The solar industry is rapidly evolving, with new technologies transforming how commercial and utility-scale solar power plants are designed, manufactured and deployed. Rapid solar systems are helping to overcome many of the challenges associated with traditional solar installations by reducing construction time, simplifying logistics, lowering labour requirements and enabling faster project deployment.
The GSES Rapid Solar Systems online course provides a practical introduction to the innovative technologies reshaping large-scale solar development. Through four concise video modules and quizzes, participants will explore the industry challenges that led to the development of rapid solar solutions and gain an understanding of several leading technologies currently being deployed around the world.
Learners will examine how rapid solar systems compare with conventional solar installations and explore the design concepts, applications and advantages of a range of emerging products. The course features real-world examples including the PEG System, Maverick System, Solpod Roof System and eArc PV Modules, providing valuable insights into the future of solar deployment.
Whether you are new to utility-scale solar or looking to stay informed about the latest industry innovations, this course provides a fast and accessible way to build your understanding of disruptive solar technologies in less than an hour.
Here is a quick snapshot of the practical takeaways this course covers:
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This course covers BESS installation and maintenance for electricians, technicians, installers, and operators. This course will describe key BESS components, the process and requirements for BESS installation and maintenance, and consider critical safety, electrical, and environmental considerations. Throughout the course, relevant Australian and international standards will be referenced.
The New Home Battery Technologies course covers new developments in energy storage solutions for residents, while also discussing how residents with home batteries can benefit from dynamic energy pricing.
In addition to home batteries, this course explores how emerging technologies like Virtual Power Plants (VPPs) and Vehicle-to-Everything (V2X) are redefining the relationship between residents and the grid.
The Safe Manufacturing and Handling of Lithium-ion Batteries course covers best general safety practices in the context of a battery manufacturing environment. This course is suited to entry-level workers involved in the production or manufacturing of lithium-ion batteries.
This course starts by providing an overview of the manufacturing system before explaining the operation safety controls in place to protect workers. The later sections of the course focus on detection, escalation, and reporting of issues; all of which are undertaken to minimise future risks and make the workplace safer.
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