In the global transition toward sustainable and low-carbon energy systems, geothermal energy is emerging as a reliable and continuous source of power derived from the Earth’s internal heat. Unlike intermittent renewables, it provides stable baseload energy for electricity generation, heating, and hot water supply, making it an important component of resilient energy systems. Geothermal energy holds vast potential, with resources at depths of up to 10 km exceeding global oil and gas reserves by tens of thousands of times in terms of energy capacity. Despite current technological limitations that allow extraction of only a small fraction of this heat, it is expected to contribute up to 5% of global electricity generation by 2050. Its development depends on factors such as reservoir depth, temperature, water mineralization, and extraction technologies, while also requiring significant investments in exploration, drilling, and infrastructure. At the same time, careful management is needed to minimize environmental and geological risks, including land subsidence, induced seismicity, and ecosystem disturbances.
In the section “Geothermal energy” on ONEGEO.COM Global Digital Platform, you can further explore the potential of geothermal energy, its applications in electricity generation, heating, and hot water supply, as well as the geological and technological factors influencing its efficiency. The section also presents insights into environmental impacts, economic considerations, and key challenges limiting its large-scale deployment, alongside information on global initiatives, professional events, and partnerships shaping the future of this sector.
Please note that organizers may shift dates of the announced professional events, so we recommend checking the official websites for the latest information.