Investigation thermal performance of a heating system with solar energy storage

In this study, it is aimed to heat a safety cabinet by means of solar energy in accordance with research of heating the building with the solar energy. Safety cabinet has a volume of 4.82 m³ and dimension of 1.416x1.516x2.44 m . In order to compensate the heat loss of the center, an active heating system which constitutes of total 3.36 m² planar air solar collector with two 1.68m² parts, was built. Besides, there was a heat store with 0.6x0.66x1.60 m dimension, which includes 260 ea 1.5 l water bottles to storing solar energy. In each system, air is circulated by a 313 m³/h debiated fan and heated by circulating in collector and then passed through heat store. It was calculated that the assembled system, met the 97.88 % of heat need of the safety cabinet in march. Also in this study, the decharge periyod for april which is in need of heating was calculated as 6.58 hours. Keywords: Storage of energy, storage of the solar energy, Analyses of the energy,Analyses of the