
Solar Battery Storage Course – Design And Install Battery Storage Systems For Grid-Connected Solar Photovoltaic Systems – ONLINE
Solar Battery Storage Course – Design And Install Battery Storage Systems For Grid-Connected Solar Photovoltaic Systems – ONLINE
- This training follows the Solar Accreditation Australia guidelines.
ABOUT THE COURSE
WHO SHOULD TAKE THIS COURSE
This Solar Battery Storage Design and Install course is designed for electricians who wish to learn Design and Install Battery Storage Systems for Solar Grid-Connected Photovoltaic Systems to comply with SAA and claim STCs for PV systems.
The self-paced theory component can be completed online and requires a stable internet connection and a laptop/computer with at least a 14-inch screen. Small tablets and phones are inconvenient for doing this course and could take twice as long.
For the practical component, students are required to submit proof of installation. Electricians must provide evidence of two installations if you choose the full online option. Students need to make arrangements to complete two installations and submit evidence in the form of photos and documents. A checklist is provided in the course. The installations can be done with your existing employer if you work in the Solar industry. The size of the system should be at least 6.6kW.
If you do not have access to do so with your employer, then you could do an installation in your own home or in a friend’s home and then collect evidence in the form of photos and a short 1-minute video. (Checklist and further instructions attached in Case study 1 and 2 of your course).
If you do not have access to perform any installation, you can complete these practicals in-class at our facilities in Brisbane/Darwin. Please contact us to book your practicals.
This course is made for people who require a fast-paced and flexible learning environment while getting the best quality training.
This course is designed for Electricians working in the solar industry or Electricians willing to install a full grid-connected PV system to pass the practical component of the course, typically in your own home, a friend’s home or with another accredited installer. This installation will be checked by the Ausinet Trainer and form a case study for your practical to AUSINET and SAA accreditation. For more information, call 08 6244 2575 / 07 3062 7631 and request to speak with the Solar trainer at AUSINET.
After successful completion of this course, you will be able to apply for accreditation with Solar Accreditation Australia.
COURSE OVERVIEW
This Solar Battery storage course – Design and Install involves the skills and knowledge required to design battery storage systems for grid-connected photovoltaic (PV) systems.
This Solar Battery storage course – Design and Install involves the skills and knowledge required to safely and effectively install, maintain and fault find battery storage systems for grid-connected photovoltaic (PV) systems.
This Solar Battery storage course – Design and Install involves the skills and knowledge required to safely and effectively install, maintain and fault find battery storage systems for grid-connected photovoltaic (PV) systems.
FUNDING
Funding available only to Queensland students (if applicable).
DURATION
3-5 Days*
INTAKE DATES
Ongoing, enrol and start any time.
DELIVERY OF COMPETENCIES
Online.
WHAT YOU WILL LEARN
In this course you will learn :
| PLAN, DESIGN AND DOCUMENT INSTALLATION, MAINTENANCE AND FAULT FINDING IN BATTERY SYSTEMS |
| Battery storage systems for grid-connected PV systems Purpose of each component in battery storage systems for grid-connected PV systems Functional block diagrams for typical configurations of battery storage systems for grid-connected PV system Charge controllers Grid-connected batteries Battery types and features Battery safety Grid-connected inverters Grid-connected storage systems fault finding Grid-connected storage systems installations Electrical drawings Grid-connected storage systems maintenance procedures Grid-connected storage systems testing and commissioning procedures |
| PLAN, DESIGN AND DOCUMENT BATTERY STORAGE DESIGN |
| Batteries features, hazards and procedures Battery storage energy demand Battery storage systems for grid-connected PV systems electrical energy supply Inverters comprising, photovoltaic grid-connected inverters and multimode inverters Charge controllers Diagrams Energy management strategies and/or energy source switching options to reduce the maximum and surge demand, based on load profile analysis Maintenance and installation requirements System design |
HOW TO ENROL
Click on the ‘Book Now’ button and follow the prompts.
ENTRY REQUIREMENTS
In order to enrol in this Solar Battery storage course you must have:
- Computer Literacy
- Access to personal laptop/desktop with a webcam (Company laptops with firewalls may not work)
- Reliable internet connection
- Headset for video conferencing and video lectures (Headset = Mic + Speakers)
- You will need a Gmail account to gain access to Google Drive to participate in this course
- A Valid Photo ID (e.g. Drivers licence)
- Australian Passport /Birth Certificate / Medicare Card
- Protective footwear with safety toe cap and non-slip soles to AS2210
- 100% cotton drill industry-standard clothing required for all practicals
- Personal Protective Equipment (PPE) such as used gloves and safety glasses can be borrowed
- Students must demonstrate an appropriate level of language, literacy and numeracy skills and knowledge to undertake a course at this level.
- One must be physically fit to enrol into this course as it involves the use of tools, ladders, step ladders, use of harness and maneuvering through tight spaces and working outdoors.
- Certificate III in Electrotechnology Electrician or A valid Unrestricted Australian Electrical Licence.
- USI Transcript
- Solar Accreditation Australia (SAA) for GCPV.
