World Power Plants
Italy

Power Plants in Italy

542 total plants · 131.1 GW · Europe

Total Plants
542
Total Capacity
131.1 GW
Renewable Energy
16.8%

21.4 GW from renewable sources

Fuel Distribution
Solar
4.8%(26)
Geothermal
3.9%(21)
Hydro
0.6%(3)

Energy Sources by Capacity

Gas
79.8 GW105
Hydro
21.4 GW107
Coal
14.2 GW13
Oil
8.8 GW11
Nuclear
3.3 GW5

An Overview of Italy's Energy and Power Generation Sector

Italy's energy and power generation sector is a critical component of the nation's economy and infrastructure. With a total of 522 power plants and an installed capacity of 125.4 gigawatts (GW), Italy has developed a diverse energy portfolio that utilizes various sources to meet its consumption demands. The country has made significant strides in integrating renewable energy into its power generation mix, reflecting a commitment to sustainability and reducing carbon emissions.

The primary energy sources in Italy are varied, with natural gas being the dominant fuel, accounting for approximately 49.4 GW of the total installed capacity. This reliance on gas has shaped Italy's energy landscape, as it is used extensively in combined cycle power plants, which are known for their efficiency. Following natural gas, the next most significant energy sources include hydroelectric power and solar energy. Hydropower plants, numbering 88 in total, contribute around 15.5 GW to the national grid, showcasing Italy's favorable geography for harnessing water resources. Solar energy has also seen remarkable growth, with 225 solar power plants generating approximately 2.8 GW, a testament to Italy's investment in renewable technologies.

In addition to these renewable sources, Italy's energy sector also includes geothermal energy, which contributes 1.0 GW through 35 plants, and a notable portion of its capacity remains attributed to unspecified sources, totaling 33.6 GW across 74 plants. This emphasis on diverse fuel sources allows for a more resilient energy infrastructure, capable of adapting to fluctuations in demand and supply.

Italy's progress in renewable energy is noteworthy, particularly in the context of European Union targets for reducing greenhouse gas emissions. Over the past decade, Italy has significantly increased its share of renewables, with solar and wind energy leading the charge. The government has implemented various incentives and policies to promote the installation of renewable energy systems, aligning with broader EU goals of achieving climate neutrality. The growth of renewable energy sources not only supports environmental objectives but also enhances energy security by reducing dependence on imported fossil fuels.

Despite these advancements, the Italian energy sector faces several challenges. The integration of intermittent renewable sources, such as solar and wind, into the grid remains a critical concern. The need for energy storage solutions, grid upgrades, and enhanced infrastructure is vital to accommodate the increasing share of renewables. Additionally, regulatory hurdles and bureaucratic inefficiencies can impede the development of new projects, particularly in the renewable sector. Italy's geographical diversity also presents challenges in balancing regional energy demands and supplies, leading to disparities in energy access and costs across the country.

Looking to the future, Italy's energy sector is expected to continue evolving, with a strong focus on further increasing its renewable energy capacity and enhancing energy efficiency. The government has set ambitious targets to reduce greenhouse gas emissions and expand the use of clean energy technologies. Investments in research and development, alongside public and private sector collaboration, will be crucial in driving innovation in energy storage, smart grids, and sustainable energy practices. As Italy navigates these challenges and embraces new opportunities, the energy sector will play a pivotal role in shaping the country's economic and environmental landscape in the years to come.

Power Plants

Plant NameTypeCapacityYear
PIANCASTAGNAIO 3Geothermal20 MW1990
LE PRATAGeothermal20 MW1996
SASSO 2Geothermal20 MW2009
Bufalaro ASolar20 MW2015
PIANCASTAGNAIO 4Geothermal20 MW1991
MolineHydro19 MW-
ACCEGLIOHydro19 MW2003
CARBOLI 1Geothermal19 MW1998
NUOVA GABBROGeothermal19 MW2002
CARBOLI 2Geothermal19 MW1997
BAGNORE 3Geothermal19 MW1998
SELVA 1Geothermal19 MW1999
Erika Solar Power PlantSolar18.4 MW2011
ColleferroSolar18.2 MW2010
PIANACCEGeothermal18 MW1987
NUOVA MOLINETTOGeothermal18 MW2002
RANCIA 2Geothermal18 MW1998
SESTA 1Geothermal18 MW2002
RANCIA 1Geothermal18 MW1986
MONTEVERDI 2Geothermal17 MW1997
NUOVA LARDERELLOGeothermal17 MW2005
MONTEVERDI 1Geothermal17 MW1997
CORNIA 2Geothermal17 MW1994
CHIUSDINO 1Geothermal17 MW2010
MdC Octopus NWSolar17 MW2015
NUOVA SASSOGeothermal17 MW1996
GiaveSolar16 MW2011
EnermillSolar16 MW-
ORSA MAGGIORESolar15 MW-
NUOVA CASTELNUOVOGeothermal15 MW2000
Brindisi ASolar15 MW2012
Rovigo Solar Power PlantSolar15 MW2012
MdC Octopus SESolar15 MW2019
Treia 1Solar14.1 MW2010
GIRIFALCOSolar14 MW2015
MdC Octopus SWSolar14 MW-
CastellanetaSolar14 MW2019
TroiaSolar13.5 MW2010
La Brava Solar Power PlantSolar13.4 MW2011
MdC SolarWorldSolar13.3 MW2011
Cozzi BattagliaSolar13.2 MW2010
PRIOLO GARGALLOSolar13 MW2015
DelicetoSolar12.6 MW2015
LoreoSolar12.6 MW2015
MdC Octopus SSolar12 MW-
Isola PalanzanoHydro12 MW-
CracoSolar12 MW-
Ischia di Castro ASolar12 MW-
Ferrara Focomorto IISolar12 MW-
MdC Octopus NSolar12 MW-

Showing 251 - 300 of 542 plants