COMPARATIVE STUDY BETWEEN GEOTHERMAL AND SOLAR HVAC SYSTEMS

F. Alajmi, Amer Alajmi, Ahmed Alrashidi, Naser Alrashidi
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Abstract

Many applications depend mainly on heat energy, such as solar and geothermal heat pumps. ‎There is a high increase in the use of applications that depend on renewable energy. The ‎main objective of this project is to study the heating systems and geothermal heat pumps. ‎This study also investigated solar heat pumps and the geothermal efficiency to optimize its ‎strategic plan. A performance factor (COP) was used to assess the efficiency of both ‎geothermal and solar systems. To apply the methodology, a case study was used. The ‎results in the thermal energy system are that solar energy is better and more cost-effective in ‎terms of capital. The revenues for the solar system after 25 years were higher than the ‎revenues for the geothermal system. Furthermore, solar power has a shorter payback time ‎making it superior for a similar life span, so it was clear that the expenditure on solar power ‎was safer than the expenditure on geothermal power.‎‎
地热与太阳能暖通空调系统的比较研究
许多应用主要依靠热能,如太阳能和地热热泵。依赖于可再生能源的应用有了很大的增长。本项目的主要目的是研究供热系统和地热热泵。本研究还研究了太阳能热泵和地热效率,以优化其战略计划。使用性能因子(COP)来评估地热和太阳能系统的效率。为了应用该方法,使用了一个案例研究。热能系统的结果是,太阳能在资本方面更好,更具成本效益。25年后,太阳能系统的收入高于地热系统的收入。此外,太阳能具有更短的投资回收期,使其在类似的寿命范围内具有优势,因此很明显,太阳能发电的支出比地热发电的支出更安全
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