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Reliable Energy Strategy Based on Incandescent Lighting

机译:基于白炽灯的可靠能源策略

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The artificial lighting used today in home and workplace have confirmed capability to induce skin problems, DNA damage, tumor formation as well as worsening arthritis, migraine and visual fatigue by longer exposure of ultraviolet radiation from discharge lighting sources. In this paper an ignition-angle controller (IAC) is used to demonstrate the reliability of incandescent lamps (ILs) in comparison with discharge lighting feed by switching-mode supplies. Analysis of harmonic of the line-current flow consumed by the ignition-angle controller (IAC) circuit has shown that production of distorted rms currents does not produce hazard, because single harmonic distortion (SHD) values are keeping lower to 50%. As energy policy, the modern artificial lighting must be replaced by economical, stable and nonhazardous incandescent lamps (ILs).
机译:如今,在家中和工作场所使用的人造照明已被证实具有通过长时间暴露来自放电光源的紫外线而引起皮肤问题,DNA损伤,肿瘤形成以及恶化的关节炎,偏头痛和视觉疲劳的能力。在本文中,使用点火角度控制器(IAC)来证明白炽灯(IL)与通过开关电源供电的放电照明相比的可靠性。点火角控制器(IAC)电路消耗的线路电流的谐波分析表明,失真的均方根电流的产生不会产生危害,因为单次谐波失真(SHD)值保持在50%以下。作为能源政策,现代人造照明必须由经济,稳定且无害的白炽灯(IL)代替。

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