Key points of choosing 100% energy-saving lamp for baby photoelectric LED lamp

1, many consumers choose energy-saving lamps with the power of tungsten filament bulbs as a reference.

Most manufacturers will list the power of the product itself and the power of tungsten filament bulbs with similar luminosity.

For example, there is a sign "15W→75W" on the package, which generally indicates that the actual power of the lamp is 15W, claiming that it can emit luminosity similar to that of a 75W tungsten filament bulb.

2. Some products have energy efficiency labels on the packaging.

Products meet the safety standards, ready to reach a certain level, the average life of more than 8000 hours, can be labeled.

3. What should I pay attention to when buying energy-saving lamps? Some models of energy-saving lamps are available in white and yellow colors.

Most people think that white light is cold and yellow light is warm.

To compare the differences of different colors, you can go to the showroom to enjoy them.

Users can choose the lighting color that matches the home furnishings according to their personal preferences.

4. Some store lamp holders test the lamp tubes for consumers, and try them before payment to ensure that they are normal.

5. (Non-civil energy-saving lamps) When purchasing energy-saving lamps, we should also consider the technical parameters of electronic ballasts, such as harmonic content, power factor and whether to install filters.

Especially in some large-area and large-scale occasions where energy-saving lamps are used, we must choose energy-saving lamps and filter elements with low harmonics and high power factor, and pack as many power switches as possible to avoid damage caused by high-voltage pulse impact from the power grid when a large number of energy-saving lamps are switched on and off at the same time.

6, the whole lamp plastic shell, should choose high temperature resistant and flame retardant plastic shell.

7. What should I pay attention to when buying energy-saving lamps? Pay attention to observe whether the uneven thickness of phosphor coating affects the normal light emission of the lamp after it is electrified.