If technological and regulatory hurdles are eased, EGS could transform geothermal from a niche baseload source into a scalable contributor to clean energy goals, especially in areas lacking conventional reservoirs. However, geothermal still competes with cheaper short-term renewables and abundant natural gas, so long-term commitments and streamlined permitting remain critical to expanding its role in a decarbonized grid.
Regional Distribution of US Geothermal Energy Production by State
California dominates the landscape, hosting the largest geothermal fields in the Salton Sea and Northern California regions, contributing the bulk of the state’s geothermal output. 7% to 1% of total utility-scale generation, depending on year-to-year variations in hydrology and plant operations.
Geothermal energy contributes a modest but meaningful slice to the United States energy landscape, representing roughly 0. When assessing what percent of geothermal energy is used in the US by state, these five regions account for the overwhelming majority of production, with the rest scattered across Idaho and other geologically favorable areas.
Regional Distribution of US Geothermal Energy Production by State
Beyond electricity, direct-use applications capture a smaller fraction of what percent of geothermal energy is used in the US for district heating, greenhouse operations, industrial processes, and geothermal heat pumps. If technological and regulatory hurdles are eased, EGS could transform geothermal from a niche baseload source into a scalable contributor to clean energy goals, especially in areas lacking conventional reservoirs.
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