飞利浦照明品牌怎么样 申请店铺

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飞利浦照明事业部深入洞察人们对公共环境和私人空间的需求，致力于推出创新的、以最终用户为导向的高效节能照明解决方案和应用产品。

作为全球照明的领先者，飞利浦正在努力推动整个社会向高效节能解决方案的转换。由于照明占用全球电力消耗的19%，因此高效节能照明的使用将大大地减少世界范围的能源消耗，并且降低有害的二氧化碳的排放。飞利浦为所有领域提供先进的高效节能解决方案，包括：道路、办公室、工业、娱乐和家居照明等。在构筑未来的新型照明的应用和技术使用上，飞利浦也位居领导地位，例如LED技术，除了高效节能外，它还具备更多的优越性，以及提供无数全新的、史无前例的照明解决方案。

飞利浦照明主要创新

1914年，飞利浦研发出第一个头灯，即使是黑夜，它也让你看见白天的光芒

1924年，飞利浦研发出双钨丝「Duplo车灯」，让灯泡同时拥有近光灯与远光灯功能。

1931年，飞利浦开创了世界上第一个照明设计与咨询中心。

1933年，"Bi-Arlita"光源，最早的用于一般照明的现代双螺旋灯丝灯被引入世界市场。

1938年，利浦引入了革命性的超高压宫灯。这种紧凑型高强度光源作为电影放映机中笨重的碳弧灯的替代品而受到欢迎。荧光灯也正是在1938年投入市场。飞利浦曾经扮演着先锋的角色。

1964年，飞利浦研究部门使用非活泼的卤素化合物替代纯元素，从而开始了卤素白炽灯大规模工业生产。两年后，飞利浦最先引入用于投光目的的“冷光束”灯，它以直接安装在管壁上的分色镜为特征，多数热负荷被从光束中除去了。

1973年，飞利浦的科学家发现了窄带荧光粉，这预示了荧光灯技术上的革命。现在可以生产颜色特性良好每瓦光输出更高的光源。当为节能而努力正集聚动力的时候，这一革新在一段时间内充当了推进力。此外，由于这种荧光粉抗高辐射负载，它在随后的所有形式的紧凑型荧光灯的发展中发挥着至关重要的作用。

1978年，从38mm直径荧光灯到26mm直径荧光灯，飞利浦在改型上发挥着领导作用。最早的使用电子镇流器的高频荧光灯被引入市场。

1980年，新型荧光粉因其在高辐射负载下的出众的表现而允许荧光灯的小型化。飞利浦是最早将紧凑型细管荧光灯投入使用的公司。

1995年，以仅仅16mm直径的细管荧光灯为特点的TL5系统极大降低了总操作成本，同时节省了相当的能量和材料。因为其体积小，这种光源允许光学和灯具设计有更大的自由度和灵活性。UHP用于LCDprojectors超高性能气体放电灯MPXL(汽车氙灯极大地改善了视觉，切断角度并被创造成发射与众不同的青色光)。

1999年，在道路照明系统光学性能和增强美学外观上做出了突破。

Philips Lighting Division has a deep insight into people's demand for public environment and private space, and is committed to promoting innovative and end-user-oriented efficient energy-saving lighting solutions and application products. As a global leader in lighting, Philips is striving to transform the whole society into energy-efficient solutions. As lighting accounts for 19% of the global power consumption, the use of efficient and energy-saving lighting will greatly reduce the world's energy consumption and reduce harmful carbon dioxide emissions. Philips provides advanced energy-efficient solutions in all fields, including roads, offices, industry, entertainment and home lighting. Philips also takes the leading position in building the application and technology use of new lighting in the future. For example, LED technology, in addition to high efficiency and energy saving, has more advantages and provides numerous new and unprecedented lighting solutions. Philips main innovation in lighting in 1914, Philips developed the first headlight, even in the night, it also let you see the light of the day. In 1924, Philips developed a dual tungsten wire "DUPLO lamp", which allows the bulb to have both low beam and high beam functions. In 1931, Philips founded the world's first lighting design and consulting center. In 1933, "Bi arlita" light source, the first modern double helix filament lamp for general lighting, was introduced into the world market. In 1938, liput introduced the revolutionary ultra-high pressure palace lamp. This compact, high-intensity light source is popular as an alternative to the bulky carbon arc lamp used in film projectors. It was in 1938 that fluorescent lamps were put on the market. Philips used to play a pioneering role. In 1964, Philips Research Department began large-scale industrial production of halogen incandescent lamps by replacing pure elements with non active halogen compounds. Two years later, Philips first introduced a "cold beam" lamp for projection purposes, which features a dichroic mirror mounted directly on the tube wall, with most of the heat load removed from the beam. In 1973, Philips scientists discovered narrow-band fluorescent powder, which indicates the technological revolution of fluorescent lamp. Now we can produce light source with good color characteristic and higher output per watt. While efforts to save energy are gathering momentum, this innovation has served as a driving force for some time. In addition, because of its resistance to high radiation load, it plays a crucial role in the development of all subsequent forms of compact fluorescent lamps. In 1978, Philips played a leading role in the transformation from 38mm diameter fluorescent lamp to 26mm diameter fluorescent lamp. The first high-frequency fluorescent lamps using electronic ballasts were introduced into the market. In 1980, the new phosphor allowed the miniaturization of fluorescent lamps due to its outstanding performance under high radiation load. Philips is the first company to put compact fluorescent tube into use. In 1995, the tl5 system, which is characterized by only 16 mm diameter fluorescent tube, greatly reduced the total operating cost and saved considerable energy and materials. Because of its small size, this light source allows more freedom and flexibility in optics and lamp design. UHP is used for lcdprojectors ultra-high performance gas discharge lamp MPXL (automotive xenon lamp greatly improves vision, cuts off angle and is created to emit distinctive blue light). In 1999, a breakthrough was made in the optical performance and enhanced aesthetic appearance of road lighting system.

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