Let's Harness the Potential
of Geothermal Energy
Our geothermal center will enable ecological production of electricity and heat for households and industry. Sustainably and responsibly towards the environment.
Based on measurements and surveys, we identified favorable conditions for project implementation in the districts of Prešov and Žiar nad Hronom.
Geothermal resources, compared to conventional energy sources such as gas and other renewable energy sources like wind, solar and biomass, provide high stability and production efficiency throughout the year independently of weather, fuel availability or geopolitical changes.
In each location, we will build facilities that will produce energy in volumes capable of meeting the electricity and heat consumption of tens of thousands of Slovak households.
Unlike energy production from fossil fuels or biomass, thanks to the closed geothermal circuit, no emissions or other harmful or polluting substances are released during the operation of the geothermal facilities, thereby preventing the production of tens to hundreds of thousands of tons of CO2 .
Our vision

A Solution for a Modern Country
Slovakia has rich geothermal energy resources yet remains behind in utilizing them. PW Energy's goal is to change this situation and to contribute to the country's long-term commitment to increasing the share of renewables in the energy mix on the path to carbon neutrality by 2050. Equally important is the contribution of geothermal resources to ensuring energy self-sufficiency and security of energy supply in our country. We believe that the valuable energy source hidden beneath the Earth's surface represents a unique opportunity in replacing fossil fuels with long-term sustainable and independent alternatives.
How a Geothermal Power Plant Produces Green Energy
01
Geological survey
Conducted in areas with anticipated geothermal energy occurrence
02
Well Drilling
The geothermal well will be drilled at a selected location within our projects at an average depth of 3.5 to 4 kilometers
03
Water pumping
Hot water at approximately 150 to 160 degrees Celsius rises from the Earth's crust to the surface where it reaches approximately 140°C due to heat losses in the long way up to the surface
04
Electricity generation
Geothermal water in the primary circuit heats the working fluid in the secondary circuit via a heat exchanger, which drives a turbine under pressure and generates electricity (both circuits are independently hermetically sealed)
05
Secondary heating
Residual heat from the geothermal circuit is used to supply heat, for example to district heating systems, or for industrial or recreational heat supply.