Advantages and classification of high-power energy-saving lamps

High-power energy-saving lamps expand the lighting application technology of low-power energy-saving lamps from small indoor lighting applications to large indoor and outdoor lighting applications, which is an innovation in application technology. Let me introduce the advantages and classification of high-power energy-saving lamps to you.

First, the advantages of high-power energy-saving lamps

1, the color rendering index of high-power energy-saving lamps is high, which can reach about 79-85. It is much better than a self-ballasted mercury lamp with a color rendering index of only about 0.5. It can be used in photography, television broadcasting, printing and dyeing factories, weaving factories, laboratories and other important occasions with high requirements for color reproduction.

2. The light efficiency of the invention is high: in the practical application circuit with the working frequency of 45KHZ, the light efficiency can reach the technical level of 58 lm-68 lm/w. In the same use environment, the light efficiency of the 85W high-power energy-saving lamp can reach 5800-6300LM, which is equivalent to the brightness and illumination of a 400W incandescent lamp or a 350W self-ballasted mercury lamp. The energy-saving effect of high-power energy-saving lamps can reach more than 80%, which is a new product to replace self-ballasted mercury lamps and incandescent lamps. (Color rendering standard is lower than incandescent lamp)

3. The high power factor of high-power energy-saving lamps is above 0.95-0.99, and the service life of lamps can reach 5000 hours.

The service life of high-quality lamps can reach more than 8000 hours, which is 5 times that of incandescent lamps and 4 times that of mercury lamps. The overall service life of split high-power energy-saving lamps can reach more than 12000 hours, and the economic benefits are very obvious. 4. Special color temperature manufacturing technology of high-power energy-saving lamps: The color temperature manufacturing technology of high-power energy-saving lamps can range from 300K deep red to 20,000 K blue high color temperature ... This is a major feature of high-power energy-saving lamps. The use of special color temperature is strange. The color temperature of 17000K is very shocking for the seed culture of special plant bioengineering. People can control and improve the growth of plants by lighting with special color temperature, and can also be used for directional culture of plant organisms.

Some figures of investigation and experiment show that the service life of high-power energy-saving lamps is about 5000 hours, and the service life of high-quality energy-saving lamps can even reach tens of thousands of hours.

Second, the classification of high power energy-saving lamps

1, high-power integrated energy-saving lamp

High-power integrated energy-saving lamp is an integrated high-power energy-saving lamp which combines electronic ballast and lamp tube. Because the integrated high-power energy-saving lamp has certain limit requirements on the ambient temperature and the use temperature, in the sealed lamps which are greatly affected by the overall temperature rise,

The use of integrated energy-saving lamps is limited to some extent. It's best to use the light on. Otherwise, it will affect the service life of integrated high-power energy-saving lamps. High-power energy-saving lamps are divided into E27 and E40 lamp holders, which are integrated with high-power energy-saving lamps and can be directly used for lighting on the corresponding lamp holders. 2. High power split energy-saving lamp

High-power split energy-saving lamp is a kind of high-power split energy-saving lamp that separates the lamp tube and electronic ballast into their own independence. High-power split energy-saving lamps with high-quality products, the connection distance between the lamp body and the electronic ballast can reach 200 mm-300 mm The high-power split energy-saving lamps are equipped with lamps and ballasts respectively, and the lamps and ballasts are connected with wires in the middle for lighting.

High-power split energy-saving lamps can be interchanged between ballasts and lamps. If the lamp tube is broken, you can change it.

If the ballast is broken, it can be replaced. The split lamp can be installed in the sealed lamp, and there is no need to worry about the damage to the lamp caused by the rising temperature. 3. High-power energy-saving lamps can be divided into high power factor and low power factor.

High-power energy-saving lamps with low power factor cannot be used in occasions with high requirements for electromagnetic interference and electromagnetic compatibility, and cannot be installed and used in a large number of concentrated areas at the same time.

High-power energy-saving lamps with high power factor usually have a high power factor, generally above 0.95, and the third harmonic content is lower than the standard 37%. If the technical standard of high power factor exceeds 0.99, the total harmonic content of current can be controlled below 8% and the third harmonic content can be controlled below 5%. If EMI in front of filter circuit and EMC's circuit suppression circuit are designed and used, the electromagnetic compatibility can meet the requirements of IEC that the electromagnetic compatibility is lower than 45dB.

It can be safely used in places with high requirements for electromagnetic interference, conducted interference and radio frequency interference. The third harmonic is well controlled and can be used in a large area. 4, high-power LED energy-saving lamps

High-power LED energy-saving lamp High-power LED energy-saving lamp is a kind of LED energy-saving lamp. Compared with low-power LED energy-saving lamps, high-power LED energy-saving lamps are more powerful, brighter and more expensive. At present, there are three categories of standard abstracts:

The first one can be divided into 0.5W, 1W, 3W, 5W, 10W... 100W depending on the power, and changing according to the total power of the molded product after packaging.

The second category can be divided into large-size epoxy resin package, piranha epoxy resin package, aluminum substrate (MCPCB) package, to package, power SMD package, MCPCB integrated package and so on.

The third type can be divided into low-light attenuation high-power products and non-low-light attenuation high-power products according to the degree of light attenuation.