Design and Install Grid Connected Solar PV Systems Course – Solar Accreditation
Real Industry Practical Training!
Duration:
5 Days face to face + online (WEBINAR OPTION AVAILABLE)
Self-paced study via online learning and assessment which can be commenced after your enrolment is accepted. Plus 5 days face to face training. Total online component is up to 60 hours. Students with prior skills and experience in the field will be able to progress through the course more quickly.- All learning and assessment must be completed within 8 weeks of your last face-to-face class. You can apply for SAA Provisional Accreditation once you have completed your training successfully and we have issued your qualification parchment – this usually occurs within 7 days of passing all elements of your course.
Prerequisites:
Contact us for full course outline. Prerequisites include units from Cert III Electrotechnology studies. Non electricians must study unit UEERE0051 at extra cost and duration. Please contact us for information about enrolment by Apprentices and non-electricians
Assessment:
Written Questions and Practicals
Cost: (no gst applies)
Design and Install $2595
: CITB price $759*
: CSQ price $1507*Design Only $2095
: CITB price $1359*
: CSQ price $1522*Install Only $2095
: CITB price $1015*
: CSQ price $1580*Design for Qualified Installers $1390 *
: CITB price $634
: CSQ price $817Keystone Tasmania funds 50% of the full course fee for this course
- Includes most training materials, morning tea and beverages
Selected Aust Standards at additional cost – please refer to course outline. You will also need access to these Australian Standards when working in the field - * CITB (SA) and *CSQ (QLD) subject to eligibility and availability. You must pay the full course price for CSQ and CITB enrolments – rebates are issued after you successfully complete your course. Booking Fee may apply.
Units of Study Info
UEERE0054 – Conduct Site Survey for Grid-Connected Photovoltaic and Battery Storage Systems is a practical unit of study designed for individuals wanting to assess and prepare sites for the installation of grid-connected photovoltaic (PV) and battery storage systems. This unit of study focuses on equipping you with the skills to perform site surveys that ensure the systems are installed in optimal locations for safety, efficiency, and compliance with Australian standards.
What UEERE0054 Gives you?
If you’re looking to specialise in the planning and assessment phase of solar and battery storage system installations, UEERE0054 is essential. This unit of study gives you the ability to:
- Assess Site Suitability: Learn to evaluate the physical and environmental conditions of a site, ensuring it’s suitable for the installation of both PV and battery systems.
- Understand System Requirements: Gain the knowledge to identify the specific needs for grid-connected PV systems, battery storage, and how to best integrate these technologies into existing infrastructure.
- Compliance with Standards: You’ll be introduced to Australian standards and regulations, ensuring your site surveys comply with industry requirements, such as electrical codes and safety guidelines.
- Gather Key Data: Learn how to collect vital information during a site survey, such as measurements, shading analysis, and electrical connections, to support the design and installation process.
- Collaboration with Other Professionals: This unit of study teaches you how to work alongside designers, engineers, and installation teams to provide accurate site information that leads to the successful deployment of solar and battery systems.
Why UEERE0054 is Important?
UEERE0054 is crucial for ensuring that grid-connected PV and battery systems are installed in locations where they will perform optimally. Proper site surveying is the foundation for a successful installation, as it determines key factors like panel placement, system capacity, and safe integration with existing grid infrastructure.
This unit of study will allow you to become a key player in the planning and preparation phase of PV and battery storage projects, giving you the skills to ensure installations are done efficiently and to the highest standards.
UEERE0061 – Design Grid-Connected Photovoltaic Power Supply Systems is a specialised unit of study that focuses on equipping you with the skills and knowledge to design efficient and compliant grid-connected photovoltaic (PV) systems. This unit of study teaches you how to design solar power systems that integrate seamlessly with the grid, optimising energy production and ensuring that the system meets both customer needs and Australian regulations.
What you will learn with UEERE0061?
If you’re looking to become a solar system designer and contribute to Australia’s renewable energy transition, UEERE0061 is essential. By completing this unit of study, you will gain the ability to:
- Design PV Systems: Learn to design grid-connected solar power systems that efficiently meet a customer’s energy needs, ensuring the system is capable of generating the required amount of electricity.
- Understand System Components: Gain an in-depth understanding of the key components of a grid-connected PV system, including solar panels, inverters, batteries (if applicable), and other power conversion equipment.
- System Sizing and Integration: This unit of study covers how to size and configure the system, taking into account factors like roof orientation, shading, geographic location, and energy consumption patterns.
