An Evaluation of a Solar-Powered Heating and Hot Water System for Residential Buildings Using T*Sol

The outcome of this research was the development of a parameterisation of the thermal inconsistencies associated with the implementation of water heating and underfloor heating systems in domestic settings. The objective of this research is to investigate the use of solar energy to construct a thermal system for heating and domestic hot water for residential buildings based on the use of solar energy as the main energy source. The purpose of this study is not to conduct an experiment but to conduct an exploratory study. This study has several major results, including the fact that it uses data from climate measurements up to the year 2023 as a reference, the simulated information may have variations; T*Sol 2023 software was used for the optimisation and calculation of solar systems. Based on the use of thermal transmission technology and to calculate the performance of domestic hot water heating and heating support equipment. The average seasonal performance of heating systems in buildings can be calculated by using standards and methods. The aim of this research appears to be summarizing the various aspects and methodologies employed in the research related to investigating the utilization of solar energy for constructing a thermal system in residential buildings. It outlines the key components, including the parameterization of thermal inconsistencies, the reliance on solar energy as the primary source, the use of data from climate measurements, the utilization of T*Sol 2023 software for optimization, and the calculation of heating system performance based on thermal transmission technology and established standards. Overall, it aims to explore the feasibility and efficiency of using solar energy for residential heating purposes.