Key words
light source, optical system, luminous intensity curve, photometric body, lens, collimator, reflector, calculation, chart, program, modeling.
articles
The author:
Bajnev V. Published in
№ 3(69)
30 june 2017 year
Rubric: Models and althorithms
Rubric: Models and althorithms
Computer modeling and calculation of LED lighting systems
The article describes the optical system for the light-emitting diodes. Analyzed the features of the secondary
use of the optical elements in the form of lenses and prisms for different LED emission patterns
in space. Formulated the requirements imposed on the optical elements. The paper considers the problem
of designing modern lighting devices and optical systems. Analysis of the development of lighting devices
shows that the main stage in their development is the calculation of the optical system, the results
of which largely determine the lighting fixtures and functional characteristics. Application and development
of specialized software for the calculation and simulation of lighting devices significantly facilitates
and speeds up the process of their design. The paper presents a mathematical model developed by the
software system, described in the hierarchical structure of the simulation geometry of lighting devices.
Building an extended triangulation grid facilitates the approximation of smooth surfaces of the optical
element and the photometric body. The software package is carried out modeling of LED optical systems
and luminaires based on them using surface models, ray tracing and calculation of photometric body.
The author:
Bajnev V.
Degree:
graduate student, Department of Automated information processing systems and Management, Institute of Electronic and Light Engineering, National Research Ogarev Mordovia State University
Location:
Saransk
All articles:
Hierarchical structures and their computer implementation in the calculation of LED optical systems
The program realization of optic models for design of lighting devices
Implementation and optimization of the ray tracing algorithm in the optical system
Application of the kd-trees for the ray tracing optimization in the optical system