- Compliance with Australian Standards: Learn how to design systems that comply with industry standards such as AS/NZS 5033 for PV arrays and AS/NZS 4777 for grid connection, ensuring all designs are safe, efficient, and compliant.
- Energy Efficiency and Cost-Effectiveness: Understand how to design systems that maximise energy efficiency while also considering cost-effective solutions for customers.
- Solar Accreditation Australia (SAA): Completing UEERE0061 is an important step towards achieving SAA Provisional Accreditation for designing and installing grid-connected solar systems. This accreditation is required to legally design and install solar systems in Australia and is highly valued by employers and clients in the industry.
What Are the Prerequisites?
Before undertaking this unit of study, you will need a strong foundation in electrical principles, as well as familiarity with the basics of solar energy systems. An electrical licence or a relevant qualification is required to ensure you can understand the technical aspects of system design.
Why is This Unit of Study Important?
UEERE0061 is crucial for anyone looking to design grid-connected PV systems, as it ensures that solar systems are designed for optimal performance, energy generation, and grid compliance. A well-designed system is the foundation for a successful installation and is essential for achieving both customer satisfaction and regulatory approval.
By completing this unit of study, you will be equipped with the knowledge and skills to design systems that not only meet the energy demands of clients but also help to support Australia’s transition to renewable energy. Furthermore, achieving SAA Provisional Accreditation will enhance your credibility and open up career opportunities in the solar industry.
What’s Involved in the Unit of Study?
- Flexible Learning Options: The unit of study is typically offered through a combination of online theory and practical components, allowing you to learn the technical principles and apply them in real-world scenarios.
- Accreditation Pathway: Completing UEERE0061 is an essential step for those seeking Solar Accreditation Australia (SAA) accreditation, helping you to become a qualified solar designer with the expertise needed to contribute to the energy transition.
UEERE0080 – Install Photovoltaic Power Conversion Equipment to Grid focuses on the practical skills and technical knowledge needed to safely and effectively install equipment that connects solar power systems to the electricity grid. This unit is essential for ensuring systems operate efficiently, comply with solar accreditation standards, and meet customer expectations.
What You’ll Learn in UEERE0080:
- Equipment Installation: In UEERE0080, you’ll learn how to install and configure photovoltaic (PV) power conversion equipment, including inverters, meters, and safety devices, to ensure reliable grid connection.
- Safety Practices: You’ll be trained in adhering to workplace health and safety standards, identifying hazards, and implementing risk management strategies during installations.
- Compliance with Standards: UEERE0080 covers the critical Australian solar accreditation standards, such as AS/NZS 5033 and AS/NZS 4777, ensuring all installations meet regulatory and industry requirements.
- Testing and Commissioning: Learn how to test and commission systems to confirm proper operation, troubleshoot faults, and optimise performance.
- Documentation and Reporting: This unit also teaches you how to complete necessary documentation, including compliance certificates, installation records, and client reports.
- Customer Handover: You’ll develop the skills to explain system operation, maintenance, and safety procedures to customers in a clear and professional manner.
Why UEERE0080 Matters in Solar Installations:
UEERE0080 is critical for ensuring that PV systems are installed correctly and operate safely and efficiently. It provides the hands-on skills and technical expertise needed to work with power conversion equipment, making it a core component of Australia’s renewable energy industry.
Why It’s Important:
Completing UEERE0080 ensures your pathway to solar accreditation and that you can handle installations with confidence, meeting high safety and quality standards. It also prepares you to contribute to Australia’s shift towards renewable energy by enabling seamless integration of solar systems into the grid.
By mastering UEERE0080, you’ll be equipped to deliver professional installation services that align with customer needs and industry requirements, positioning yourself for success in the fast-growing solar energy sector.
UEERE0081 – Install Photovoltaic Systems to Power Conversion Equipment is a hands-on unit of study designed for individuals who want to work in the growing solar energy industry. This unit of study focuses on teaching you how to safely and efficiently install photovoltaic (PV) systems and connect them to power conversion equipment like inverters, which are essential for converting the solar energy collected into usable electricity for homes and businesses.
UEERE0081
If you’re looking to become a qualified solar installer and want to contribute to Australia’s renewable energy future, UEERE0081 is a key part of your training. It provides you with the necessary skills and knowledge to:
- Install Solar Systems: You’ll learn to mount solar panels on roofs, connect them safely, and integrate them with other essential equipment, such as inverters and meters.
