Groundwater deposits, along with photovoltaic cells and wind turbines, are now likely to become the third primary source of renewable energy as fuel, gas and electricity prices rise. These deposits are characterized by unrestricted, clean and friendly to the environment energy with constant parameters that are unaffected by wind and solar energy fluctuations. In FCH HVAC, novel low-carbon methods for converting groundwater energy into heating and cooling are presented in this paper. A study that describes the system that was implemented in the Integrative Sports and Recreation Centre in omianki is a good illustration of the significant reduction in CO2 emissions that this technology was able to achieve. In the above-mentioned centre, new FCH technology installations will reduce CO2 emissions and energy used for heating and cooling by at least 50%. The purpose of this article was to explain how to use the energy from underground waters in HVAC installations. The authors present a novel approach to the utilization of forgotten energy that not only is accessible in unrestricted quantities at all latitudes but also has a negligible impact on the environment and has the potential to significantly reduce CO2 emissions.
HTML PDFShare this article
Environmental & Analytical Toxicology received 6818 citations as per Google Scholar report
