The project proposal aims to increase energy efficiency in the enterprise engaged in the production of metal structures and parts thereof. The project envisages the construction of a photovoltaic power plant (PVP) for own consumption, the replacement of the existing window frames with energy-efficient ones, as well as the delivery and implementation of a new energy-efficient air compressor. The project envisages three main investments: 1. Construction of a photovoltaic power plant with a capacity of 30 kWp for own consumption, combined with an energy storage system (battery) with a capacity of 30 kWh. The measure will allow a significant reduction in the electricity consumed by the grid, will ensure stability and optimization of energy costs. 2. Replacement of the existing window frames with energy-efficient ones. This will lead to better thermal insulation of the building, which reduces heat loss through windows and frames and more easily maintains the desired internal temperature in winter and summer. This will reduce the burden on heating and cooling systems, minimize cold drafts and improve comfort in the premises. Lower energy consumption and, accordingly, lower electricity bills will be achieved, as well as a reduction in carbon emissions and improved sustainability of the building's operation. 3. Supply and installation of an inverter-controlled compressed air compressor with a dryer. The solution is suitable for ensuring a reliable, efficient and energy-optimized supply of compressed air to the production facility. The implementation of the project will contribute to reducing energy consumption, limiting carbon emissions and improving the overall resource efficiency of the production activity. The measures are fully compliant with national and European policies for energy efficiency and the use of renewable energy sources.
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