On & Off Grid Photovoltaic Systems

The "On & Off Grid Photovoltaic Systems" training package guides students through the analysis, configuration and management of grid-connected and stand-alone PV systems. Using a real trainer system and professional components, the course covers aspects such as surge protection, remote monitoring and smart grid integration. Students learn to assess inverter behaviour under different conditions, configure data loggers and use advanced measuring instruments. The module also allows practical exploration of hybrid systems and different solar cell technologies.

MePA code: ABX-TP2672

About this solution

Objectives

1. Understand on-grid and off-grid PV architectures

Students learn the structural and functional differences between grid-connected and stand-alone PV systems, including hybrid systems, gaining a complete overview of decentralised energy solutions.

2. Simulate and control system performance

Using inverters, data loggers and PV simulators, students can carry out realistic tests of monitoring, commissioning, shading and dynamic parameter adjustment.

3. Assess and apply protective measures

The module includes exercises on the correct use of disconnectors, surge protection and RCDs, with configuration and verification tests using TRMS instruments and network analysers.

4. Integrate PV systems into smart grids

The lab prepares students to integrate PV systems into smart grids, simulating bus interfacing, remote control and energy flow tracking.

Learning Aims

1. Develop skills in modern PV technologies

The pathway provides an up-to-date overview of inverters, data loggers, charge controllers and storage systems, with an emphasis on system configuration and sizing.

2. Acquire operational and testing skills

The practical exercises aim to prepare students for the professional testing of PV systems, focusing on data acquisition, fault analysis and instrument-based checks.

3. Explore how hybrid systems work

The module includes tests on stand-alone and DC and AC hybrid systems, with different generation, storage and load management technologies, including UPS mode.

4. Prepare for integration in real settings

Thanks to simulators, real PV modules and standard interfaces, the lab provides preparation that can be put to immediate use in professional PV installation and maintenance.