Design and build a geothermal energy model demonstrating heat transfer, steam generation, and electricity production using turbines and generators
Explain the thermodynamics principles involved in geothermal power plant operation and energy conversion processes
Identify environmental benefits and challenges of geothermal energy, including sustainability, emissions, and site selection considerations
Apply renewable energy concepts to create eco-friendly, sustainable, and practical geothermal power plant models for educational and real-world applications
Making geothermal energy power plant model,
in this course introduces students to renewable energy concepts by showing how heat from beneath the Earth’s surface can be transformed into usable electricity. In this course, learners build a miniature model that demonstrates the process of harnessing geothermal energy using water, steam, turbines, and generators. Students explore how underground heat turns water into steam, which spins a turbine connected to a generator to produce electricity. The course highlights the importance of geothermal energy as a clean, sustainable, and eco-friendly alternative to fossil fuels. It also explains real-world applications of geothermal power plants, their advantages such as low emissions and reliability, and challenges like location dependency. Through hands-on activities, learners strengthen their understanding of energy conversion, thermodynamics, and environmental science while enhancing creativity and problem-solving skills. This project is ideal for science fairs and classrooms, connecting theoretical knowledge with practical renewable energy solutions. howtofunda
