The Complete Solar Pathway Course for Solar Accreditation (Design Only)

Are you an electrical engineer, solar sales professional, or electrician with installation only accreditation?

Elevate your expertise and career with our comprehensive course designed for those aiming to gain SAA accreditation in solar and battery storage design.

Perfect for professionals ready to specialise in solar and battery storage design only, this course will empower you to stand out in the rapidly growing renewable energy sector.

Enrol now and illuminate your path to sustainable success!

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Flexible, 100% Online, Self Paced

This immersive program provides participants with a Statement of Attainment for the Solar Accreditation Authority (SAA), focusing on the essential design only aspects of solar energy systems.

Gain expertise through our Online Training, ensuring you can deliver accredited solutions for your clients.

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Welcome to Staysafe Industry Training

Grid Connected PV Systems Solar and Battery Storage Design Only Pathway (DEPOSIT)

Grid Connected PV Systems Solar and Battery Storage Design Only Pathway (DEPOSIT)

Course Fee $3600 but pay the deposit $1500 and get instant access.

Duration: 50 Hours, work at your own pace and complete within 6 months.

Regular price $1,500.00
Regular price Sale price $1,500.00
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We pride ourselves on offering quality training and service to our clients, but don't take our word read it for yourself below

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ABOUT THE INDUSTRY

As the energy sector is transitioning towards more sustainable sources, expertise in solar technology and battery storage systems is increasingly in demand. Our Grid Connected PV Systems Solar and Battery Storage Design pathway course is designed to provide you with the technical knowledge and practical skills to install, operate, and maintain these systems.

This Solar Accreditation Australia (SAA) online training program comes packed with up-to-date curriculum and hands-on project experiences to ensure you learn the latest industry standards and best practices. Our holistic approach guarantees not just theoretical mastery but a real-world understanding of the technology and its applications, making you a sought-after professional in the field.

The curriculum covers critical areas including the design of photovoltaic (PV) systems, energy storage in battery banks, system performance, safety measures, and system maintenance. At the end of the course, you will have a firm understanding of grid-connected PV systems and battery storage design, giving you a competitive edge in the renewable energy job market.

COURSE OVERVIEW

Each unit is designed to equip clients with the knowledge, skills, and competencies required to excel, reflecting the latest industry standards and regulatory guidelines. Understanding and completing these units will give you the relevant certification and a clear roadmap towards accreditation.

UEERE0051 – Apply Electrical Principles and a Statement of attainment for Solar Design Only before starting this course

This unit focuses on applying electrical principles in the context of renewable energy, particularly emphasising the understanding and application of these principles in solar energy systems.

Participants will engage with the foundational electrical concepts crucial for the design, installation, and maintenance of renewable energy systems, especially solar PV installations. The unit aims to solidify understanding of electrical laws, circuitry, and safety practices pertinent to renewable energy.

UEERE0054 – Conduct site survey for grid-connected photovoltaic and battery storage systems

Focuses on evaluating renewable energy technologies for integration into power systems, considering performance, reliability, and regulatory compliance.

This unit guides learners through the assessment and implementation of various renewable energy technologies within power systems, emphasising optimization, compatibility, and adherence to industry standards.

UEERE0061 – Design grid-connected photovoltaic power supply systems

Concentrates on designing grid-connected photovoltaic (PV) systems, including site assessment, system sizing, and the selection of components in accordance with industry norms.

Clients will develop expertise in the end-to-end design of grid-connected PV systems, covering site evaluation, system planning, and component selection, ensuring compliance with current technical and safety standards.

UEERE0060 – Design grid-connected battery storage systems

Involves the design of battery storage systems for renewable energy, focusing on selection, and adherence to safety and technical specifications.

This unit offers comprehensive insights into battery storage solutions for renewable energy, highlighting system design, safety protocols, and maintenance practices to enhance system efficiency and reliability

 

*Please note these units are the core units for your SAA accreditation for Design Only. If you are looking into becoming an installer you will need to hold your electrical licence to pre-qualify

COURSE REQUIREMENTS

To ensure a smooth and effective learning experience in our course, participants need to meet the following criteria:


Internet Access: Continuous and reliable access to the internet is essential for accessing course materials and participating in online learning activities.


Appropriate Device: A computer, tablet, or mobile device equipped with a camera and microphone is required. This setup is crucial for engaging in interactive components and practical demonstrations of the course.


USI Number: All participants must have a Unique Student Identifier (USI) number.

If you don't have one, please apply at Get a USI to facilitate the tracking of your training records and results.

Language, Literacy, and Numeracy (LLN) Skills: Adequate language, literacy, and numeracy skills are necessary for comprehending course materials and successfully completing assessments. We recommend that participants possess at least Level 3 LLN skills to comfortably navigate through the course content.

FAQ

Q: Is there trainer support available?
A: Personalised Assistance: You'll have a dedicated trainer for all queries and an additional support team for course-related issues.

Q: What is the expected course duration?
A: Flexible Timing: The course is designed for approximately 40 hours, but this may vary based on your engagement, learning skills, and prior knowledge. This guideline helps balance study with work commitments.

Q: Are there any final exams?
A: Self-Paced Learning: There are no final exams. Complete the modules at your own pace, with progress saved across sessions.

Q: Do I receive a governing body accreditation upon completion?
A: Pathway to Accreditation: The course provides a necessary Statement of Attainment, but you must apply to the applicable governing body for 'Design Only' accreditation.

Q: What are the entry requirements for this course?
A: Open Access: There are no prerequisites, making this course ideal for those starting in solar and battery storage systems design.

Q: Are there any required live sessions?
A: Fully Online: There's no need for classroom attendance or live sessions. All resources are available online on our learning platform. 

    • Staysafe Industry Training offers nationally recognised programs accredited by ASQA and aligned with AQF. Benefit from industry-relevant training that sets the standard for quality and relevance in your career journey.

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