In Słubice the CONCERTO project is developing a biomass master plan. The district heating company is planning to modernise the town´s heating plant and change the coal burning heating system into a biomass systems. In addition, a study about the area´s biomass potential will be elaborated in order to create local markets for wood, energy crops, biogas, short rotation willow and straw.
In Słubice the CONCERTO project is developing a biomass master plan. The district heating company is planning to modernise the town´s heating plant and change the coal burning heating system into a biomass systems. In addition, a study about the area´s biomass potential will be elaborated in order to create local markets for wood, energy crops, biogas, short rotation willow and straw.
Continuous engagement towards a smart future
Bydgoszcz is located in northern Poland, facing the rivers Brda and Vistula. With its 353,215 inhabitants (2017), it is the largest city of the Kujawy and Pomerania region and the eighth largest in Poland. As a local authority government institution, Bydgoszcz has competences, deriving from the Communal Self-Government Act, to manage the technical and social infrastructure as well as safety and public order independently and to organise spatial and environmental issues within the city borders.
Continuous engagement towards a smart future
Bydgoszcz is located in northern Poland, facing the rivers Brda and Vistula. With its 353,215 inhabitants (2017), it is the largest city of the Kujawy and Pomerania region and the eighth largest in Poland. As a local authority government institution, Bydgoszcz has competences, deriving from the Communal Self-Government Act, to manage the technical and social infrastructure as well as safety and public order independently and to organise spatial and environmental issues within the city borders.
One of six European cities joining forces to accelerate the path towards a sustainable future by creating model urban areas.
One of six European cities joining forces to accelerate the path towards a sustainable future by creating model urban areas.
Cold climate, with yearly average 8.6°C. Building from 1902, recently retrofitted. Multi-storey house with three commercial activities on the ground floor, 12 apartments on the other floors and a total floor area of 998 m2. The annual final energy consumption is 194 kWh/m2, of which 155 kWh/m2 from natural gas, 12 kWh/m2 from coal and 27 kWh/m2 from electricity. The annual heating demands are 111 kWh/m2 for space heating and 33 kWh/m2 for DHW.
Cold climate, with yearly average 8.6°C. Building from 1902, recently retrofitted. Multi-storey house with three commercial activities on the ground floor, 12 apartments on the other floors and a total floor area of 998 m2. The annual final energy consumption is 194 kWh/m2, of which 155 kWh/m2 from natural gas, 12 kWh/m2 from coal and 27 kWh/m2 from electricity. The annual heating demands are 111 kWh/m2 for space heating and 33 kWh/m2 for DHW.
