Group:
Jak-Dziala
; identifier attribute value: "nest-nofeatured"
Standard set of clards for Articles collection to be filtered by Articles Group on any page within nested collection (Finsweet "List-Nest" solution).
Stargard
Stargard's true energy capital lies over 2.5 kilometers beneath our feet. This is where the thermal water resources are located, placing our city at the forefront of the green transformation. The key to success in their exploitation is the combination of unique natural conditions with precise technology developed by G-Term Energy.
Stargard
In the process of extracting energy from the earth's interior, there is a key moment where the raw force of nature meets urban technology – this is the heat exchange stage. Although water extracted from a depth of almost 3 kilometers possesses an impressive temperature of 90°C, it never goes directly into the municipal network. How then does it heat our homes? The answer lies in advanced technology.
Stargard
Once the network water has been heated by the Geotermia Stargard exchangers, it sets off on a journey through an extensive system of pipelines weaving through our city. This is the stage residents feel directly, turning on thermostatic valves in their apartments or using domestic hot water from their taps.
Group:
Jak-Dziala
; identifier attribute value: "nest-withfeatured"
Standard set of clards for Articles collection to be filtered by Articles Group on any page within nested collection (Finsweet "List-Nest" solution).
Stargard
Stargard's true energy capital lies over 2.5 kilometers beneath our feet. This is where the thermal water resources are located, placing our city at the forefront of the green transformation. The key to success in their exploitation is the combination of unique natural conditions with precise technology developed by G-Term Energy.
Stargard
In the process of extracting energy from the earth's interior, there is a key moment where the raw force of nature meets urban technology – this is the heat exchange stage. Although water extracted from a depth of almost 3 kilometers possesses an impressive temperature of 90°C, it never goes directly into the municipal network. How then does it heat our homes? The answer lies in advanced technology.
Stargard
Once the network water has been heated by the Geotermia Stargard exchangers, it sets off on a journey through an extensive system of pipelines weaving through our city. This is the stage residents feel directly, turning on thermostatic valves in their apartments or using domestic hot water from their taps.
Group:
Jak-Dziala
; identifier attribute value: "nest-bento1" "nest-bento2-3" "nest-bento4"
Standard set of clards for Articles collection to be filtered by Articles Group on any page within nested collection (Finsweet "List-Nest" solution).
No items found.
Hidden treasure beneath Stargard. How we extract energy from the reservoir?
The heart of geothermal: how the installation in Stargard works?
Heat in your home. Distribution and closing the loop
Group:
Jak-Dziala
; identifier attribute value: "nest-hero"
(item class .articles_item-home has "Opacity" set to "0" for javascript animation at homepage)
Group:
Jak-Dziala
; identifier attribute value: "nest-4grid"
Set of 4 cards for Articles collection (featured "off") set in 2 column grid layout to be filtered by Articles Group on any page within nested collection (Finsweet "List-Nest" solution).
Stargard's true energy capital lies over 2.5 kilometers beneath our feet. This is where the thermal water resources are located, placing our city at the forefront of the green transformation. The key to success in their exploitation is the combination of unique natural conditions with precise technology developed by G-Term Energy.
In the process of extracting energy from the earth's interior, there is a key moment where the raw force of nature meets urban technology – this is the heat exchange stage. Although water extracted from a depth of almost 3 kilometers possesses an impressive temperature of 90°C, it never goes directly into the municipal network. How then does it heat our homes? The answer lies in advanced technology.
Once the network water has been heated by the Geotermia Stargard exchangers, it sets off on a journey through an extensive system of pipelines weaving through our city. This is the stage residents feel directly, turning on thermostatic valves in their apartments or using domestic hot water from their taps.
Group:
Jak-Dziala
; identifier attribute value: "nest-1featured"
Single card for Articles collection with featured "on" to be filtered by Articles Group on any page within nested collection (Finsweet "List-Nest" solution).
No items found.