Against the background of Polish geothermal heating plants, Stargard stands out both in scale of production and innovative method of integration with the municipal heating network.

Thanks to utilizing natural geothermal resources, the city is improving its heating system, limiting pollution emissions, and stabilizing heating costs – this is an important step towards clean and modern urban energy.

For over two decades, the installation has been supplying heat to residents, supporting the region's recreational offer, and – in a unique way – participating in the drinking water supply system.

The installation in Poddębice combines an ecological heat source with the development of thermal recreation, health balneological services, and the possibility of using thermal waters as drinking water, making it unique also in socio-cultural terms.

Thanks to utilizing heat accumulated deep beneath the earth's surface, the city has been minimizing fossil fuel consumption and reducing pollutant emissions since the 90s, while ensuring residents receive ecological thermal energy.

The project relies on the exploitation of warm underground waters occurring in the geological structures of the Polish Lowlands and constitutes a significant element of the region's energy transformation aimed at reducing emissions and improving air quality.

Against the background of Polish geothermal heating plants, Stargard stands out both in scale of production and innovative method of integration with the municipal heating network.

Thanks to utilizing natural geothermal resources, the city is improving its heating system, limiting pollution emissions, and stabilizing heating costs – this is an important step towards clean and modern urban energy.

For over two decades, the installation has been supplying heat to residents, supporting the region's recreational offer, and – in a unique way – participating in the drinking water supply system.

The installation in Poddębice combines an ecological heat source with the development of thermal recreation, health balneological services, and the possibility of using thermal waters as drinking water, making it unique also in socio-cultural terms.

Thanks to utilizing heat accumulated deep beneath the earth's surface, the city has been minimizing fossil fuel consumption and reducing pollutant emissions since the 90s, while ensuring residents receive ecological thermal energy.

The project relies on the exploitation of warm underground waters occurring in the geological structures of the Polish Lowlands and constitutes a significant element of the region's energy transformation aimed at reducing emissions and improving air quality.

Thanks to geothermal, the city has become one of the country's most important centers of green energy and spa thermal services.

Thanks to utilizing underground thermal resources, the city increases energy security, limits pollution emissions, and develops renewable energy sources.

A modern renewable energy source installation that has been powering the municipal heating network since 2025 and fits into the city's sustainable development strategy.

The project, initiated in the early 90s, became the foundation of the region's energy transformation and one of the key tools in the fight against low-stack emission.