- Ensure Compliance: You’ll become familiar with Australian standards like AS/NZS 5033 for PV array installation and AS/NZS 4777 for grid connection, ensuring all installations are safe, compliant, and meet industry regulations.
- Safety First: Safety is a top priority, so you’ll learn how to manage risks, follow electrical safety procedures, and comply with health and safety regulations throughout the installation process.
- Work with Power Conversion Equipment: This unit of study teaches you how to install the key components that enable the solar energy generated by the panels to be converted and used by the customer, ensuring the system operates smoothly and effectively.
- Hands-On Experience: You’ll gain practical experience through real-world projects and simulations, ensuring you can confidently handle installations and troubleshoot any potential issues.
Why is This Unit of Study Important?
Taking UEERE0081 is a key step in achieving Solar Accreditation through recognised bodies like Solar Accreditation Australia (SAA). This is important because accreditation is required to legally install grid-connected solar systems in Australia.
Completing this unit of study will equip you with the skills necessary for professional installation work, ensuring you’re ready to work as a qualified solar installer in a booming industry. Not only will you be helping to support Australia’s shift towards renewable energy, but you’ll also have a competitive edge in the job market.
What’s Involved in the Unit of Study?
- Flexible Learning Options: The unit of study is typically offered in a flexible format, combining online theory with practical hands-on training, allowing you to learn at your own pace while gaining the real-world experience you need.
- Accreditation Pathway: Completing UEERE0081 is an essential step toward SAA Provisional Accreditation, which is required for installing grid-connected solar systems in Australia.
FAQ
Start 7.15 am for 7.30 sharp start Monday – finish 4.30 pm Monday then 7.30am -4.00 pm Tuesday-Friday
Face to face sessions x 5 plus self directed learning – see above or full Course Outline for details
Core training and some assessment activities are completed during training.
Remaining learning and assessment is completed in your own time, within 8 weeks of completing attendance. See above for more details
Payment is required before the course commences in line with the due date of your invoice.
CITB (SA), CSQ (QLD) and Keystone (TAS) course fee subsidies are available – see our Funding page for more information. All course fee funding is subject to availability and eligibility and may change at short notice
Yes, after the completion of this course (Design and/ or Install Grid Connected Solar PV Systems), you may apply for a provisional accreditation as a Solar PV Installer/ Designer with Solar Accreditation Australia.
To become a fully qualified Solar PV Installer or Designer you will need to complete Solar Training Centre’s course in Design and/or Install Grid Connected Solar PV Systems and then apply for provisional accreditation with Solar Accreditation Australia. Contact SAA for more information.
Delivery of this course is at our training facilities in: Melbourne, Brisbane , Adelaide and Darwin. Contact us if you would like to arrange group training at alternative locations
Solar Installation/Design Course Information
CITB, Keystone Tas and CSQ subsidies apply to this course as well as SAA CPD points!
Licensed Electricians and Electrical Apprentices (with conditions) can gain entry to provisional Grid-Connect Solar Design and /or Install PV Systems with Solar Accreditation Australia, SAA accreditation by successfully completing this short course (additional accreditation requirements apply).
You must complete this course before you can study a Battery Storage Course.
Non- electricians including Engineers and others such as solar sales staff can study a pathway towards Grid-Connected Solar Design accreditation. This is a very challenging but rewarding pathway for participants who do not have prior electrical and solar systems knowledge.
If you are not an Electrician or Electrical Engineer, contact us to discuss your study options and a pathway that will suit you.
Units of Study – Grid Connected Solar PV Design
Our Grid Connected Solar PV Design / Install Course (GCPV) involves these units of study that align with industry accreditation requirements:
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
For solar accreditation pathways see: Grid Connect Photovoltaics (GCPV),
- Students wishing to complete only Design Grid Connected PV Systems will study UEERE0054 and UEERE0061
- Students wishing to complete only Install Grid Connected PV Systems will study UEERE0054 and UEERE0080 and UEERE0081
** If you are a non-electrician, you first need to complete a pre-requisite unit:
UEERE0051 Apply electrical principles to renewable energy systems
Electrical Engineers with a degree recognised by Engineers Australia can apply for partial recognition of prior learning (RPL) and complete some additional studies to be awarded this unit – currently discounted to $850
If you are not an Electrical Engineer, you’ll need to provide a Statement of Attainment for the completion of this unit when you enrol in our Design course.
Award:
Statement of Attainment for successfully completed units of study.
