Inductive coupling type high-frequency electrodeless lamp simulation device and method

Abstract

The invention discloses an inductive coupling type high-frequency electrodeless lamp simulation device and method, which belong to the field of lighting engineering. The device comprises a data input module, a first data acquisition module, a geometric modeling module, a physical coupling\chemical reaction module, a mesh generation module, a calculating and solving module, a data output module, an environmental factor input module, a second data acquisition module, a parameter optimization device and an optimal value output module. The device is based on mathematical physics, chemical equations and finite element numerical analysis models, multiple physical fields such as electrical, magnetic and plasma fields of a high-frequency electrodeless lamp are built, realized and optimized so as to guide the electrodeless lamp research and development; a mechanism model and a computer are applied to simulate, so that the development cost is lowered, the development period is shortened, the development quality is improved, the whole electrodeless lamp development process is assisted by the computer, the electrodeless lamp development process is improved from imitation, practicality experiment and data accumulation processes, and reliable technical guarantee is provided for the batch production of the electrodeless lamp.

Description

Technical field [0001] The invention belongs to lighting engineering, and specifically relates to an inductive coupling type high-frequency electrodeless lamp simulation device and method. Background technique [0002] At present, the induction lamp manufacturers adopt the traditional research and development methods in the development process of new induction lamps, that is, the actual test is mainly based on the actual test. When certain design parameters are tested or verified, the induction lamp is not easy to start and the control device is damaged. Development costs are too high. In addition, the kind of induction lamp real The parameters and observation status cannot be easily modified in the test, and some parameters cannot be adjusted online. Due to the limitations of physical test methods, the coexistence and conversion of multiple physical fields and the dispersion of optical, electrical and magnetic parameters, the working scene of the induction lamp is not easy to r...

AI Technical Summary

Problems solved by technology

[0002] At present, manufacturers of electrodeless lamps adopt traditional development methods in the process of developing new products of electrodeless lamps, that is, mainly based on physical testing and testing. When testing or verifying certain design parameters, the electrodeless lamp is not easy to light up, and even the control device is damaged. Development costs are too high

In addition, the kind of electrodeless lamp Reality The experiment cannot easily modify the parameters and observation status, and some parameters cannot be adjusted online

Due to the limitations of physical test methods, the coexistence and conversion of multiple physical fields, and the dispersion of optical, electrical, and magnetic parameters, it is difficult to reproduce the working situation of the electrodeless lamp, and it is not easy to accurately grasp the indicators, which makes the working status of the electrodeless lamp quite different from the theoretical indicators.

[0003] The new method suitable for the actual research and development of electrodeless lamps has not seen relevant reports, and it is a blank situation

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