The Philips Lighting Division has insight into peoples demand for the public environment and private space, and is committed to launching innovative high -efficiency energy -saving lighting solutions and application products with end users -oriented.
As a leader in global lighting, Philips is trying to promote the conversion of the entire society to high -efficiency energy -saving solutions.Because lighting occupies 19%of global power consumption, the use of high -efficiency energy -saving lighting will greatly reduce the worlds energy consumption and reduce the discharge of harmful carbon dioxide.Philips provides advanced efficient energy -saving solutions for all fields, including: roads, offices, industry, entertainment and home lighting.In terms of building new types of lighting in the future, Philips also leads a leader. For example, LED technology, in addition to efficient energy saving, it also has more superiority, as well as providing countless new and unprecedented lighting solutions.
Philips Zhaochengs main innovation
In 1914, Philips developed the first headlight. Even at night, it made you see the light during the day
In 1924, Philips developed the double tungsten wire "Duplo car lights", allowing the light bulb to have the function of near -light and high beam.
In 1931, Philips started the worlds first lighting design and consulting center.
In 1933, the Bi-Raslita light source, the earliest modern double spiral filament lamp for general lighting was introduced to the world market.
In 1938, Lipan introduced a revolutionary ultra -high -pressure palace lamp.This compact high -intensity light source is welcomed as an alternative to the bulky carbon arc lamp in the movie screener.The fluorescence lamp is also put into the market in 1938.Philips once played the role of pioneer.
In 1964, the Philips Research Department used non -lively halogen compounds to replace the pure elements, which began large -scale industrial production of halogen incandescent lamps.Two years later, Philips first introduced the "cold light beam" lamp for the purpose of vitality. It is characterized by the color division mirror directly installed on the tube wall. Most thermal loads were removed from the beam.
In 1973, Philips scientists discovered narrow -band fluorescence powder, which indicates the revolution in fluorescence technology.It can now produce a higher light source with good color characteristics.When working hard for energy conservation, this innovation has been promoted for a period of time.In addition, due to this fluorescent powder anti -radiation load, it plays a vital role in the development of all forms of compact fluorescent lamps.
In 1978, from the 38mm diameter fluorescent light to the 26mm diameter fluorescent lamp, Philips played a leading role in the modification.The earliest high -frequency fluorescent light using electronic ballasts was introduced into the market.
In 1980, the new fluorescent powder allowed the miniaturization of fluorescent lamps due to its outstanding performance under high -radiation.Philips is the earliest company to use compact thin tube fluorescent lights.
In 1995, the TL5 system, which is only 16mm diameter fluorescent light, greatly reduced the total operating cost, and saved considerable energy and materials.Because of its small volume, this light source allows optical and lamp design to have greater freedom and flexibility.UHP is used for LCDProjectors ultra -high -performance gas discharge lamps MPXL (automotive lanterns greatly improved vision, cut off angle and created into a different blue light).
In 1999, a breakthrough in the optical performance of the road lighting system and enhancing the appearance of aesthetics.