Thermo-modernisation of public facilities in Poznan

Project facts

Project promoter:
City Poznań
Project Number:
PL04-0082
Target groups
Students,
Schools and other institutions providing education and/or training at all levels
Status:
Completed
Initial project cost:
€2,220,814
Final project cost:
€2,169,045
From EEA Grants:
€ 1,716,761
The project is carried out in:
Wielkopolskie

Description

The project aims at the reduction of greenhouse gases at the level of 3 180,81 Mg CO2/year and an increase in the share of renewable energy in a general energy consumption balance in five public utility buildings of five institutions (180,00 MW h). The objective of the project is the reduction of greenhouse gas emission and air pollution, as well as the increase of the share of renewable energy in the general energy consumption balance,which will be achieved through thermo-modernisation. The project will lead to a reduction of CO2 emission at the level of 3180.81 Mg/year and a production of energy from renewable sources at 180,00 MW h/year. The entity which is implementing the project is Poznań City Hall. The Project Coordination Office is accountable for the correct and timely completion of the project, and reports directly to the First Deputy Mayor responsible for City development strategies within Poznań City Hall's organisation. The residents of the City of Poznań in general, and school students in particular, are expected to benefit from the project. Projects material scope has been extended, additional works have been co-financed under NFM

Summary of project results

The project aims at the reduction of greenhouse gases and an increase in the share of renewable energy in a general energy consumption balance in five public utility buildings of five institutions. Within the project over 38 thousands of m2 of partition were insulated, over 500 windows and doors were replaced. 5 interior installations were modernised, made was also an installation for geothermal energy usage. Installed were solar collectors, photovoltaic cells, heat pumps (4) and one automation system. Interior lighting was exchanged for ecological one. Investment allowed to reduce CO2 emission (3616 Mg/year) and to improve energy production from RES (148 MWh/year). The residents of the City of Poznań in general, and school students in particular, benefit from the project. Projects material scope has been extended, additional works have been co-financed under NFM

Summary of bilateral results