Electronic energy-saving lamp

As people's living standards continue to improve, their awareness of environmental protection and energy conservation is also constantly improving. Therefore, many families have begun to use electronic energy-saving lamps. In addition, electronic energy-saving lamps do have many advantages over other electric lamps. In addition to being highly efficient and energy-saving, their service life is also much longer than that of ordinary electric lamps. So what are the advantages of electronic energy-saving lamps?

In fact, the advantages of electronic energy-saving lamps are numerous and good, so electronic energy-saving lamps have become one of the indispensable lighting fixtures in our lives. Although electronic energy-saving lamps have many advantages, they do have some disadvantages. Below I will give you a detailed introduction to electronic energy-saving lamps.

Electronic energy-saving lamps, also called LED energy-saving lamps. Refers to a lighting device that combines a fluorescent lamp and a ballast into a whole. It has the advantages of low voltage starting, no flicker, no noise, high efficiency and energy saving, instant lighting and long service life. It is an indispensable lighting appliance in people's lives.

Characteristics of electronic energy-saving lamps

1. High efficiency and energy saving: Comparing with the same brightness, a 3W crystal lamp consumes 1 kWh of electricity in 333 hours, while an ordinary 60W incandescent lamp consumes 1 kWh of electricity in 17 hours, and an ordinary 10W energy-saving lamp consumes 1 kWh of electricity in 100 hours.

2. Super long life: semiconductor chips emit light, no filament, no glass bulb, not afraid of vibration, not easy to break, the service life can reach 50,000 hours (the service life of ordinary incandescent lamps is only 1,000 hours, and the service life of ordinary energy-saving lamps is only 8,000 hours).

3. Healthy: Healthy light does not contain ultraviolet rays and infrared rays and does not produce radiation (ordinary light contains ultraviolet rays and infrared rays).

4. Green and environmentally friendly: It does not contain harmful elements such as mercury and xenon, is easy to recycle and does not generate electromagnetic interference (ordinary lamps contain elements such as mercury and lead, and the electronic ballasts in energy-saving lamps will generate electromagnetic interference).

5. Protect eyesight: DC drive, no flicker (ordinary lamps are AC driven, which will inevitably produce flicker).

6. High light efficiency: low heat generation, 90% of the electrical energy is converted into visible light (80% of the electrical energy of ordinary incandescent lamps is converted into heat energy, and only 20% is converted into light energy).

7. High safety factor: The required voltage and current are small, the heat is small, and there is no potential safety hazard. It is suitable for dangerous places such as mines.

8. Huge market potential: low voltage, DC power supply, battery, solar power supply, in remote mountainous areas and outdoor lighting and other places with power shortage or low power supply. >Advantages and disadvantages of electronic energy-saving lamps

advantage:

1. Compact structure and small size. 2. Can directly replace incandescent bulbs. 3. Longer lifespan, 6 to 10 times that of incandescent lamps. 4. High luminous efficiency of 60Lm/w, saving more than 80% of electricity, saving energy. 5. The inner wall of the lamp tube is coated with a protective film and the use of a triple spiral filament can greatly extend the service life.

shortcoming:

1. Electronic energy-saving lamps will flicker like ordinary incandescent lamps when driven by AC power, while ordinary energy-saving lamps do not flicker. Flickering can easily cause eye fatigue. 2. The light from each LED bulb is too bright, which will strongly irritate the eyes. Do not look directly at it, even for a short time. Ordinary energy-saving lamps are relatively softer! 3. The irradiation angle is limited, generally only 120°, while ordinary energy-saving lamps can almost irradiate 360°. 4. The brightness of the room is not better than that of energy-saving lamps, because LEDs are only bright within a narrow angle of direct viewing, and the light quickly weakens after deviating from this angle.

After reading the detailed introduction of electronic energy-saving lamps, I believe everyone has learned something about it. In fact, electronic energy-saving lamps have eight main characteristics and five advantages. Using electronic energy-saving lamps can not only save a lot of electricity, but also protect our retina. Moreover, the energy after use can be reused. Therefore, when choosing lighting tools, you might as well choose electronic energy-saving lamps.