Details
1-day course
CPD Credit: 7 hours; Competence/s: 2
Course Delivery Options
Course Overview
This course provides delegates with the knowledge and practical understanding required to design, configure, and commission residential solar PV systems in accordance with current industry standards, best practices, and the requirements of IS10101 National Rules for Electrical Installations. The course covers key aspects of residential solar PV system design including system sizing, inverter selection, battery storage integration, protection requirements, cable selection, isolation, earthing, and overall system performance considerations.
Delegates will also explore installation best practices, electrical safety requirements, and commissioning procedures to ensure safe, efficient, and compliant installations. In addition, the course introduces island mode and backup system configuration, enabling delegates to understand how modern hybrid inverter systems can provide backup power during grid outages while maintaining compliance with IS10101 requirements.
The course reflects current industry developments including increased adoption of battery storage systems, evolving grid connection requirements, energy management solutions, and growing demand for resilient residential energy systems.
Course Aim
The aim of this course is to provide delegates with the practical skills and technical knowledge required to design and configure residential solar PV systems in accordance with IS10101, apply industry best practices, and understand island mode operation and backup power configurations. The course will develop delegates understanding of system components, installation standards, safety requirements, protection methods, and commissioning procedures for modern residential solar PV and battery storage systems.
Course Programme
- Introduction to Residential Solar PV Systems
- Overview of IS10101 & SEAI COP requirements for solar PV Installations
- Solar PV Principles and System Components
- Residential solar PV System Design Fundamentals
- Load Assessment and System Sizing
- Inverter Selection and Configuration
- Battery Storage Systems and Integration
- Cable Sizing, Isolation, and Protection Requirements
- Earthing and Bonding Requirements
- Residential Installation Best Practices
- Grid Connection Requirements and Compliance Considerations
- Island Mode and Backup Power Configuration
- System Commissioning and Testing Procedures
Learning Outcomes/Objectives
Upon successful completion of this course, delegates should be able to;
- Define the operating principles of residential solar PV systems
- Identify the main components used within residential solar PV and battery storage systems
- Explain the requirements of IS10101 & SEAI COP relating to residential solar PV installations
- Design a residential solar PV system based on load and energy requirements
- Calculate system sizing requirements including modules, inverters, and battery storage
- Explain inverter operation and configuration principles
- Describe the requirements for safe battery storage integration
- Apply industry best practices for residential solar PV installations in accordance with IS10101
- Identify appropriate cable sizing, isolation, earthing, and protection methods
- Explain grid connection and electrical safety requirements
- Configure and explain island mode and backup power operation
- Perform commissioning and testing procedures for residential solar PV systems
- Demonstrate an understanding of current residential solar industry standards and practices
Who Should Attend?
This course is intended for engineers, electricians, electrical contractors, renewable energy installers, maintenance personnel, and inspectors, involved in the design, installation, inspection, testing, or commissioning of residential solar PV systems. The course is also suitable for individuals seeking to expand their knowledge of solar PV systems and battery storage systems and backup power solutions within the scope of IS10101 compliance.
Delegates should have an understanding of AC & DC electrical principles. Previous experience in solar PV installation is beneficial but not essential.
Trainer Profile
Paul Savage, Electrical Engineer (BEng MIEI) and currently completing a BSc in Computer Science, specialising in Electrical Control Systems and Micro Renewable Technologies. Based in County Louth, he has worked within the electrical and electronics industry for almost 30 years. Beginning his career as an electrical apprentice, he established sav electrical systems in 2007 and have since worked across electrical control systems, automation, power distribution, and renewable energy sectors. With extensive hands-on experience in system design, project delivery & commissioning, he combines technical expertise with practical real-world problem solving. His work focuses on delivering reliable, efficient, and standards compliant solutions, with a strong emphasis on energy efficiency, innovation, and industry best practice. He currently hold the following professional registrations;
- Associate member of Engineers Ireland
- Safe Electric registered electrical contractor (Qualified Certifier registered)
- SEAI residential and NDMG solar PV registered contractor
Engineers Ireland supports the Sustainable Development Goals. This event contributes to Engineers Ireland's
Sustainability Framework.
Please contact the CPD Training Team for further information on scheduled course dates.