firstname.lastname@example.org.
Core- Complete all 2
UEERE5001 Design battery storage systems for grid-connected photovoltaic systems
CIT Code: ELEC1356 Description: This unit involves the skills and knowledge required to design battery storage systems for grid-connected photovoltaic (PV) systems.
This unit applies to a person with a sound knowledge of the components and different system configurations of battery storage systems for grid-connected PV systems and suitable energy management strategies that can be applied to the site where a system can be installed.
A person competent in this unit will be able to design a system, which includes calculating and selecting the correct sized equipment so the system output performance meets the client specific requirements within the guidelines of relevant industry standards, regulations and manufacturer requirements.
The unit involves designing a system taking into consideration all necessary work health and safety requirements relevant for the selected system and documenting the design including all calculations, equipment specifications and layouts.
Prerequisites: ELEC1095 UEENEEK135A Design grid connected photovoltaic power supply systems
UEERE4001 Install, maintain and fault find battery storage systems for grid-connected photovoltaic systems
CIT Code: ELEC1357 Description: This unit involves the skills and knowledge required to safely and effectively install, maintain and fault find battery storage systems for grid-connected photovoltaic (PV) systems.
A person competent in this unit will hold an unrestricted electrical licence issued in an Australian State or Territory and be able to install, maintain and fault find battery storage systems for grid-connected PV in accordance to relevant industry standards and regulations.
This unit is subject to the following requirements:
• Legislation, regulations, relevant industry standards and codes of practice for electrical work including specific work health and safety (WHS)/occupational health and safety (OHS) legislation and regulatory requirements
• Electrical licencing requirements – unrestricted electrical work
• Legislation, regulations, relevant industry standards and codes of practice for renewable energy.
There may be variations in these requirements across jurisdictions.
Prerequisites: ELEC804 UEENEEK148A Install, configure and commission LV grid connected photovoltaic power systems
For more information about this course please contact CIT Student Services on (02) 6207 3188 or email email@example.com