1. LED fluorescent lamp has high luminous efficiency, low heat generation and good color rendering. Traditional lamps generate a lot of heat energy, while LED lamps convert all electric energy into light energy, avoiding energy waste and saving energy. two major Plant lighting Mercury free, environmentally friendly, UV free. Traditional fluorescent lamps use low-pressure mercury vapor to radiate ultraviolet light in the discharge process, so that the phosphor emits visible light. 3. LED fluorescent lamp has soft light, eye protection, no noise and quick start. Traditional fluorescent lamps use AC power, so 100-120 stroboscopic lamps are generated per second. 4. LED fluorescent lamp voltage can be adjusted from 80V to 245V. Traditional fluorescent lamps are lit by the high voltage released by the rectifier, but cannot be lit when the voltage drops. five major Plant lighting Energy saving and power saving, long service life. The power consumption of LED fluorescent lamp is less than one third of that of traditional fluorescent lamp, and its service life is ten times of that of traditional fluorescent lamp. It can be used for a long time without replacement, thus reducing labor costs. 6. It is safe and reliable with good shockproof effect. LED lamp body is made of epoxy resin rather than traditional glass, which is more solid and reliable.
The ultraviolet ray of LED energy-saving lamps is not particularly strong. major Plant lighting It will not appear after using for a period of time. It may feel particularly strong and will not produce ultraviolet light, so it will not fade, will not be disturbed by mosquitoes, and the indoor sanitation can also become clean. major Plant lighting It can also protect our eyes well. When starting, the time is faster, so it will not flash, so it can protect the eyes. The main advantage is that it can save power and has a longer service life. This is a good and reasonable guarantee. When you use it, you don't have to worry about life problems or abnormalities, nor about the cost of replacing the bulb. Moreover, when you use it, it is relatively robust and does not worry about frequent use. This would be bad.
Like the hump of a camel, the battery of a solar street lamp has the function of storing energy. The importance is self-evident. Third generation solar street lamp battery replacement, from lead-acid battery to gel battery to lithium battery. At present, the mainstream major Plant lighting Battery has gradually developed from gel battery to lithium battery. Relatively speaking, colloidal battery has low price, relatively mature technology and high stability. advantage. The disadvantages are that compared with lithium batteries of the same level, the service life is relatively short, the electric energy storage capacity of the same volume is less, and there are other fatal disadvantages. Although the apparent price is a little expensive, the use cost is very low. Two years of poor use, we major Plant lighting engineering The battery pack can be used for 8-10 years. Welcome new and old customers to call and write.
There are many types of LED street lights, which can be classified according to the following categories. 1 major Plant lighting Height of street lights: high pole street lights, medium pole lights, street lights, garden lights, lawn lights; 2, according to major Plant lighting Material of lamp pole: hot-dip galvanized railway lamp, steel street lamp and stainless steel street lamp; 3. Divided by shape: Chinese lamp, antique lamp, landscape lamp, single arm street lamp, double arm street lamp. 4. According to the power supply mode: urban circuit light, solar street light, wind solar complementary street light.
one major Plant lighting The charging circuit adopts a dual MOS series control circuit, which can reduce the voltage loss of the circuit by nearly half compared with the use of diodes. The use of PWM energy-saving control greatly increases the power consumption. 2. The load mode adopts pure light control. When the light is dark, the light sensor system will automatically light up. 3. Scientific battery management method. When over discharge occurs, the battery voltage will promote charging. After maintenance and compensation, it can be used normally. Direct charging and floating charging are used to connect rechargeable batteries. 4. All restrictions of all industrial chips and closed components can operate normally in cold, high temperature and humid environments. At the same time, major Plant lighting The use of crystal oscillator time control can make the time control more accurate.
