Small and medium scale PV grid-connected systems
RENACAbout This Course
This course prepares engineers, installers, technicians, and project developers to work confidently with small and medium-scale (up to 50 kW) grid-connected PV systems. You'll learn how feed-in tariff and net metering compensation schemes work, and gain a clear understanding of the components required for grid-connected PV installations.
The course walks through the full lifecycle of a distributed PV system: managing and supervising design and sizing, overseeing installation, commissioning the system, and documenting operation and maintenance tasks. A real-world case study — a 3kWp grid-connected system in Germany — grounds the concepts in a practical example.
Who this course is for
- Those planning to work with small-scale (up to 50 kW) grid-connected PV systems
- Engineers, installers, and technicians
- Project developers working with distributed PV systems
What you'll learn
- Understand feed-in tariff and net metering compensation schemes for photovoltaic systems
- Identify and explain the components required for grid-connected PV systems
- Manage and supervise the design, sizing, and installation of a grid-connected PV system
- Document the tasks performed for commissioning, operation, and maintenance
Course content
- Feed-in tariffs and net metering
- Grid-connected PV system components
- Design and sizing of grid-connected PV systems
- Installation of grid-connected PV systems
- Commissioning grid-connected PV systems
- Operation and maintenance of grid-connected systems
- Case study: 3kWp grid-connected system, Germany
Requirements
This course assumes basic electricity knowledge and PV fundamentals. We recommend completing PV – Application and PV – Technology beforehand, and Introduction to Electricity is also recommended. It can be combined with economic or other planning courses.
Frequently Asked Questions
What web browser should I use?
The Open edX platform works best with current versions of Chrome, Edge, Firefox, or Safari.
How long does the course take?
Estimated study time is approximately 30 hours.