Learn to specify and install efficiency-boosting battery storage systems with the UK's leading renewables training provider.
This 2-day course is for experienced domestic and commercial operatives. Experienced solar PV installers enrolling on it can help their customers generate and store power. But also access the most attractive Smart Export Tariffs.
Course cost
£495.00 exc. VAT
Course duration
2 days
Accreditation
LCL Awards
Battery Storage Course Information
This Level 3 course covers installing dedicated EESS by the IET Code of Practice for Electrical Energy Storage Systems. Candidates gain the necessary knowledge to apply relevant regulations and guidance allowing them to work safely on battery storage systems.
During the course, you will receive practical training, including work on:
You will also cover theory relating to health & safety, industry regulations and best practices.
At the end of the course, candidates will undertake a practical, observed assignment and an online/theory component.
Upon completing the course, you receive an LCL Awards Level 3 Certificate. This is a qualification the Microgeneration Certification Scheme (MCS) recognises.
Candidates must have an up-to-date copy of the IET Code of Practice for Electrical Energy Storage Systems. We can provide you with one at the time of booking or you can purchase it by calling our office following your booking.
In addition to the above, candidates will need to bring the following books:
All other course materials are provided.
To enrol in the Battery Storage installation course, you need to hold the following qualifications:
And one of the following:
The course consists of 2 days in-centre training.
Successful candidates will receive their LCL Awards certificate approximately four to six weeks after completing the course.
You will learn how to size and safely install EESS to meet customers’ needs and help them to make savings on their energy bills.
By the end of the course, you will:
In recent years, battery technology has greatly improved thanks to advanced research and development. As a result, this technology is now more widespread in residential settings. Combining domestic microgeneration like solar PV and electrical energy storage systems (EES) allows customers to store the energy they generate. Therefore, they can make use of off-peak rates and smart tariffs, saving on electricity bills and reducing reliance on fluctuating grid prices.
Battery storage systems work by storing excess electricity generated from sources like solar panels or the grid. They allow end users to consume power they generate from renewable sources, and/or store it when it is cheapest. Therefore, further reducing energy bills. When needed, the battery discharges its energy to power homes, businesses, or other electrical loads.
The Institution of Engineering and Technology (IET) Code of Practice for Electrical Energy Storage Systems provides guidelines and recommendations for designing, installing, and operating all energy storage systems, including battery storage. This code of practice ensures the safe and efficient deployment of EES. It covers aspects like safety, maintenance, and compliance with regulations. Making it a valuable resource for professionals involved in energy storage projects.
The lifespan of solar storage batteries varies depending on factors like battery chemistry, usage patterns and maintenance. Common battery types used in solar storage, such as lithium-ion, typically last between 10 to 20 years. Regular maintenance and proper charging/discharging practices can extend a battery's lifespan.
This solar PV training course is aimed at experienced domestic and commercial electrical operatives who want to add to their services.
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