The effectiveness to use the distribution manifold in the construction of the solar wall for the conditions of circulation

Abstract The aim of the research was to explore the proposed solar installation, which consisting of a solar wall, storage tank, radiation sources and measuring equipment. The solar installation was tested in a circulating mode, which is an important point in energy conservation. Planning the installation of the collector heating system is still at the stage of building the house. Therefore, it remains relevant to replace the traditional boiler on the solar wall in quality of the solar collector, which will be used to heat water in the system and/or the pool completely free of charge. Proposed construction of the solar wall is effective for the solar heat supply system, at the same time the results of research confirm not only the efficiency of the system, but also allow for the design stage to take into account the practical efficiency of the system. Solar wall in circulation mode has a sufficiently effective coefficient for combined hot water supply or preheating of the heating medium of the heating system. The main theses of this work also would like to mark the affordability for the consumer, since the following design does not require a separate installation, and has the ability to mount in the existing wall

Energy efficiency of heating systems using solar windows

The era of technological progress provides people with many opportunities to install in a building various systems such as heating, gas supply and ventilation that will help to improve the microclimate and comfort of use of theroom. The environmental and economic side of these systems remain the main issues in selecting the type of installation. The article considers the energy efficiency of a heating system using a solar window. The data describes changes in the solar window heat carrier temperature and the nature of the change in thermal power over time. It was found that the proposed solar window model is quite effective and canbe used in the design of of solar heating systems. The results of the study can be used in the design and choice of location of solar energy installations in Ukraine