1. Reduction in greenhouse gas emissions due to less consumption of primary energy generated from fossil fuels, and thus local pollution created by energy generation, leading to a reduction in both negative health and climate impacts. The reduction of CO2 emissions by 41.06 tons / year will also result in a reduction of SOx, NOx and dust emissions by 0.0365, 0.0338 and 0.002 tons / year, respectively.
2. Reducing primary energy consumption by at least 60% compared to a conventional BC system, thus offering an extremely sustainable, sustainable solution for the construction sector.
3. Use of a climate-friendly refrigerant instead of conventional refrigerants (HFCs).
4. Designing, manufacturing and testing an innovative CFR-based, solar-powered prototype cooling unit and refining its technical performance.
5. Geographic mapping of the installation in another EU country – it is assumed that an analogous installation will be built in UAL. It is estimated that the reduction of HFC emissions as a result of the implementation of the mentioned system will be achieved.
