The project aims to increase the energy efficiency and energy self-sufficiency of the applicant’s production facility by thermally insulating the building envelope and constructing a photovoltaic (PV) power plant with battery storage for self-consumption. The need arises from high energy costs, significant heat losses through façades, roof, and openings, as well as the requirement for a more reliable and predictable energy supply amid rising prices and decarbonization demands. The project’s target groups are the employees, whose working conditions will improve, and the local community, thanks to lower emissions. The main objectives are: - Reducing energy consumption through high-quality insulation with sandwich panels and energy-efficient components for openings. - On-site generation of clean electricity and increased self-sufficiency via a PV plant with battery storage. - Improving the indoor microclimate and reducing operating costs. The expected results of the project’s implementation are: 1. A significant reduction in heat losses and heating/cooling costs; 2. Covering part of the facility’s own electricity consumption from renewable energy sources (RES), reduced CO₂ emissions, and a lower carbon footprint; 3. Enhanced competitiveness and operational resilience. The main activities are: - Supply and installation of sandwich panels; replacement/installation of envelope elements for openings (doors, windows, gates), sealing, and thermal-bridge detailing. - Construction of a rooftop PV plant with inverters and a battery module for self-consumption.
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