Chapter,
Geothermal Power Technologies
,
Editors:
DOI:
Affiliations
- [1] Technical University of Denmark [NORA names: DTU Technical University of Denmark; University; Denmark; Europe, EU; Nordic; OECD];
- [2] University of Valladolid [NORA names: Spain; Europe, EU; OECD]
Abstract
Although geothermal energy has been widely deployed for direct use in locations with especial geologic manifestations, its potential for power generation has been traditionally underestimated. Recent technology developments in drilling techniques and power conversion technologies from low-temperature heat resources are bringing geothermal energy to the spotlight as a renewable baseload energy option for a sustainable energy mix. Although the environmental impact and economic viability of geothermal exploitation must be carefully evaluated for each case, the use of deep low-temperature geothermal reservoirs could soon become an important contributor to the energy generation around the world.
Keywords
cases,
conversion technologies,
development,
drilling,
drilling technique,
economic viability,
energy,
energy generation,
energy mix,
energy options,
environmental impact,
exploitation,
generation,
geological manifestations,
geotherm,
geothermal energy,
geothermal exploitation,
geothermal reservoir,
heat resources,
impact,
location,
low temperature heat resources,
low-temperature geothermal reservoirs,
manifestations,
mixing,
options,
potential,
power,
power conversion technology,
power generation,
power technology,
reservoir,
resources,
sustainable energy mix,
technique,
technological development,
technology,
world
