Superhot rock geothermal breakthrough
Key Questions
What is superhot rock geothermal and why is it gaining attention?
It offers high-output baseload power with lower water and well requirements than traditional geothermal. IEA projects 800 GW of potential by 2050 as a complement to solar and wind.
How does superhot rock geothermal compare to other clean firm power sources?
It provides reliable baseload with fewer resource constraints than some alternatives. It complements advances in nuclear small modular reactors, such as Canada's Darlington project.
What role can large-load customers play in commercializing this technology?
They can help accelerate deployment by providing offtake agreements and investment. CEBA notes this approach supports bringing new clean energy technologies to market faster.
Superhot rock geothermal emerges as high-output baseload complement with lower water/well needs. IEA projects 800 GW potential by 2050, challenging solar/wind-centric views. Complements nuclear SMR advances like Canada Darlington.