Introduction to Solar PV, Battery Storage & EV Integration
Key Details
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Available at:CIST-Llangefni, Ty Gwyrddfai
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Study Mode:Part-time
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Course Length:
1 Day (Approx. 6–7 hours)
Introduction to Solar PV, Battery Storage & EV Integration
Short Course
Please call Busnes@LlandrilloMenai today on 08445 460 460 or email busnes@gllm.ac.uk
Course Description
This one-day introductory course offers a practical overview of Solar Photovoltaics (PV), Battery Storage, and Electric Vehicle (EV) charging systems — with a focus on how these technologies can work together to form efficient, smart, low-carbon energy systems for homes and small businesses.
Learners will explore each system individually, and then examine how integrated setups can help reduce energy costs, maximise self-consumption, and support a transition to cleaner energy. The course features real-world examples, case discussions, and expert-led sessions using visuals and group interaction.
Perfect for newcomers to the renewables sector, this course builds foundational understanding for further technical training in solar installation, electrical design, or energy system integration.
Topics Covered:
Topic |
Key Learning Outcomes |
Solar PV Basics |
How solar panels generate electricity and are installed |
Battery Storage |
How batteries store solar energy and manage demand |
EV Charging |
How chargers work, installation considerations, and system types |
System Integration |
How PV, batteries, and EVs combine to form smart energy systems |
Practical Examples |
Real-world use cases and energy-saving outcomes |
Entry Criteria
There are no formal entry requirements for this course.
It is suitable for:
● Individuals new to renewable energy and low-carbon technologies
● Builders, tradespeople, and electricians exploring new markets
● Homeowners or business owners considering solar, batteries, or EVs
● Students or career changers interested in the green energy sector
Learners should have:
● A general interest in sustainable energy solutions
● Willingness to engage in discussion and visual learning
Delivery
The course is delivered over 1 day (approx. 6–7 hours) and includes:
● Tutor-led presentations with visual demonstrations
● Group discussion and Q&A
● Case studies of real-world systems
● Overview of components, functionality, and system design principles
Assessment
This is a non-assessed introductory course.
Assessment is informal and based on participation and engagement.
Learners will receive a Certificate of Attendance on completion.
Progression
This course is an excellent starting point for those looking to pursue:
● Installer or designer training in Solar PV or Battery Storage
● Further courses in EV charging, electrical systems, or renewables
● Qualifications aligned with MCS, NICEIC, or domestic retrofit schemes
Other details
Course type: Short Course
Level:
N/A
Programme Area:
- Specialist / Other