comfort

The automated data collection, processing, and transmission system in a smart home offers a wide range of capabilities and functions aimed at optimizing resource use and enhancing resident comfort. This model involves not only the usual monitoring of water, gas, and electricity consumption but also their real-time analysis, with the ability to automatically adjust consumption according to established parameters. As a result, users can more effectively control consumption, receive timely notifications of exceeding set limits, and use analytical data for further reducing costs.

Розроблено методику проведення вимірів комфортності приміщень, здійснено іден- тифікацію параметрів та визначені розподіли освітленості і температури в 3D просторі.

Designed methodology of measuring rooms comfort facilities. Carried out the identification of the parameters and determined the distribution of light and temperature in the 3D space.

The visual comfort of artificial lighting of open public spaces is an important factor in the sustainable operation of the city. The rapid development of innovations in the field of lighting of the architectural environment has significantly increased the tourist and recreational attractiveness of many cities around the world. However, along with the positive changes, the phenomenon of “light pollution” is a growing concern, a term used to describe excessive artificial night lighting, especially in large urban areas.