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首页> 外文期刊>IEEE Transactions on Industrial Electronics >Design and Analysis of Wireless Ballastless Fluorescent Lighting
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Design and Analysis of Wireless Ballastless Fluorescent Lighting

机译：无线无Ball荧光灯的设计与分析

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摘要

In this paper, a wireless ballastless lighting system for fluorescent lamps is proposed and implementted. The key is to utilize magnetic resonant coupling to achieve wireless power transfer (WPT) while igniting the fluorescent lamp without using any magnetic or electronic ballast. Meanwhile, series-parallel compensation is identified to be more suitable for this WPT system. Also, burst firing control is utilized to achieve efficient light dimming. In order to achieve the fully wireless feature, remote lighting control via Bluetooth is realized by a smart phone. As an example, an experimental setup, which can light up an 8 W fluorescent lamp with illuminance of 2330 Ix, has been designed and developed. In particular, it can achieve the transmission efficiency of 57% and the operating frequency of 51 kHz, with distance up to 56 cm. Both theoretical analyses and experimental results are given to validate the feasibility and flexibility of the proposed system.
机译：本文提出并实现了一种用于荧光灯的无线无ball照明系统。关键是在不使用任何磁性或电子镇流器的情况下，在激发荧光灯的同时利用磁共振耦合实现无线电力传输（WPT）。同时，已确定串并联补偿更适合此WPT系统。而且，利用突发发射控制来实现有效的光调光。为了实现完全无线功能，智能手机可实现通过蓝牙的远程照明控制。例如，已经设计并开发了一种实验装置，该装置可以照亮2330 Ix的亮度来点亮8 W荧光灯。特别是，它可以实现57％的传输效率和51 kHz的工作频率，距离可达56 cm。给出了理论分析和实验结果，以验证所提出系统的可行性和灵活性。

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