Optimal Sizing of Hybrid Renewable Energy Systems with Homer

Optimal Sizing of Hybrid Renewable Energy Systems with Homer

Due to environmental challenges and the depletion of fossil fuels, renewable energies are getting so much attention. However, due to the intermittent characteristic of renewable energies, using them as standalone mode could not be reliable. Therefore we need to integrate renewable technologies together to solve this issue. the integrated system needs to be optimally sized to reduce the cost and economically feasible.

To achieve this aim and size and manage our integrated energy system model, we want to develop our model in Homer software. Homer software will then perform optimization on our model to minimize the net present cost of the system.

In this course, I tried to explain all you need for designing your system and technically and economically assessment of it using Homer software for the first time on the Udemy website.

What you will learn in this course:

• The basic technical and economic concepts of integration of renewable energy systems

• Homer Software interface

• How to calculate required parameters

• Import data to and export the results from Homer

• Several real projects (Hands-on Homer)

• Final evaluation of the results

This course is not theory and will give you this opportunity to learn to design energy systems as fast as possible by hands-on projects.

I am so excited to start this course with you and ready to answer all your questions in the comments.

See you!

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Learn about Integration of Renewable Energy Systems, Wind Turbines, Solar PV Panels, Economic Analysis and Microgrid

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What you will learn

• Designing an integrated renewable energy System For remote Microgrid (Off-Grid)
• Designing an integrated renewable energy System For Urban Microgrid (Grid-Connected)
• Techno-economic assessment of energy systems using Homer software

Rating: 4.38095

Level: All Levels

Duration: 2.5 hours

Instructor: Navid Shirzadi