Virtual Booth

Not many people realise the importance of renewable energy and the effect of using non-renewable energy on earth. This study investigates how easy it is to produce energy through heat.This project explores the concept of geothermal energy through a simplified model using everyday material which is bottle and soil. The heat is applied by submersing the model with hot water and record the temperature. The results of this experiment shows that a temperature difference of 6°C was observed between the bottom and the top of the bottle by the end of the experiment, confirming that the model effectively simulates the basic principle of geothermal heat transfer. Geothermal energy is a sustainable and renewable energy source derived from the Earth's internal heat. We hypothesise that the model is to demonstrate the basic principles of geothermal energy generation by replicating the natural geothermal gradient using a soil-filled bottle. This model will showcase how heat from the Earth's core can be harnessed for power. By providing an accessible and educational demonstration, the project highlights the potential of geothermal energy as an environmentally friendly alternative to conventional energy sources. The findings from this model can help raise awareness about renewable energy technologies and inspire further exploration into sustainable energy solutions.The model offers a hands-on way to understand the fundamental concepts of geothermal heat. Through this demonstration, participants can gain a practical understanding of how heat from the Earth's core can be utilised, promoting the importance of renewable energy sources in addressing global energy challenges.