Competency in the following units :
UEERE0054 – Conduct site survey for grid-connected photovoltaic and battery storage systems
UEERE0061 – Design grid-connected photovoltaic power supply systems
UEERE0080 – Install photovoltaic power conversion equipment to grid
UEERE0081 – Install photovoltaic systems to power conversion equipment
These units are covered in our Solar Design & Install Grid-Connected Photovoltaic Systems course.
Ability to install a solar Battery System for a Grid-Connected PV System and document the process from the beginning to the end.
Access to resources is through online links only. Some of the books cannot be downloaded. A hard copy is available on request on the condition that the student pays for postage (registered optional) and administration. This course is not available to students without a good internet connection.
BOOKS/RESOURCES REQUIRED
A soft copy of the learner resource book or lecture notes is free, and we will provide it as a Google Drive link only and not as a PDF.
If you require a hard copy, a printing charge of $150 for each copy and a $100 binding charge per copy will be collected from the student.
Australian standards cannot be printed due to copyright restrictions but are available for borrowing for the duration of the course with a refundable deposit of $250 per copy. Soft copies are free to use on Ausinet laptops while in class.
You don’t need to purchase these standards upfront but it is recommended to have access to the following:
AS/NZS 5033:2021
AS/NZS 5139:2019
AS/NZS 4509
AS/NZS 3000:2018
AS/NZS 4777.1:2016
AS/NZS 4777.2:2020
AS/NZS 1170.2
OTHER REQUIREMENTS
You will need to get access to the following standards :
• AS/NZS 5139 – Electrical installations – Safety of battery systems for use with power conversion equipment
• AS/NZS 4777.1 – Grid connection of energy systems via inverters – Part 1: Installation requirements
• AS/NZS 5033 – Installation and safety requirements for photovoltaic (PV) arrays
You can buy them for yourself from the SAI Global website or Techstreet website. For reference, the standards might also be available from some libraries, institutions and industry associations.
You will also need to have an email address, a computer or laptop, a reliable internet connection and a device that can take pictures and videos such as a smartphone or a tablet.
COURSE OUTCOME
You will receive a Nationally Recognised Certificate upon successful course completion.
After you have successfully completed this course, you will be able to apply for your solar accreditation (Grid connect install only) at Solar Accreditation Australia (SAA). You can find more information about the SAA accreditation application process, requirements and fees on the Solar Accreditation Australia website.
UNITS + NOMINAL HOURS
| Code | Unit of Competency/Unit Name |
| UEERE0054 | Conduct site survey for grid-connected photovoltaic and battery storage systems |
| UEERE0060 | Design grid-connected battery storage systems |
| UEERE0077 | Install battery storage equipment power conversion equipment to grid |
| UEERE0078 | Install battery storage to power conversion equipment |
CREDIT TRANSFER
Ausinet, as a Registered Training Organisation (RTO), recognises the Australian Qualifications Framework qualifications and Statements of Attainment issued by any other Australian RTO. You are encouraged to submit requests for credit from previous studies when enrolling to ensure that you are not enrolling in units you may not need to undertake. If you have completed units at other RTO and you think they may count towards the award requirements of the course you are enrolled in at Ausinet, submit an official copy of your results for the units you have undertaken. Credit transfer may fast-track your course.
RPL
Recognition of prior learning also referred to as RPL, is the formal acknowledgement of a person’s current skills and knowledge experience gained throughout life – regardless of how they have been acquired.
This is an important assessment pathway, particularly for working people who are considering doing a course. The recognition gained may considerably reduce the study time needed to get a qualification.
The RPL assessment may include workplace observation, interviews and professional conversations, work samples and documented evidence.
JOB OPPORTUNITIES
Possible job titles and roles relevant to this qualification include:
- Solar battery technician
- Solar battery electrician
- Solar battery installer
- Solar battery designer
TESTIMONIALS
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“Easy format short course to gain battery accreditation. Friendly staff.”
Hunt J.
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“Online learning made it easy for me as I work FIFO so being able to complete in my own time was excellent.”
Beath S.
Read More Reviews⭐⭐⭐⭐⭐
* This is an intensive, competency-based training program, and the duration is subjective and depends on each individual’s experience, intellect, and tenacity.
Why Choose AUSINET for your Solar Battery Design and Install Training?
AUSINET is a specialised Registered Training Organisation (RTO 41457) focusing exclusively on Electrotechnology. Students and industry professionals choose us because:
- Expert, Industry-Experienced Trainers: Our trainers are specialists with significant hands-on experience in the electrical industry, ensuring relevant and practical learning.
- Focus on Practical Skills & Current Standards: We emphasise hands-on training that aligns with current Australian industry requirements, safety protocols (AS/NZS standards), and technological advancements.
- Comprehensive Course Range: From foundational Certificate II qualification to Diplomas and targeted short courses (e.g., Test and Tag, PLC, Solar, EEHA), we cover a broad spectrum of the electrical field.
- Career Advancement: Our courses are structured to help you gain recognised qualifications, enhance your job prospects, and take the next step in your electrical career in Australia.
- Strong Reputation & Student Success: We are committed to student success and pride ourselves on the positive feedback and career outcomes our graduates achieve. We encourage you to check student testimonials on our website and explore independent review platforms to understand the AUSINET advantage.
This Solar Battery course will equip you with the ability to design and install solar photovoltaic systems. You can apply for relevant Solar Grid-Connect Battery Design and Install accreditation after successfully completing this course.

