This course covers the theory of designing grid-connected battery storage systems. There is some reference information included on the installation of these systems. Students will learn about the different system functionalities, sizing inverters, sizing batteries, sizing cables and sizing the correct protection systems.
This course covers the theory of designing grid-connected PV systems. There is some reference information included on the installation of these systems. Students will learn about the different system components, how to correctly size and match an array and inverter, and also how to ensure the correct protection devices are used.
This course covers the theory of designing grid-connected PV systems. There is some reference information included on the installation of these systems. Students will learn about the different system components, how to correctly size and match an array and inverter, and also how to ensure the correct protection devices are used.
This course covers the theory of designing battery storage systems for grid-connected PV systems. There is some reference information included on the installation of these systems. Students will learn about the different system functionalities, sizing inverters, sizing batteries, sizing cables and sizing the correct protection systems.
This course covers the theory of designing off-grid solar PV systems. There is some reference information included on the installation of these systems. Students will learn about the different system equipment, sizing inverters, sizing batteries, sizing renewable generators, sizing fuel generators, sizing cables and sizing the correct protection systems.
The Communications, Monitoring and Control Course is an online video-based course that provides a comprehensive introduction to the components and protocols commonly used within electrical communication systems. It also provides insight into systems specific to solar installations along with common industry mistakes and how to troubleshoot these.
The course is particularly relevant for those with PV experience wishing to expand their knowledge into understanding how system control and monitoring works within an energy system.
Designed for sales people transitioning their career into the solar sector, Solar Sales Essentials is the first step. While many other industries may fluctuate in reliability, solar power is a growth industry world-wide. This 3-hour course is globally focused, and limited to rooftop residential and commercial solar applications. Fast-track your new career with essential knowledge of solar systems and equipment, site assessment, energy efficiency, customer interaction, lead generation, quotes and software applications covered.
The Solar Hot Water course aims to give students an overview of the main technologies available and the design process. This course focuses on the more mature technologies of solar hot water systems (Flat plate collectors and evacuated tube collectors) but also introduces large scale technology, heat pumps and innovative solutions.
The Solar Hot Water course is a 3 hour short course with 6 sections with learning material and quizzes. Students will receive a certificate upon completion that can be used to acquire CPD points from various organisations. Contact GSES to learn more.
As part of the solar industry, you’re probably accustomed to the 2014 version of the standard, which had two amendments published in 2018. In November 2021, this standard was updated to reflect the rapid growth of this industry and provide updated safety practices. Knowledge is power, and these changes could impact your business as you transition over to the new standard.
