Optimizing the Performance of GHPS for Domestic Use in Australia

This project explores the optimization of Geothermal Heat Pump Systems (GHPS) for domestic applications, focusing on enhancing energy efficiency and reducing energy consumption in buildings. The research begins with an introductory background on increasing energy demands in Australia and highlights the benefits of GHPS in reducing energy consumption and greenhouse gas emissions. The project aims to investigate the integration of GHPS into Australia's infrastructure, seeking optimal configurations, improved efficiency, and strategies to mitigate soil thermal imbalances. The research questions address the current state of GHPS implementation, key performance parameters, and optimization methods. The project's significance lies in its contribution to addressing climate change by promoting renewable energy solutions and reducing reliance on non-renewable sources. The theoretical framework covers the operational principles of GHPS, including its components and heat transfer mechanisms. The methodology includes a research plan with a Gantt chart outlining the timeline and key tasks, from literature review and model development to data analysis and report preparation. The expected outcomes include finding optimal GHPS configurations, improving HVAC efficiency, reducing soil thermal imbalance, and identifying suitable materials to withstand external loads. The project references a range of sources to support its findings and provide a comprehensive overview of the subject matter.