The manufacturing, distribution and use of electricity are of fundamental importance for the social life and they have the biggest influence on the environment associated with any human activity. The energy needed for building lighting makes up 20-40% of the total consumption. This paper displays the development of the mathematical model and genetic algorithm for the control of dimmable lighting on problems of regulating the level of internal lighting and increase of energetic efficiency using daylight. A series of experiments using the optimization algorithm on the realized model confirmed very high savings in electricity consumption
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
The paper presents two ways of using the solar radiation to limit consumption of the electric power ...
Buildings are heavily responsible for energy consumption and CO2 emissions. Increasing their energy ...
The paper presents the problems of the light field analysis applied to optimization of total expense...
The paper presents the problems of the light field analysis applied to optimization of total expense...
Summarization: Because light directly influences human health, requirements on lighting levels must ...
The use of genetic algorithms for the optimal design of lighting systems is illustrated and discusse...
The use of genetic algorithms for the optimal design of lighting systems is illustrated and discusse...
In order to maximize the advantages of LED lighting systems for controlled environment agriculture (...
The aim of the present study was to determine the applicability of a genetic algorithm for the optim...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
The paper presents two ways of using the solar radiation to limit consumption of the electric power ...
Buildings are heavily responsible for energy consumption and CO2 emissions. Increasing their energy ...
The paper presents the problems of the light field analysis applied to optimization of total expense...
The paper presents the problems of the light field analysis applied to optimization of total expense...
Summarization: Because light directly influences human health, requirements on lighting levels must ...
The use of genetic algorithms for the optimal design of lighting systems is illustrated and discusse...
The use of genetic algorithms for the optimal design of lighting systems is illustrated and discusse...
In order to maximize the advantages of LED lighting systems for controlled environment agriculture (...
The aim of the present study was to determine the applicability of a genetic algorithm for the optim...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
Traditional lighting systems are often realized to manage the on-off intensity of all luminaries in ...
The paper presents two ways of using the solar radiation to limit consumption of the electric power ...