SAA CPD Points: (apply for each of the below – separately – via your SAA Accreditation portal once accredited )
Design Grid PV Systems: 40 points Install Grid PV Systems: 40 points
You have 12 months from the date of your certificate to apply for these points with SAA
Duration (not including prerequisite units)
Face to face option – 5 consecutive days combined with self-directed study online up to 60 hours (students with field experience may complete the course in a shorter time frame)
Live Webinar option – 4 consecutive days Live Interactive Webinars + 1 day face to face combined with self-directed study – Available periodically.
Design Only and Install Only courses are 4 days face to face with self-directed study online up to 30 hrs
Qualified Installers who wish to undertake the Design Course are provided credit transfer for studies already completed – you’ll attend for two days and complete additional homework
Why choose us?
- We are Australia’s leading provider of solar and storage training
- Our trainers are experts in their field – they run their own solar businesses, are considered industry experts and hold teaching qualifications as well!
- Receive thorough training in site assessment and design of a compliant system to suit customer needs and meet industry and regulator requirements. You’ll complete two full designs and learn the processes and pitfalls associated with designing solar PV systems
- Work on live systems in class – we have the most extensive practical training facilities in Australia and our course involves extensive practical training and assessment including installation, testing and commissioning
- Through our unique Industry Engagement Program, you’ll have the opportunity to meet manufacturers and suppliers of solar and storage equipment during class and discuss their products and services
Included in our practical training equipment are products from Longi, Selectronic, Sigenergy, Power Plus, Enphase, Clenergy, Fronius, Alpha-Ess, Foxx Ess, SMA, Goodwe, SolaX, Victron, Growatt, Noark and more (selection available for each course).
We deliver a comprehensive and thorough course with extensive trainer input – we don’t cut corners or reduce the course duration just to push you through quickly. Our trainers can assist you post face-to-face training with questions you have about your learning.
Contact us for a full Course Outline
Cost: subject to change without notice – FUNDING MAY BE AVAILABLE
$2595 (no gst applies) for Design and Install
$2095 (no gst applies) for Install Only and Design Only course
$1390 (no gst applies) for Design Only for Qualified Installers
See your course date below and our course funding page for CITB (SA) and CSQ (QLD) pricing. Keystone Tasmania refunds 50% of the full course price to eligible Tasmanians.
Includes most training materials^, morning tea and beverages.
^Students must have access to current Australian Standards AS/NZS 5033 and AS/NZS 4777.1: at additional cost – we provide copies during face-to-face training, but you will need your own copies for this course and after the course when completing your industry accreditation application.
*Funding is subject to eligibility and availability and funded amounts may change at short notice. Booking fees may apply. Students must abide by the requirements of the funded program and complete studies in the timeframe specified on enrolment. Funding may be subject to a wait list.
This course includes:
- How to solve predictable problems in photovoltaic energy apparatus operating at extra-low voltage
- Comprehensive training in how to design grid-connected power supply systems in line with Australian Standards and industry guidelines (Design Course)
- How to plan, install and commission photovoltaic power systems and connect to the grid
- Practical training including installation of PV panels on two types of roof construction, and installation and commissioning of grid connected inverters (Install Course)
Choosing a training or education provider:
The Australian Skills Quality Authority (ASQA) has developed a fact sheet to allow you to be fully informed about your decision to enrol in a course of study. We recommend reading this information prior to enrolling.
It’s available by clicking here.
Our Commitment to You
Solar Training Centre does not have commercial ownership interests in solar sales and marketing companies or companies employing Accredited Installers.
Our trainers are committed to bringing you and your staff high-quality training programs because they are solar industry professionals, not competitors to your business. You can refer your employees to our RTO services safely in the knowledge that we won’t undercut your business.
Our interest is in training you and your employees for industry accreditation, ensuring you are safe out in the field, and in building a highly qualified viable solar sector – together as partners, not as commercial rivals.
How to register:
Select your course date below, or contact us to discuss your training needs. We will contact you with the full course information and enrolment pack.
We are proud participants of the following funding schemes:
Solar Victoria Upskilling for Electricians training under the Training and Workforce Development program
Construction Skills Queensland (CSQ)
QLD ONLY : Visit the Course Fee Funding Page for more information about CSQ Funding.
Construction Industry Training Board
SA ONLY: Visit the Course Fee Funding Page for more information about CITB Funding.
Keystone Funding (TAS)
TAS ONLY: Visit the Course Fee Funding Page for more information about CITB Funding.
Funding is subject to eligibility and availability
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