摘要：The paper describes the use of renewable energy sources
in an autonomous home in the aspect of sustainable development.
The work contains an analysis of the results of the quality parameters of
the internal microclimate (carbon dioxide concentration and relative
humidity), mycological cleanliness of the enclosed spaces in the study was
taken into account, the immediate proximity of the pond as a biological
treatment plant, which is also an integral part of the ecosystem with
a closed cycle of organic matter and influences independence energy of the
tested object. Parameters of the microclimate were taken from the BMS
(Building Management System) installed in the facility, while mycological
purity tests were carried out using the sedimentation and collision method.
Based on the conducted analyses, conclusions have been drawn that can be
used in the design of autonomous objects.
其他摘要：The paper describes the use of renewable energy sources in an autonomous home in the aspect of sustainable development. The work contains an analysis of the results of the quality parameters of the internal microclimate (carbon dioxide concentration and relative humidity), mycological cleanliness of the enclosed spaces in the study was taken into account, the immediate proximity of the pond as a biological treatment plant, which is also an integral part of the ecosystem with a closed cycle of organic matter and influences independence energy of the tested object. Parameters of the microclimate were taken from the BMS (Building Management System) installed in the facility, while mycological purity tests were carried out using the sedimentation and collision method. Based on the conducted analyses, conclusions have been drawn that can be used in the design of autonomous objects.
