Description
The project is needed to meet the highest standards of energy efficiency. The facilities included in the project are buildings constructed decades ago with poor energy efficiency standards. The main goal of the project implementation is the reduction in greenhouse gas emission and air pollutants, and increasing the share of the energy supply coming from renewable sources. The results will be achieved by increasing the number of: thermally upgraded public utility buildings, replaced/modernized sources of heat, installed/replaced or modernised heating distribution centres, increasing the number of installed devices or installations using energy from renewable sources. The prevailing activities included in the project are the insulation of walls, floors and roofs, the replacement of doors and windows and modernization of central heating systems. The buildings in question are used to provide civil service, education and health care. The project will benefit patients of hospitals, pupils of secondary schools, employees and the society. Projects material scope has been extended, additonal works have been co-financed under NFM
Summary of project results
Buildings that were subject of the projects were constructed decades ago, their energy efficiency standards were low. The main goal of the project was the reduction of greenhouse gas emission and air pollution, such as increasing share of the energy coming from renewable sources. It was achieved thanks to thermomodernisation which covered 17 public utility buildings (i. a. school, health centre, and educational centre). Walls, roofs and floors were insulated (over 13,7 thousands of m2), 555 windows and doors replaced. 12 interior installations were modernised and 14 energy efficient boilers installed. Beneficiary has also installed 40 solar collectors and replaced 368 lighting points. Investment allowed to reduce CO2 emission (1016 Mg/year) and to improve buildings energy efficiency. Projects material scope has been extended, additonal works have been co-financed under NFM
Summary of bilateral results