Presently all world tendencies of energy are directed on the use and combining of renewable energy sources. Combining of a few renewable energy sources and not renewable results in partial energyindependence. In this work the laboratory setting was investigational on cooling and heating of water.During an experiment principles of Carnot were incorporated, hydrodynamics, recurrent-forward and dynamic compression of gases and many other. The association of a few renewable energy systems offered, here it is evidently rotined on charts, how many sources must be involved for work of the experimental setting. Statements were taken at the different experimental setting work terms for this purpose it was equipped plenty of sensors. Burn-time, pressure, temperature on the different areas of setting controlled remotedly, through mobile application.For theconstructions and estimation of testimonies mathematical model collection adequacy from sensors changes depending on the temperature indexes of external environment, that requires more detailed supervisions depending on time of year and desired temperature in an apartment, therefore and may need for this research more than year.The conducted experiments allowed to get the approximated information for the construction of pressure festering dependences charts from temperatures: exit from a compressor, from a capillary and, directly in a reservoir with a liquid, and similarly pressure from time of action.
A research result was become by the built pressure dependences charts from temperatures on four basic areas of setting. For the estimation of testimonies mathematical model collection adequacy from sensors changes depending on the temperature indexes of external environment, that requires more detailed supervisions depending on time of year and desired temperature in an apartment, therefore and may need for this research more than year.Charts are similarly resulted showing, that with each necessary subsequent start, there are less time for achievement of maximal value of pressure in the system is need. Findings enable to build a mathematical model for the further improvement of setting.
Renewable Energy Deployment and COVID-19 Measures for Sustainable Development
