Analysis and Research on the Development of Geothermal Energy and Future Development Trend

Abstract

Scientists and engineers from all over the world have acknowledged the significance of employing environmentally friendly energy to replace fossil fuels in manufacturing as global warming has gotten worse over the past century. Geothermal energy, which is a form of subsurface energy that is stored as heat and gas, is one of many sustainable energy sources. There are currently three popular exploitation techniques. The Xero-thermal power system is appropriate for regions with shallow heat sources and mild temperature gradients since it generates energy from low-temperature geothermal resources. Flash geothermal power systems are appropriate for locations with hot fluids. Binary cycle generation system employs a secondary working fluid with a boiling point that is lower than water, allowing for power generation from lower temperature geothermal resources, thereby expanding the potential for geothermal energy production. The study then largely focuses on the key elements, such as resource availability, technological hurdles, and market conditions, that can influence the utilization of geothermal energy. Researchers and engineers can more clearly comprehend the benefits and constraints in various resource environments by closely evaluating these elements. While the government should urge the people to pay greater attention to the exploitation and deployment of renewable energy, engineers could improve drilling techniques. The current situation of harnessing and exploiting geothermal energy highlights the necessity for ongoing research and development to fully realize geothermal energy's potential. This essay contributes to the larger conversation on renewable energy and offers insightful information about the significance of geothermal energy.