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Solar Energy: Photovoltaic Systems and their Applications

Solar photovoltaics (PV) is the cheapest source of electricity in many parts of the world. Learn to both design a complete PV system and to perform technical and economic assessments for PV systems ranging from large solar farms to residential systems

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Solar Energy: Photovoltaic Systems and their Applications

There is one session available:

After a course session ends, it will be archivedOpens in a new tab.
Starts Apr 18
Ends Sep 26

Solar Energy: Photovoltaic Systems and their Applications

Solar photovoltaics (PV) is the cheapest source of electricity in many parts of the world. Learn to both design a complete PV system and to perform technical and economic assessments for PV systems ranging from large solar farms to residential systems

Solar Energy: Photovoltaic Systems and their Applications
4 weeks
4–6 hours per week
Instructor-paced
Instructor-led on a course schedule
Free
Optional upgrade available

There is one session available:

After a course session ends, it will be archivedOpens in a new tab.
Starts Apr 18
Ends Sep 26

About this course

Skip About this course

In the third course of the program Solar Energy, you will learn to design a complete photovoltaic (PV) system for any application and location, from utility scale solar farms to residential scale systems. For these scales, both grid-connected and stand-alone solutions will be examined.

The operation and design of PV modules will be taught with respect to various aspects, including shading resilience, interconnection architectures, temperature dependence, mono- versus bi-facial and recyclability.

We will also review the function and operation of common components of PV Systems, such as inverters, DC-DC converters, maximum power point trackers, charge controllers and batteries. We will focus on the interaction of these components with both the photovoltaic modules and the grid. Batteries’ parameters and the role of the charge controller within the system will be covered as well.

The selection of the right inverter among different types will be discussed along with various methods of maximal power point tracking. Considering the losses caused by the different components, the overall efficiency of energy conversion of the system will be discussed.

We will also go back to metrics introduced in the first course and discuss the techno-economic-environmental performance of PV systems: their levelized-costs of electricity, return on financial investments, energy payback time and energy return on energy investment. Environmental considerations concerning PV systems will be discussed as well.

Finally, alternative routes to convert solar energy will be explored such as solar thermal systems. The principles of solar-to-heat conversion and heat storage will be introduced.

At a glance

  • Institution: DelftX
  • Subject: Engineering
  • Level: Introductory
  • Prerequisites:

    Completion of the first and second course of the program is recommended.

  • Language: English
  • Video Transcript: English
  • Associated programs:

What you'll learn

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  • Describe the main components of a photovoltaic system and understand their interaction with the PV modules and the grid
  • Select the appropriate PV system for a specific application based on your understanding of the differences between the types of PV systems
  • Calculate the overall energy yield of a PV system taking into account all component efficiency and weather conditions
  • Design a complete photovoltaic system for any particular application
  • Assess the economic viability and environmental aspects of a PV system
  • Describe the potential of solar thermal energy

Week 1

PV module design and operation conditions

Week 2

Components and concepts

Week 3

PV systems application design and solar thermal concepts

Week 4

Economic viability and environmental aspects

Learner testimonials

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https://online-learning.tudelft.nl/stories/andersson-contreras-olmos/

About the instructors

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